diff --git a/.gitattributes b/.gitattributes index 887a2c1..f13f47c 100644 --- a/.gitattributes +++ b/.gitattributes @@ -1,2 +1,3 @@ # SCM syntax highlighting & preventing 3-way merges pixi.lock merge=binary linguist-language=YAML linguist-generated=true +*.bud filter=lfs diff=lfs merge=lfs -text diff --git a/.gitignore b/.gitignore index 2592cfc..3dcd102 100644 --- a/.gitignore +++ b/.gitignore @@ -1,4 +1,6 @@ .ipynb_checkpoints +**/fort.[0-9]* # pixi environments .pixi *.egg-info +*.bud diff --git a/.idea/.gitignore b/.idea/.gitignore new file mode 100644 index 0000000..26d3352 --- /dev/null +++ b/.idea/.gitignore @@ -0,0 +1,3 @@ +# Default ignored files +/shelf/ +/workspace.xml diff --git a/.idea/.name b/.idea/.name new file mode 100644 index 0000000..ef6bb6c --- /dev/null +++ b/.idea/.name @@ -0,0 +1 @@ +flopy_example_2_50p.py \ No newline at end of file diff --git a/.idea/inspectionProfiles/profiles_settings.xml b/.idea/inspectionProfiles/profiles_settings.xml new file mode 100644 index 0000000..105ce2d --- /dev/null +++ b/.idea/inspectionProfiles/profiles_settings.xml @@ -0,0 +1,6 @@ + + + + \ No newline at end of file diff --git a/.idea/misc.xml b/.idea/misc.xml new file mode 100644 index 0000000..db8786c --- /dev/null +++ b/.idea/misc.xml @@ -0,0 +1,7 @@ + + + + + + \ No newline at end of file diff --git a/.idea/modules.xml b/.idea/modules.xml new file mode 100644 index 0000000..6f3999d --- /dev/null +++ b/.idea/modules.xml @@ -0,0 +1,8 @@ + + + + + + + + \ No newline at end of file diff --git a/.idea/pymf6-validation.iml b/.idea/pymf6-validation.iml new file mode 100644 index 0000000..5fdd65b --- /dev/null +++ b/.idea/pymf6-validation.iml @@ -0,0 +1,15 @@ + + + + + + + + + + + + \ No newline at end of file diff --git a/.idea/vcs.xml b/.idea/vcs.xml new file mode 100644 index 0000000..35eb1dd --- /dev/null +++ b/.idea/vcs.xml @@ -0,0 +1,6 @@ + + + + + + \ No newline at end of file diff --git a/pixi.lock b/pixi.lock index 7c57b3b..d2df48b 100644 --- a/pixi.lock +++ b/pixi.lock @@ -188,7 +188,7 @@ environments: - conda: https://conda.anaconda.org/conda-forge/noarch/pure_eval-0.2.3-pyhd8ed1ab_1.conda - conda: https://conda.anaconda.org/conda-forge/noarch/pycparser-2.22-pyh29332c3_1.conda - conda: https://conda.anaconda.org/conda-forge/noarch/pygments-2.19.2-pyhd8ed1ab_0.conda - - conda: https://conda.anaconda.org/hydrocomputing/noarch/pymf6-1.4.0-py_0.tar.bz2 + - conda: https://conda.anaconda.org/hydrocomputing/noarch/pymf6-1.5.2-py_0.conda - conda: https://conda.anaconda.org/hydrocomputing/noarch/pymf6-tools-0.1.3-py_0.conda - conda: https://conda.anaconda.org/conda-forge/noarch/pyparsing-3.2.3-pyhd8ed1ab_1.conda - conda: https://conda.anaconda.org/conda-forge/linux-64/pyside6-6.9.1-py313h7dabd7a_0.conda @@ -401,7 +401,7 @@ environments: - conda: https://conda.anaconda.org/conda-forge/noarch/pure_eval-0.2.3-pyhd8ed1ab_1.conda - conda: https://conda.anaconda.org/conda-forge/noarch/pycparser-2.22-pyh29332c3_1.conda - conda: https://conda.anaconda.org/conda-forge/noarch/pygments-2.19.2-pyhd8ed1ab_0.conda - - conda: https://conda.anaconda.org/hydrocomputing/noarch/pymf6-1.4.0-py_0.tar.bz2 + - conda: https://conda.anaconda.org/hydrocomputing/noarch/pymf6-1.5.2-py_0.conda - conda: https://conda.anaconda.org/hydrocomputing/noarch/pymf6-tools-0.1.3-py_0.conda - conda: https://conda.anaconda.org/conda-forge/osx-arm64/pyobjc-core-11.1-py313had225c5_0.conda - conda: https://conda.anaconda.org/conda-forge/osx-arm64/pyobjc-framework-cocoa-11.1-py313hb6afeec_0.conda @@ -611,7 +611,7 @@ environments: - conda: https://conda.anaconda.org/conda-forge/noarch/pure_eval-0.2.3-pyhd8ed1ab_1.conda - conda: https://conda.anaconda.org/conda-forge/noarch/pycparser-2.22-pyh29332c3_1.conda - conda: https://conda.anaconda.org/conda-forge/noarch/pygments-2.19.2-pyhd8ed1ab_0.conda - - conda: https://conda.anaconda.org/hydrocomputing/noarch/pymf6-1.4.0-py_0.tar.bz2 + - conda: https://conda.anaconda.org/hydrocomputing/noarch/pymf6-1.5.2-py_0.conda - conda: https://conda.anaconda.org/hydrocomputing/noarch/pymf6-tools-0.1.3-py_0.conda - conda: https://conda.anaconda.org/conda-forge/noarch/pyparsing-3.2.3-pyhd8ed1ab_1.conda - conda: https://conda.anaconda.org/conda-forge/win-64/pyside6-6.9.1-py313hd8d090c_0.conda @@ -4949,7 +4949,8 @@ packages: - python license: BSD-3-Clause license_family: BSD - purls: [] + purls: + - pkg:pypi/pycparser?source=hash-mapping size: 110100 timestamp: 1733195786147 - conda: https://conda.anaconda.org/conda-forge/noarch/pygments-2.19.2-pyhd8ed1ab_0.conda @@ -4963,15 +4964,15 @@ packages: - pkg:pypi/pygments?source=compressed-mapping size: 889287 timestamp: 1750615908735 -- conda: https://conda.anaconda.org/hydrocomputing/noarch/pymf6-1.4.0-py_0.tar.bz2 - sha256: fd23d5efd6da2a65a44f7b247b1ddf2ef48ae9200d28b74e327d4d3e54dcc85f - md5: 88e7a2ae78852c89598207bb68f6c128 +- conda: https://conda.anaconda.org/hydrocomputing/noarch/pymf6-1.5.2-py_0.conda + sha256: 0219a168fcef911352a4738b503d66bc6e431392ac6cc60fe8101d27c7e7e6cd + md5: ff776ffede2064abba332dc7af1c8786 depends: - modflowapi - python license: MIT - size: 129383 - timestamp: 1714407388249 + size: 190700 + timestamp: 1750945233695 - conda: https://conda.anaconda.org/hydrocomputing/noarch/pymf6-tools-0.1.3-py_0.conda sha256: 2dfd88d6945c2b74aac523f46a82b9c1deff861e48b408ee3b1bc2354bcbc498 md5: 52eaef7f5df76edb2bd99d98dab8656d diff --git a/src/notebooks/Controlled_Simple_Transport_aachen.ipynb b/src/notebooks/Controlled_Simple_Transport_aachen.ipynb new file mode 100644 index 0000000..e9c0b4d --- /dev/null +++ b/src/notebooks/Controlled_Simple_Transport_aachen.ipynb @@ -0,0 +1,647 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "f201023d-eb33-476a-8f11-d58ef9c11fe6", + "metadata": { + "slideshow": { + "slide_type": "slide" + }, + "tags": [] + }, + "source": [ + "## Controlled simple transport model\n", + "\n", + "* Based on the simple transport model\n", + "\n", + "After some imports:" + ] + }, + { + "cell_type": "code", + "execution_count": 1, + "id": "e2e4703e-6da9-4eee-aa4f-bcccb541dfaa", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "from pymf6.mf6 import MF6\n", + "from pymf6tools.plotting import show_heads, show_concentration\n", + "from create_model import create_model" + ] + }, + { + "cell_type": "markdown", + "id": "83157da6-79d2-45e9-ad00-3400e8464084", + "metadata": { + "tags": [] + }, + "source": [ + "we provide the model path and name:" + ] + }, + { + "cell_type": "code", + "execution_count": 2, + "id": "f7394e64-7dd9-4845-bf4a-5d6d1ae3e892", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "model_path = 'models/pymf6'\n", + "name = 'transport'\n", + "nam_file = model_path + '/mfsim.nam'" + ] + }, + { + "cell_type": "markdown", + "id": "22450799-2b84-4cfb-87db-039faf8e327e", + "metadata": { + "slideshow": { + "slide_type": "slide" + }, + "tags": [] + }, + "source": [ + "## Inspect the simulation at runtime" + ] + }, + { + "cell_type": "markdown", + "id": "1c0610e2-381e-4af6-8737-52a1ec7ffcb1", + "metadata": { + "tags": [] + }, + "source": [ + "Inspect the model by creating an instance of `MF6` from `pymf6`:" + ] + }, + { + "cell_type": "code", + "execution_count": 3, + "id": "d5828301-aa7c-4f4e-a436-30906f39756f", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "mf6 = MF6(nam_file, use_modflow_api=False)" + ] + }, + { + "cell_type": "markdown", + "id": "58d760d7-4a0a-47c2-83e0-fbc75b95dcda", + "metadata": {}, + "source": [ + "There are many model variables:" + ] + }, + { + "cell_type": "code", + "execution_count": 4, + "id": "ea69c9e0-f519-4209-960e-afcebeb17080", + "metadata": { + "tags": [] + }, + "outputs": [ + { + "data": { + "text/plain": [ + "881" + ] + }, + "execution_count": 4, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "len(mf6.vars)" + ] + }, + { + "cell_type": "markdown", + "id": "f61b0d95-568c-469d-8c0c-38d26e3adf76", + "metadata": { + "tags": [] + }, + "source": [ + "Access the simulations:" + ] + }, + { + "cell_type": "code", + "execution_count": 5, + "id": "ddd78a36-6bae-4819-8c3d-10cfe0782247", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "sim = mf6.simulation" + ] + }, + { + "cell_type": "markdown", + "id": "1ddbbd2c-1361-4ef9-9c40-f63ed7a615f8", + "metadata": { + "slideshow": { + "slide_type": "slide" + }, + "tags": [] + }, + "source": [ + "## Flow and transport simulations\n", + "\n", + "Two coupled simulations with two separate `nam` files:\n", + "\n", + "* one for flow `gwf6` and \n", + "* one for transport `gwt6`" + ] + }, + { + "cell_type": "code", + "execution_count": 6, + "id": "387c7a68-64b6-4a05-b06e-ab96afa5a455", + "metadata": { + "tags": [] + }, + "outputs": [ + { + "data": { + "text/html": [ + "
\n", + "\n", + "\n", + " \n", + "\n", + "\n", + "\n", + "\n", + " \n", + "\n", + "\n", + "\n", + "\n", + "\n", + "\n", + "\n", + "\n", + "\n", + "\n", + "\n", + "
modeltypenamefilemodelname
gwf6transport.namTRANSPORT
gwt6gwt_transport.namGWT_TRANSPORT
\n", + "
" + ], + "text/plain": [ + "=================================================\n", + "| modeltype | namefile | modelname |\n", + "-------------------------------------------------\n", + "| gwf6 | transport.nam | TRANSPORT |\n", + "| gwt6 | gwt_transport.nam | GWT_TRANSPORT |\n", + "=================================================" + ] + }, + "execution_count": 6, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "sim " + ] + }, + { + "cell_type": "markdown", + "id": "e93f94f1-6ec6-433b-858a-d141073b1324", + "metadata": { + "slideshow": { + "slide_type": "slide" + }, + "tags": [] + }, + "source": [ + "## Inspect the packages" + ] + }, + { + "cell_type": "markdown", + "id": "32d2eb90-bd08-442f-a6cb-89f52fd54cfc", + "metadata": { + "tags": [] + }, + "source": [ + "Simulations have different packages:" + ] + }, + { + "cell_type": "code", + "execution_count": 7, + "id": "24de6a8c-0b62-4c94-829e-151ee5b16eb1", + "metadata": { + "tags": [] + }, + "outputs": [ + { + "data": { + "text/plain": [ + "[Model TRANSPORT \n", + " 15 packages\n", + " 49 variables.,\n", + " Model GWT_TRANSPORT \n", + " 12 packages\n", + " 42 variables.]" + ] + }, + "execution_count": 7, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "sim.models" + ] + }, + { + "cell_type": "markdown", + "id": "6069b908-e400-458f-85b5-2fbf38a592aa", + "metadata": { + "tags": [] + }, + "source": [ + "There are also two solution groups, one for each simulation:" + ] + }, + { + "cell_type": "code", + "execution_count": 8, + "id": "8945879a-0c08-444f-9843-0797f26882c4", + "metadata": { + "tags": [] + }, + "outputs": [ + { + "data": { + "text/plain": [ + "[Solution 1 \n", + " 1 packages\n", + " 68 variables.,\n", + " Solution 2 \n", + " 1 packages\n", + " 68 variables.]" + ] + }, + "execution_count": 8, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "sim.solution_groups" + ] + }, + { + "cell_type": "markdown", + "id": "01c5f41a-d3ea-4c42-9af4-0520501ab261", + "metadata": { + "slideshow": { + "slide_type": "slide" + }, + "tags": [] + }, + "source": [ + "## Inspect the time discretization " + ] + }, + { + "cell_type": "markdown", + "id": "a1d2a6df-4ea5-458f-9992-2a82f5ebb366", + "metadata": { + "tags": [] + }, + "source": [ + "The time discretization is the same for both simulations:" + ] + }, + { + "cell_type": "code", + "execution_count": 9, + "id": "8b0c62b6-cbe9-438e-8fd2-ec6abe9b0215", + "metadata": { + "tags": [] + }, + "outputs": [ + { + "data": { + "text/html": [ + "

Package TDIS

number of variables: 19
" + ], + "text/plain": [ + "Package TDIS \n", + "19 variables." + ] + }, + "execution_count": 9, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "sim.TDIS" + ] + }, + { + "cell_type": "code", + "execution_count": 10, + "id": "8a89a84d-6b02-4ac3-979a-c302b532ba62", + "metadata": { + "tags": [] + }, + "outputs": [ + { + "data": { + "text/plain": [ + "['NPER', 'ITMUNI', 'KPER', 'KSTP', 'INATS']" + ] + }, + "execution_count": 10, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "sim.TDIS.var_names[:5]" + ] + }, + { + "cell_type": "markdown", + "id": "85b497f4-74ff-4576-a7b0-0298a5dcf713", + "metadata": { + "slideshow": { + "slide_type": "slide" + }, + "tags": [] + }, + "source": [ + "## Access relevant variables\n", + "\n", + "* Solution variable in the first solution is the head \n", + "* Solution variable in the second solution is the concentration" + ] + }, + { + "cell_type": "code", + "execution_count": 11, + "id": "ddf80521-22be-4a8d-8d47-0d3e9c532398", + "metadata": {}, + "outputs": [], + "source": [ + "conc_array = mf6.vars['SLN_2/X'].reshape(10, 10)\n", + "wel = mf6.vars['TRANSPORT/WEL-1/BOUND']" + ] + }, + { + "cell_type": "markdown", + "id": "e1f2e152-d654-4de5-ac0b-0cadc5d4492a", + "metadata": {}, + "source": [ + "We get a hold of the time steps:" + ] + }, + { + "cell_type": "code", + "execution_count": 12, + "id": "fe3d75d2-84cf-49f5-8cc7-c82a431c6351", + "metadata": {}, + "outputs": [], + "source": [ + "steps = mf6.steps()" + ] + }, + { + "cell_type": "markdown", + "id": "52260965-d48f-4212-a56f-caec086b7aa5", + "metadata": { + "slideshow": { + "slide_type": "slide" + }, + "tags": [] + }, + "source": [ + "## Our simple control mechanism\n", + "\n", + "* Linear relationship between the concentration \n", + " at the right border and the pumping rate" + ] + }, + { + "cell_type": "code", + "execution_count": 13, + "id": "e59d02bc-b502-4e16-9e92-b837d26ca9ff", + "metadata": {}, + "outputs": [], + "source": [ + "concs_rates = [\n", + " (2.5, -0.6),\n", + " (2.4, -0.5),\n", + " (2.2, -0.4),\n", + " (2.1, -0.3),\n", + " (2.0, -0.2),\n", + " (1.9, -0.1),\n", + "]" + ] + }, + { + "cell_type": "markdown", + "id": "fcd0c4f0-a90c-42ea-8c84-ce4f77ae6f97", + "metadata": { + "slideshow": { + "slide_type": "slide" + }, + "tags": [] + }, + "source": [ + "## Change model variables at runtime\n", + "\n", + "* Iterate over all time steps\n", + "* Modify the pumping rate based on the concentration at the right model boundary" + ] + }, + { + "cell_type": "code", + "execution_count": 14, + "id": "72e2eaa3-ded2-4546-b902-de87dd2d748f", + "metadata": {}, + "outputs": [], + "source": [ + "for time_step in steps:\n", + " modelled_conc = conc_array[1:-1, -1].max()\n", + " for conc, rate in concs_rates:\n", + " if modelled_conc > conc:\n", + " wel[:] = rate\n", + " break\n", + " else: # no `break` reached\n", + " wel[:] = 0" + ] + }, + { + "cell_type": "markdown", + "id": "61dc3741-e422-4a32-a47a-f38a5b2b6ce2", + "metadata": { + "slideshow": { + "slide_type": "slide" + }, + "tags": [] + }, + "source": [ + "## Look at the results\n", + "\n", + "* Highest concentration at the right hand side at the end of the controlled model run" + ] + }, + { + "cell_type": "code", + "execution_count": 15, + "id": "cab6fb54-3013-46f0-80b2-69a0e39019e6", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "2.0" + ] + }, + "execution_count": 15, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "round(conc_array[1:-1, -1].max(), 1)" + ] + }, + { + "cell_type": "markdown", + "id": "9cf45840-7469-4d61-96a5-0339d7002474", + "metadata": { + "slideshow": { + "slide_type": "slide" + }, + "tags": [] + }, + "source": [ + "## Wells act as a hydraulic barrier\n", + "\n", + "* Heads show that the well pumping reverts the flow direction\n", + "* Flow is now from the right model border towards the well" + ] + }, + { + "cell_type": "code", + "execution_count": 16, + "id": "c7c9a153-7d78-4862-b7dd-d800e8f89ded", + "metadata": { + "tags": [ + "remove-input" + ] + }, + "outputs": [ + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_heads(model_path=model_path, name=name, show_contours=False,);" + ] + }, + { + "cell_type": "markdown", + "id": "f3e0d2b5-3134-40a3-bcb1-5a02789f3f8a", + "metadata": { + "slideshow": { + "slide_type": "slide" + }, + "tags": [] + }, + "source": [ + "## Target concentrations achieved" + ] + }, + { + "cell_type": "markdown", + "id": "9293daa0-befa-4ca9-baa5-abe225f4882c", + "metadata": {}, + "source": [ + "**The target concentration of about 2 mg/L at the right border has\n", + "been achieved.**" + ] + }, + { + "cell_type": "code", + "execution_count": 17, + "id": "2c907022-acf0-417c-93c7-737ba625813e", + "metadata": { + "tags": [ + "remove-input" + ] + }, + "outputs": [ + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_concentration(model_path, name, show_contours=False, show_arrows=True);" + ] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.13.5" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/src/notebooks/Controlled_strategy_pumptreat.ipynb b/src/notebooks/Controlled_strategy_pumptreat.ipynb new file mode 100644 index 0000000..f0900b7 --- /dev/null +++ b/src/notebooks/Controlled_strategy_pumptreat.ipynb @@ -0,0 +1,766 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "cd282849-bb38-430c-a734-f1e9795af027", + "metadata": {}, + "source": [ + "# Pump and Treat - Well System Model" + ] + }, + { + "cell_type": "markdown", + "id": "9f9593d1-1279-4180-930f-ac2700f56602", + "metadata": {}, + "source": [ + "### Problem definition " + ] + }, + { + "cell_type": "markdown", + "id": "6f15f127-8d9c-48ce-b7a5-1e0fe5d81dd5", + "metadata": {}, + "source": [ + "Strategy 2: Control the well rates with pymf6" + ] + }, + { + "cell_type": "markdown", + "id": "08df355f-9a89-4bbf-9727-3cbe4f4a1aa9", + "metadata": {}, + "source": [ + "## pmyf6 dynamic control " + ] + }, + { + "cell_type": "markdown", + "id": "0873f400-78b9-433a-8b30-9dd5b3ad0140", + "metadata": {}, + "source": [ + "The wells will be pumping 24h and regulated by two key thresholds: environmental quality standards for water of 0.1 mg/L (He et al., 2024) and maximum rate per well was 50 m3/d (Song et al., 2024). To increase efficiency, we vary the rate of the pumping wells since optimization is crucial to balance treatment speed, cost and water use.\n", + "The technical objective is to dynamically regulate the wells based on the values at the observation well, located at the area that we want to protect at the municipal boundary while extracting the mimimum amount of water. By using a control script, we optimize by regulating the minimum rate needed to maintain the water quality bellow the threshold and implies that we will treat the optimum amount. " + ] + }, + { + "cell_type": "markdown", + "id": "16c80df8-d761-4698-8ca0-f602662ac047", + "metadata": { + "tags": [] + }, + "source": [ + "### Magic commands - auto reload of the model each time " + ] + }, + { + "cell_type": "code", + "execution_count": 1, + "id": "482a74f0-385b-495d-92f6-9d5b368374d9", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "%load_ext autoreload" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "9a97cf56-15fc-4af5-97b0-309d1744f41d", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "%autoreload 2" + ] + }, + { + "cell_type": "markdown", + "id": "1b24c6f7-4000-4666-883e-9c522d464bbb", + "metadata": { + "tags": [] + }, + "source": [ + "### Import from pymf6tools the functions to run, get and visualize simulation results" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "a7f6a036-b3b3-4ba5-b02b-1b4c298f7bf2", + "metadata": {}, + "outputs": [], + "source": [ + "from pathlib import Path \n", + "from pymf6.mf6 import MF6\n", + "import pandas as pd \n", + "from functools import partial \n", + "import numpy as np \n", + "\n", + "from pymf6_tools.make_model import run_simulation, get_simulation\n", + "\n", + "\n", + "from pymf6_tools.base_model import make_model_data\n", + "from pymf6_tools.make_model import make_input, run_simulation, get_simulation\n", + "from pymf6_tools.plotting import show_heads, show_well_head, show_bcs" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "3e931716-42e0-413f-92e3-33c9c8dbd505", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "from pymf6_tools.plotting import (\n", + "show_heads, show_well_head, show_concentration, show_bcs, \n", + "show_bot_elevations, show_river_stages, contour_bot_elevations, \n", + "plot_spec_discharge)\n", + "import pymf6_tools" + ] + }, + { + "cell_type": "markdown", + "id": "16231890-25d0-4bc3-b14a-765a966659b6", + "metadata": {}, + "source": [ + "## Set model path and name " + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "0b865120-0329-4a36-8be7-60171efff881", + "metadata": {}, + "outputs": [], + "source": [ + "model_path = r'models/pymf6/pumptreat'\n", + "model_name = 'pumptreat'" + ] + }, + { + "cell_type": "markdown", + "id": "249a8336-9465-4ffe-8404-81616e9a50c5", + "metadata": {}, + "source": [ + "### Run model " + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "dcab16c2-47b9-4cd2-8e9e-40197902c209", + "metadata": {}, + "outputs": [], + "source": [ + "run_simulation(model_path, verbosity_level=0)" + ] + }, + { + "cell_type": "markdown", + "id": "f4a4a9d2-04c2-4b01-9e61-1f79933e7c99", + "metadata": {}, + "source": [ + "### Inspect the model's parameters" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "5e718290-8bef-42a5-8f0c-f027fdb177e0", + "metadata": {}, + "outputs": [], + "source": [ + "from pymf6.mf6 import MF6" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "ce8d1e61-cc7b-45de-a16b-7680812321b7", + "metadata": {}, + "outputs": [], + "source": [ + "mf6 = MF6(model_path)" + ] + }, + { + "cell_type": "markdown", + "id": "425bafe1-16ff-4bb0-9021-27284d1e12f7", + "metadata": {}, + "source": [ + "### Model types " + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "5ae3e97c-d848-462d-b28c-b79f76f6c8e7", + "metadata": {}, + "outputs": [], + "source": [ + "mf6.models.keys()" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "d6d6ecc2-8c60-4112-a21a-4d79b0ff17d4", + "metadata": {}, + "outputs": [], + "source": [ + "gwf_models = mf6.models['gwf6']" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "26b87095-7877-4280-bd02-35c0b6029d4e", + "metadata": {}, + "outputs": [], + "source": [ + "gwf_models.keys()" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "d381d44d-c2fc-47ac-b7bd-5b1a94987c71", + "metadata": {}, + "outputs": [], + "source": [ + "gwt_models = mf6.models['gwt6']" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "d643350c-063b-4084-87f6-59db69e02abd", + "metadata": {}, + "outputs": [], + "source": [ + "gwt_models.keys()" + ] + }, + { + "cell_type": "markdown", + "id": "31c80e8a-9e48-4df8-9e27-f47b66809105", + "metadata": {}, + "source": [ + "### Inspect model packages " + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "345e31a4-dd2f-4684-95a0-d1d1bed6dd5d", + "metadata": {}, + "outputs": [], + "source": [ + "gwt = gwt_models['gwt_pumptreat']" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "c4867f5d-3727-41a1-99e7-cb58a7e2d6a0", + "metadata": {}, + "outputs": [], + "source": [ + "gwf = gwf_models['gwf_pumptreat']" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "06bd798e-e1f5-4fdd-b82b-1517d4a0818f", + "metadata": {}, + "outputs": [], + "source": [ + "gwf.packages" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "3a193ad1-8741-402f-90fe-fcfeca33cad8", + "metadata": {}, + "outputs": [], + "source": [ + "gwt.packages" + ] + }, + { + "cell_type": "markdown", + "id": "18b44eeb-9f0e-4381-bfbc-58b6c396bcca", + "metadata": {}, + "source": [ + "### Inspect well package " + ] + }, + { + "cell_type": "markdown", + "id": "dfcf7e6c-e880-4506-919a-2d8dc544a008", + "metadata": {}, + "source": [ + "#### Navigate through the time-steps: start in the kper = 1 " + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "4a94a009-ec16-4574-91b0-b652a81b5cab", + "metadata": {}, + "outputs": [], + "source": [ + "for _ in mf6.model_loop():\n", + " if gwf.kper > 0:\n", + " break" + ] + }, + { + "cell_type": "markdown", + "id": "7181da41-9fcf-471e-915a-9369cdd5021e", + "metadata": {}, + "source": [ + "#### Inspect the wel package and locations" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "00b2b60e-91cd-4009-b62c-2b215912db94", + "metadata": {}, + "outputs": [], + "source": [ + "wel = gwf.packages.get_package('wel-1').as_mutable_bc()" + ] + }, + { + "cell_type": "markdown", + "id": "33729615-659a-4708-b922-5a4612c59390", + "metadata": {}, + "source": [ + "#### Well location" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "6daa63c5-0526-4f9c-87a5-09baa750a138", + "metadata": {}, + "outputs": [], + "source": [ + "wel.nodelist[:]" + ] + }, + { + "cell_type": "markdown", + "id": "5caa1d47-2d28-42e2-a879-41c4f2f83171", + "metadata": {}, + "source": [ + "### Inspect values at any node" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "1245e46d-e171-4c34-b2b6-f14f56fa8b1a", + "metadata": {}, + "outputs": [], + "source": [ + "initial_head = gwf.X[(0, 41, 26)]\n", + "initial_head" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "faa7a056-4e69-47b2-a561-485c779388e3", + "metadata": {}, + "outputs": [], + "source": [ + "conc = gwt.X[(0, 41, 26)]\n", + "conc" + ] + }, + { + "cell_type": "markdown", + "id": "ba1a24e1-2625-4cf7-bb64-5c700c940997", + "metadata": {}, + "source": [ + "#### Forward it to next time-step 2" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "fd2b0808-4a17-4e59-8523-359cb5dc8297", + "metadata": {}, + "outputs": [], + "source": [ + "for _ in mf6.model_loop():\n", + " if gwf.kper == 1 and gwf.kstp > 245:\n", + " break" + ] + }, + { + "cell_type": "markdown", + "id": "7b1ce4d5-687a-478f-a492-e3d972c3335a", + "metadata": {}, + "source": [ + "### Concentration at sources" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "102471ba-b0f9-4ba2-913f-399b34ad16e3", + "metadata": {}, + "outputs": [], + "source": [ + "gwt.X" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "27554f66-42e5-4e7f-a948-e24a831a4f93", + "metadata": {}, + "outputs": [], + "source": [ + "conc = gwt.X[(0, 41, 26)]\n", + "conc" + ] + }, + { + "cell_type": "markdown", + "id": "2de7b764-cf09-4c28-b0df-b83cd914fbcc", + "metadata": {}, + "source": [ + "### Concentration at observation well " + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "bfba887f-7a8f-4b57-b6eb-11c2c083ab1a", + "metadata": {}, + "outputs": [], + "source": [ + "conc = gwt.X[(0, 56, 26)]\n", + "conc" + ] + }, + { + "cell_type": "markdown", + "id": "dffa5bec-7cbd-4474-b859-cd9e8a096012", + "metadata": {}, + "source": [ + "## Run the control script " + ] + }, + { + "cell_type": "markdown", + "id": "778c47a4-ad44-4bf0-8577-ca2990f4cb97", + "metadata": {}, + "source": [ + "The model results for the controlled version are saved at r'well_control_results.csv' and the plot is saved as r'well_control_analysis.png'" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "f1d8a8b1-f782-4781-b321-b1ce3d203026", + "metadata": {}, + "outputs": [], + "source": [ + "# %load system_well_control.py\n", + "from pymf6.mf6 import MF6\n", + "import os\n", + "import pandas as pd\n", + "\n", + "from matplotlib import pyplot as plt\n", + "\n", + "def run_model(model_path, verbose=False):\n", + " \"\"\"Control script to regulate the pumping wells dynamically. The regulation of the system is regulated by\n", + " concentration threshold at the obesrvation well, the groundwater mimimum threshold and volume of water to treat. \"\"\"\n", + " print('started')\n", + "\n", + " # Initialize the MF6 model using the provided nam file\n", + " mf6 = MF6(model_path)\n", + " print('mf6 initialized')\n", + "\n", + " # Get the flow models\n", + " flow_models = mf6.models['gwf6']\n", + " gwf = flow_models['gwf_pumptreat'] # Flow model name\n", + " transport_models = mf6.models['gwt6']\n", + " gwt = transport_models['gwt_pumptreat'] # Transport model name\n", + "\n", + " # Get well package\n", + " for _ in mf6.model_loop():\n", + " if gwf.kper > 0: # break after\n", + " break\n", + "\n", + " wel = gwf.packages.get_package('wel-1').as_mutable_bc()\n", + " well_coords = wel.nodelist[:]\n", + " well_node_obs_coords = wel.nodelist[0]\n", + " well_regulated_1_coords = wel.nodelist[1]\n", + " well_regulated_2_coords = wel.nodelist[2]\n", + " initial_head = gwf.X[well_node_obs_coords]\n", + " print (initial_head)\n", + " \n", + " # Concentration control parameters\n", + " tolerance_conc = 0.05\n", + " conc_limit = 0.1 \n", + " lower_limit_conc = conc_limit - tolerance_conc\n", + " upper_limit_conc = conc_limit + tolerance_conc\n", + "\n", + " # Set limits for pumping rate \n", + " min_rate = -0.05 # Minimum extraction rate (m³/day)\n", + " max_rate = -50.0 # Maximum extraction rate (m³/day)\n", + "\n", + " # State tracking variables\n", + " below_gw = False\n", + " above_conc = False\n", + " \n", + " # print(\"Regulated wells:\", well_regulated)\n", + " mywell_q = {\n", + " 'step': [],\n", + " 'head': [],\n", + " 'conc': [],\n", + " 'source_conc':[],\n", + " 'q_well1': [],\n", + " 'q_well2': [],\n", + " 'q_well3': [],\n", + " 'head_state': [],\n", + " 'conc_state': [], \n", + " 'vol_water':[]\n", + " } # Dict of lists per well\n", + " \n", + " # Models parameters \n", + " N = 101 \n", + "\n", + " # Run the model loop\n", + " for model in mf6.model_loop():\n", + " if gwf.kper == 1: # Only operate during stress period 2\n", + " # concentration at the source \n", + " current_head = gwf.X[(0, 41, 26)]\n", + " current_conc = gwt.X[(0, 41, 26)]\n", + " # concentration at the observation well \n", + " current_head = gwf.X[(0, 56, 26)]\n", + " obs_conc = gwt.X[(0, 56, 26)]\n", + " daily_volume = - 12 * (wel.q[0] + wel.q[1] + wel.q[2])\n", + " # print (current_conc)\n", + "\n", + " # Record system state\n", + " mywell_q['step'].append(gwf.kstp)\n", + " mywell_q['conc'].append(obs_conc)\n", + " mywell_q['source_conc'].append(current_conc)\n", + " mywell_q['head'].append(current_head)\n", + " current_q = wel.q.copy() # Get current rates\n", + " print(current_q)\n", + " mywell_q['q_well1'].append(wel.q[0])\n", + " mywell_q['q_well2'].append(wel.q[1])\n", + " mywell_q['q_well3'].append(wel.q[2])\n", + " #mywell_q['t_vol'].append(gwf.kstp * wel.q[2]*)\n", + " mywell_q['head_state'].append('below' if below_gw else 'normal')\n", + " mywell_q['conc_state'].append('above' if above_conc else 'normal')\n", + " mywell_q['vol_water'].append(daily_volume) # since lenght of each period is 12 days \n", + " print ('CONCENTRATION AT SOURCE IS', current_conc)\n", + " print ('CONCENTRATION AT OBSERVATION WELL IS', obs_conc)\n", + " # else: \n", + "\n", + " # Concentration regulation\n", + " if obs_conc >= upper_limit_conc:\n", + " above_conc = True \n", + " print(wel.q)\n", + " q = wel.q\n", + " # Control for well 1\n", + " q[0] = q[0] * 1.1\n", + " q[1] = q[1] * 1.2\n", + " q[2] = q[2] * 1.3\n", + " # well control\n", + " for i in range(3):\n", + " if q[i] < max_rate:\n", + " q[i] = max_rate\n", + " elif q[i] > min_rate:\n", + " q[i] = min_rate\n", + " wel.q = q\n", + " print(f\"Step {gwf.kstp}: Conc above limit! Increase pumping\")\n", + " \n", + " elif obs_conc <= lower_limit_conc:\n", + " above_conc = False # reset state\n", + " print(wel.q)\n", + " q = wel.q\n", + " # Control for well 1\n", + " q[0] = q[0] * 0.9\n", + " q[1] = q[1] * 0.7\n", + " q[2] = q[2] * 0.8\n", + " for i in range(3):\n", + " if q[i] < max_rate:\n", + " q[i] = max_rate\n", + " elif q[i] > min_rate:\n", + " q[i] = min_rate\n", + " wel.q = q\n", + " print(f\"Step {gwf.kstp}: Conc recovered! Reduce pumping\")\n", + "\n", + " # total volume \n", + " total_volume = sum(mywell_q['vol_water']) # in m³\n", + " print(f\"Total volume extracted: {total_volume:.2f} m³\")\n", + " \n", + " # Save results\n", + " df = pd.DataFrame(mywell_q)\n", + " df.to_csv(\"well_control_results.csv\", index=False)\n", + " print(\"Simulation completed\")\n", + " return mywell_q\n", + "\n", + "\n", + "def plot(mywell_q):\n", + " \"\"\"Simple visualization of results\"\"\"\n", + " plt.figure(figsize=(10, 6))\n", + "\n", + " # Plot pumping rates\n", + " plt.plot(mywell_q['step'], mywell_q['q_well1'], 'b-o', label='Well 1 Pumping')\n", + " plt.plot(mywell_q['step'], mywell_q['q_well2'], 'g-o', label='Well 2 Pumping')\n", + " plt.plot(mywell_q['step'], mywell_q['q_well3'], 'r-o', label='Well 3 Pumping')\n", + " plt.ylabel(\"Pumping Rate\")\n", + " plt.xlabel(\"Timestep\")\n", + " plt.grid(True)\n", + " plt.legend()\n", + "\n", + " # Plot head and concentration\n", + " plt.twinx()\n", + " plt.plot(mywell_q['step'], mywell_q['head'], 'g--', label='Head')\n", + " plt.plot(mywell_q['step'], mywell_q['conc'], 'm--', label='Concentration')\n", + " plt.ylabel(\"Head/Concentration\")\n", + " plt.legend()\n", + "\n", + " plt.title(\"Well Control Performance\")\n", + " plt.tight_layout()\n", + " plt.savefig(\"well_control_plot.png\", dpi=300)\n", + " plt.show()\n", + "\n", + "\n", + "def plot_state(mywell_q):\n", + " \"\"\"Enhanced visualization with state tracking\"\"\"\n", + " fig, (ax1, ax2, ax3) = plt.subplots(3, 1, figsize=(12, 10), sharex=True)\n", + " \n", + " # Plot 1: Pumping Rates\n", + " ax1.plot(mywell_q['step'], mywell_q['q_well1'], 'b-', label='Well 1')\n", + " ax1.plot(mywell_q['step'], mywell_q['q_well2'], 'r-', label='Well 2')\n", + " ax1.plot(mywell_q['step'], mywell_q['q_well3'], 'g-', label='Well 3')\n", + " ax1.set_ylabel(\"Pumping Rate [L³/T]\")\n", + " ax1.grid(True, alpha=0.3)\n", + " ax1.legend()\n", + " ax1.set_title(\"Pumping Rates\")\n", + " \n", + " # Plot 2: Head with state indicators\n", + " ax2.plot(mywell_q['step'], mywell_q['head'], 'go', label='Head')\n", + " #ax2.axhline(y=24.75, color='gray', linestyle='--', label='Target')\n", + " #ax2.axhline(y=25, color='red', linestyle=':', alpha=0.5, label='Lower Limit')\n", + " #ax2.axhline(y=24, color='blue', linestyle=':', alpha=0.5, label='Upper Limit')\n", + " \n", + " # Mark head below state\n", + " for i, state in enumerate(mywell_q['head_state']):\n", + " if state == 'below':\n", + " ax2.axvline(x=mywell_q['step'][i], color='orange', alpha=0.2)\n", + " \n", + " ax2.set_ylabel(\"Head [m]\")\n", + " ax2.grid(True, alpha=0.3)\n", + " ax2.legend()\n", + " ax2.set_title(\"Head at Observation Well\")\n", + " \n", + " # Plot 3: Concentration with state indicators\n", + " ax3.plot(mywell_q['step'], mywell_q['conc'], 'm-', label='Concentration')\n", + " ax3.axhline(y=0.1, color='purple', linestyle='--', label='Target')\n", + " ax3.axhline(y=0.05, color='pink', linestyle=':', alpha=0.7, label='Lower Limit')\n", + " ax3.axhline(y=0.15, color='pink', linestyle=':', alpha=0.7, label='Upper Limit')\n", + " \n", + " # Mark conc above state\n", + " for i, state in enumerate(mywell_q['conc_state']):\n", + " if state == 'above':\n", + " ax3.axvline(x=results['step'][i], color='red', alpha=0.2)\n", + " \n", + " ax3.set_xlabel(\"Timestep\")\n", + " ax3.set_ylabel(\"Concentration\")\n", + " ax3.grid(True, alpha=0.3)\n", + " ax3.legend()\n", + " ax3.set_title(\"Concentration at Observation Well\")\n", + " \n", + " plt.suptitle(\"Well Control System Performance\", fontsize=16)\n", + " plt.tight_layout()\n", + " plt.savefig(\"well_control_analysis.png\", dpi=300)\n", + " plt.show()\n", + "\n", + "if __name__ == '__main__':\n", + " model_path = os.path.join(os.getcwd(), 'models', 'pumptreat')\n", + " results = run_model(model_path=model_path, verbose=False)\n", + " plot(results)\n", + " plot_state(results)" + ] + }, + { + "cell_type": "markdown", + "id": "2dfaf097-da4f-46e1-b7b8-c7930576967b", + "metadata": {}, + "source": [ + "## Plume Visualization " + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "5e051032-0db6-4b2a-97e8-a2822a4b9eab", + "metadata": {}, + "outputs": [], + "source": [ + "show_concentration(model_path, model_name, show_wells=False , show_arrows=True, show_rivers=False, kstpkper=(249, 1))" + ] + }, + { + "cell_type": "markdown", + "id": "38435a21-f448-44cc-856f-83f5548c495f", + "metadata": {}, + "source": [ + "### Why running the control script?" + ] + }, + { + "cell_type": "markdown", + "id": "93b72c41-ce95-4de2-b90d-5db7a8595cdd", + "metadata": {}, + "source": [ + "Dynamic modeling with programmatic control *significantly*: \n", + "1. Reduces time investment in the modeling phase by automating iterative calibration and scenario testing that would otherwise require manual intervention\n", + "2. Tackles complex issues demanding 24/7 monitoring such as contaminant plume migration, real-time pump optimization or rapidly changing boundary conditions\n", + " \n", + "The programmatic framework eliminates tedious manual recalibration, allowing the model to autonomously adapt to new conditions and provide immediate insights for time-sensitive decision-making in environmental management." + ] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.13.5" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/src/notebooks/MODFLOW 6 Lab.ipynb b/src/notebooks/MODFLOW 6 Lab.ipynb new file mode 100644 index 0000000..0c407dc --- /dev/null +++ b/src/notebooks/MODFLOW 6 Lab.ipynb @@ -0,0 +1,571 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "5678f5ff-5d64-41b3-9c7e-8b319b9d3a4e", + "metadata": {}, + "source": [ + "# MODFLOW 6 Lab:" + ] + }, + { + "cell_type": "markdown", + "id": "b484f279-4d84-4865-a6da-c64f3b2cf968", + "metadata": {}, + "source": [ + "This workshop explores how to extend the capabilities of MODFLOW 6 for advanced groundwater, solute transport, and geothermal modeling. Participants will learn how to use Python and the pymf6 library to implement custom boundary conditions, such as direction-dependent riverbed conductance, and couple MODFLOW with external models or analytical solutions. The focus is on practical, flexible tools to solve complex subsurface problems with minimal code and maximum adaptability.\n" + ] + }, + { + "cell_type": "markdown", + "id": "3e8bb929-9d0b-43fc-95ec-9fbc6730ed4f", + "metadata": {}, + "source": [ + "## Introduction round" + ] + }, + { + "cell_type": "markdown", + "id": "3dd0c8f1-fde3-4831-8860-3aa96e937f17", + "metadata": {}, + "source": [ + "*Speakers*: \n", + "\n", + "Dr.-Ing. Mike Müller (hydrocomputing): developer of pymf6\n", + "\n", + "Lúcia Pedrosa (TUBAF): developer of pymf6-based model features" + ] + }, + { + "cell_type": "markdown", + "id": "ab3fa6d1-6fd7-43a5-acb0-765098a74ed4", + "metadata": {}, + "source": [ + "# Program" + ] + }, + { + "cell_type": "markdown", + "id": "a700a222-1eb9-4ef8-bcfc-a79d3d767923", + "metadata": {}, + "source": [ + "## Thursday\n", + "9:30 – 9:45 Welcome & Introduction\n", + "\n", + "9:45 -10:30 Technical set-up\n", + "\n", + "10:30 -10:45 Break\n", + "\n", + "10:45 – 12:00 pymf6 Principles:\n", + " + Running MODFLOW 6 via pymf6 within a Jupyter Notebook\n", + " + Basics for working with pymf6\n", + " + Inspecting internal MODFLOW values during model run time\n", + "\n", + "12:00 – 13:00 Lunch\n", + "\n", + "13:00 – 15:00 Scenario flow: Controlling the well withdraw based on a target groundwater level\n", + "\n", + "15:00 – 15:30 Break\n", + "\n", + "15:30 – 17:00 Scenario flow: Dynamic river bed conductance for gaining and loosing river sections" + ] + }, + { + "cell_type": "markdown", + "id": "716dd967-c67a-4815-a685-7a09685ec857", + "metadata": {}, + "source": [ + "## Friday \n", + "\n", + "9:30 – 10:00 Recap & Discussion\n", + "\n", + "10:00 – 11:00 Scenario transport: Optimize the pumping rate of hydraulic barrier for containing a contamination\n", + "\n", + "11:00 – 11:15 Break \n", + "\n", + "11.15 – 13:00 Scenario geothermal: Extend MODFLOW with a thermal Cauchy boundary condition\n", + "\n", + "13:00 – 14:00 Lunch \n", + "\n", + "14:00 – 15:30 Outlook: \n", + "\n", + " + Coupling analytic solutions to reduce model size\n", + " + Reactive transport modeling with pymf6\n", + "\n", + "15:30 – 15:45 Break \n", + "\n", + "15:45 – 16:30 Q&A: Ask questions about your model customization needs and get answers from author of pymf6" + ] + }, + { + "cell_type": "markdown", + "id": "1a1b138d-b9eb-44c8-b9f5-52e9e9c643c1", + "metadata": {}, + "source": [ + "## Workshop Goals " + ] + }, + { + "cell_type": "markdown", + "id": "20b6d595-abda-4995-a020-a6a55f51d86f", + "metadata": {}, + "source": [ + "1. Understand and extend the modular design of MODFLOW 6.\n", + "\n", + "2. Learn how to build and couple groundwater, solute transport, and geothermal flow models.\n", + "\n", + "3. Use Python + PyMF6 to automate modeling workflows and customize boundary conditions.\n", + "\n", + "4. Implement direction-dependent and dynamic boundary conditions programmatically.\n", + "\n", + "5. Couple MODFLOW 6 with external analytical or numerical models.\n", + "\n", + "6. Apply efficient coding patterns to build adaptable, reproducible hydrogeologic simulations." + ] + }, + { + "cell_type": "markdown", + "id": "2761d5fd-b14f-4534-baaa-b9e07c94b98d", + "metadata": {}, + "source": [ + "## Introduction to Modflow 6" + ] + }, + { + "cell_type": "markdown", + "id": "101b4768-733c-400a-946b-a8db6ff5c808", + "metadata": {}, + "source": [ + "## What is MODFLOW 6?\n", + "\n", + "MODFLOW 6 (MF6) is the latest generation of the U.S. Geological Survey (USGS) MODFLOW groundwater modeling framework. It represents a complete redesign of the classic MODFLOW series (MODFLOW-2005, MODFLOW-NWT, MODFLOW-USG, etc.), combining the best features of previous versions into a unified, flexible, and modular system." + ] + }, + { + "cell_type": "markdown", + "id": "2115c398-1d42-4543-85b7-11797ca2965f", + "metadata": {}, + "source": [ + "## Key characteristics:\n", + "\n", + "1. Unified Framework:\n", + "\n", + "MODFLOW 6 provides a common platform for simulating multiple hydrologic processes such as groundwater flow (GWF), groundwater transport (GWT), and exchanges between models.\n", + "\n", + "2. Modular and Object-Oriented Architecture:\n", + "Each process, model, and package is implemented as a modular unit, allowing flexible model composition. You can run multiple models (e.g., GWF + GWT) within the same simulation and define exchanges between them (e.g., flow coupling, solute transport).\n", + "\n", + "3. Numerical Improvements:\n", + "\n", + " + Enhanced iterative solver (IMS) package with better control over convergence and performance.\n", + "\n", + " + Advanced time-stepping and adaptive convergence checks.\n", + "\n", + " + Support for structured (DIS), vertex-based (DISV), and unstructured (DISU) grids.\n", + "\n", + "4. Inter-model Coupling:\n", + "\n", + " + Native support for GWF–GWF exchanges (linking aquifers or model domains).\n", + "\n", + " + Support for GWF–GWT coupling (flow and transport interactions).\n", + "\n", + " + Facilitates integrated groundwater–surface water or multi-layered aquifer modeling.\n", + "\n", + "5. Enhanced Output Control and Post-processing:\n", + " \n", + "Output control (OC) allows users to customize which variables are written and at what frequency. Head, budget, and concentration outputs can be easily parsed using FloPy or PyMF6." + ] + }, + { + "cell_type": "markdown", + "id": "85ffd7d0-9e58-4c21-a828-e07a8f276951", + "metadata": {}, + "source": [ + "## Internal Structure" + ] + }, + { + "cell_type": "markdown", + "id": "67f59277-b187-4b73-aba1-f1b67d72b73b", + "metadata": {}, + "source": [ + "MODFLOW 6 uses three primary components:\n", + "\n", + "1. Simulation (SIM): The top-level container that manages time, models, and exchanges.\n", + "\n", + "2. Model (GWF, GWT, etc.): Represents a specific process (flow, transport, etc.). Each model is composed of packages.\n", + "\n", + "3. Package: Defines parameters, boundary conditions, and solver settings." + ] + }, + { + "cell_type": "markdown", + "id": "e098892e-076b-4c82-8549-e3e7582a843c", + "metadata": {}, + "source": [ + "## Modular structure " + ] + }, + { + "cell_type": "markdown", + "id": "2845b37b-b93c-4cae-9494-fe3d24e5a109", + "metadata": {}, + "source": [ + "High-level hierarchy:\n", + "\n", + "+ Simulation (controls time, models, exchanges)\n", + "\n", + " + Model(s) (GWF, GWT)\n", + "\n", + " + Package(s) (DIS, NPF, STO, WEL, CHD, etc.)\n", + "\n", + "Packages are the building blocks where each represents a physical process or numerical control (e.g., discretization, boundary conditions, solver settings)." + ] + }, + { + "cell_type": "raw", + "id": "55cd82ce-c177-4aef-80ea-0edce604d0e0", + "metadata": {}, + "source": [ + "Simulation\n", + "│\n", + "├── Time Discretization (TDIS)\n", + "├── Groundwater Flow Model (GWF)\n", + "│ ├── Discretization (DIS)\n", + "│ ├── Initial Conditions (IC)\n", + "│ ├── Node Property Flow (NPF)\n", + "│ ├── Storage (STO)\n", + "│ ├── Wells / Recharge / Boundaries (WEL, RCH, CHD, etc.)\n", + "│ └── Output Control (OC)\n", + "└── Exchanges (GWF-GWF, GWF-GWT)" + ] + }, + { + "cell_type": "markdown", + "id": "3f80bcbb-4a8d-4350-a9fd-abd3f653d85d", + "metadata": {}, + "source": [ + "## Package structure " + ] + }, + { + "cell_type": "markdown", + "id": "5126eef9-bbe1-47ee-83fb-ec5f6256cad4", + "metadata": {}, + "source": [ + "Common package categories:\n", + "\n", + "+ Discretization: DIS, DISV, DISU\n", + "\n", + "+ Properties: NPF (flow properties), STO (storage)\n", + "\n", + "+ Initial & Boundary Conditions: IC, CHD, WEL, RCH, DRN, RIV, GHB, EVT\n", + "\n", + "+ Solver & Output: IMS, OC\n", + "\n", + "+ Coupling & Exchanges: EXG, GWF-GWT connectors" + ] + }, + { + "cell_type": "markdown", + "id": "d242c56e-76b9-478f-b54f-b5537caea82e", + "metadata": {}, + "source": [ + "## FloPy: Installation and Quick Start" + ] + }, + { + "cell_type": "markdown", + "id": "4f416082-1ec9-44ad-9f07-f25533b2c839", + "metadata": {}, + "source": [ + "💻 To install FloPy, use pip directly from your Python environment:" + ] + }, + { + "cell_type": "raw", + "id": "2448295b-aaed-4fe2-adda-60f5fd9b226c", + "metadata": {}, + "source": [ + "pixi install flopy " + ] + }, + { + "cell_type": "markdown", + "id": "19cd6f34-99d8-452c-b1cd-e72abf4326d8", + "metadata": {}, + "source": [ + "Verify the installation:" + ] + }, + { + "cell_type": "code", + "execution_count": 8, + "id": "14c96532-057c-4d49-a0de-1449d9a02d43", + "metadata": {}, + "outputs": [ + { + "name": "stdout", + "output_type": "stream", + "text": [ + "FloPy version: 3.9.3\n" + ] + } + ], + "source": [ + "import flopy \n", + "print('FloPy version:', flopy.__version__)" + ] + }, + { + "cell_type": "code", + "execution_count": 4, + "id": "e1cec1b2-a3a5-4529-a387-8c81c2d0b1b2", + "metadata": {}, + "outputs": [ + { + "name": "stdout", + "output_type": "stream", + "text": [ + "FloPy skeleton created — inspect objects:\n", + "sim_name = mf6_test\n", + "sim_path = C:\\Users\\lucialabarca\\re-run noteboks\\pymf6-validation\\src\\notebooks\n", + "exe_name = mf6\n", + "\n", + "###################\n", + "Package mfsim.nam\n", + "###################\n", + "\n", + "package_name = mfsim.nam\n", + "filename = mfsim.nam\n", + "package_type = nam\n", + "model_or_simulation_package = simulation\n", + "simulation_name = mf6_test\n", + "\n", + "\n", + "###################\n", + "Package mf6_test.tdis\n", + "###################\n", + "\n", + "package_name = mf6_test.tdis\n", + "filename = mf6_test.tdis\n", + "package_type = tdis\n", + "model_or_simulation_package = simulation\n", + "simulation_name = mf6_test\n", + "\n", + "\n", + "@@@@@@@@@@@@@@@@@@@@\n", + "Model gwf_1\n", + "@@@@@@@@@@@@@@@@@@@@\n", + "\n", + "name = gwf_1\n", + "model_type = gwf6\n", + "version = mf6\n", + "model_relative_path = .\n", + "\n", + "###################\n", + "Package dis\n", + "###################\n", + "\n", + "package_name = dis\n", + "filename = gwf_1.dis\n", + "package_type = dis\n", + "model_or_simulation_package = model\n", + "model_name = gwf_1\n", + "\n", + "\n", + "###################\n", + "Package ic\n", + "###################\n", + "\n", + "package_name = ic\n", + "filename = gwf_1.ic\n", + "package_type = ic\n", + "model_or_simulation_package = model\n", + "model_name = gwf_1\n", + "\n", + "\n", + "###################\n", + "Package npf\n", + "###################\n", + "\n", + "package_name = npf\n", + "filename = gwf_1.npf\n", + "package_type = npf\n", + "model_or_simulation_package = model\n", + "model_name = gwf_1\n", + "\n", + "\n", + "###################\n", + "Package sto\n", + "###################\n", + "\n", + "package_name = sto\n", + "filename = gwf_1.sto\n", + "package_type = sto\n", + "model_or_simulation_package = model\n", + "model_name = gwf_1\n", + "\n", + "\n", + "###################\n", + "Package oc\n", + "###################\n", + "\n", + "package_name = oc\n", + "filename = gwf_1.oc\n", + "package_type = oc\n", + "model_or_simulation_package = model\n", + "model_name = gwf_1\n", + "\n", + "\n", + "\n", + " name = gwf_1\n", + "model_type = gwf6\n", + "version = mf6\n", + "model_relative_path = .\n", + "\n", + "###################\n", + "Package dis\n", + "###################\n", + "\n", + "package_name = dis\n", + "filename = gwf_1.dis\n", + "package_type = dis\n", + "model_or_simulation_package = model\n", + "model_name = gwf_1\n", + "\n", + "\n", + "###################\n", + "Package ic\n", + "###################\n", + "\n", + "package_name = ic\n", + "filename = gwf_1.ic\n", + "package_type = ic\n", + "model_or_simulation_package = model\n", + "model_name = gwf_1\n", + "\n", + "\n", + "###################\n", + "Package npf\n", + "###################\n", + "\n", + "package_name = npf\n", + "filename = gwf_1.npf\n", + "package_type = npf\n", + "model_or_simulation_package = model\n", + "model_name = gwf_1\n", + "\n", + "\n", + "###################\n", + "Package sto\n", + "###################\n", + "\n", + "package_name = sto\n", + "filename = gwf_1.sto\n", + "package_type = sto\n", + "model_or_simulation_package = model\n", + "model_name = gwf_1\n", + "\n", + "\n", + "###################\n", + "Package oc\n", + "###################\n", + "\n", + "package_name = oc\n", + "filename = gwf_1.oc\n", + "package_type = oc\n", + "model_or_simulation_package = model\n", + "model_name = gwf_1\n", + "\n", + "\n", + "\n" + ] + } + ], + "source": [ + "import flopy\n", + "import numpy as np\n", + "\n", + "\n", + "# Create a simulation and model\n", + "tsim = flopy.mf6.MFSimulation(sim_name='tutorial_sim', exe_name='mf6', version='mf6', sim_ws='model_ws')\n", + "gwf = flopy.mf6.ModflowGwf(tsim, modelname='tutorial_model', save_flows=True)\n", + "\n", + "\n", + "# Add Time Discretization Package (TDIS)\n", + "flopy.mf6.ModflowTdis(tsim, time_units='DAYS', nper=1, perioddata=[(1.0, 1, 1.0)])\n", + "\n", + "\n", + "# Add the IMS Solver\n", + "flopy.mf6.ModflowIms(tsim)\n", + "\n", + "\n", + "# Define the model grid\n", + "dis = flopy.mf6.ModflowGwfdis(gwf, nlay=1, nrow=5, ncol=5, delr=100.0, delc=100.0, top=10.0, botm=0.0)\n", + "\n", + "\n", + "# Initial Conditions\n", + "ic = flopy.mf6.ModflowGwfic(gwf, strt=10.0)\n", + "\n", + "\n", + "# Hydraulic Properties\n", + "npf = flopy.mf6.ModflowGwfnpf(gwf, icelltype=1, k=10.0)\n", + "\n", + "\n", + "# Constant Head Boundary (CHD)\n", + "chd_spd = [((0, i, 0), 10.0) for i in range(5)] + [((0, i, 4), 5.0) for i in range(5)]\n", + "flopy.mf6.ModflowGwfchd(gwf, stress_period_data=chd_spd)\n", + "\n", + "\n", + "# Output Control\n", + "flopy.mf6.ModflowGwfoc(gwf, head_filerecord='head.hds', saverecord=[('HEAD', 'ALL')])\n", + "\n", + "\n", + "# Write and run the model\n", + "tsim.write_simulation()\n", + "tsim.run_simulation()\n", + "\n", + "\n", + "print('Simulation complete. Output stored in model_ws/')" + ] + }, + { + "cell_type": "markdown", + "id": "14ad1a7c-9e6a-45ce-893b-1807b6e757df", + "metadata": {}, + "source": [ + "## Intro to programming " + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "2aba3681-8856-4ad3-b3ef-9ff1552dccf9", + "metadata": {}, + "outputs": [], + "source": [] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.13.5" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/src/notebooks/Problem_description_pumptreat.ipynb b/src/notebooks/Problem_description_pumptreat.ipynb new file mode 100644 index 0000000..828fcc3 --- /dev/null +++ b/src/notebooks/Problem_description_pumptreat.ipynb @@ -0,0 +1,463 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "cd282849-bb38-430c-a734-f1e9795af027", + "metadata": {}, + "source": [ + "# Pump and Treat - Well System Model" + ] + }, + { + "cell_type": "markdown", + "id": "9f9593d1-1279-4180-930f-ac2700f56602", + "metadata": {}, + "source": [ + "### Problem definition " + ] + }, + { + "cell_type": "markdown", + "id": "6f15f127-8d9c-48ce-b7a5-1e0fe5d81dd5", + "metadata": {}, + "source": [ + "A heavy metal contamination issue has arisen at a site where a smelter, established in 1966 for chromium production, operated without proper anti-seepage measures beneath its slag deposits. Over time, rainfall leached significant quantities of toxic metals, primarily hexavalent chromium (Cr(VI)) into the soil and groundwater. A commonly used remediation approach for such contamination is the pump-and-treat (PAT) method, which involves extracting polluted groundwater via wells and treating it at a surface facility. However, PAT has notable drawbacks, such as high operational costs, limited effectiveness in low-permeability formations and unsaturated zones, and the risk of altering the natural hydraulic gradient. Field monitoring data showed that Cr(VI) contamination in the unconfined aquifer peak concentrations reaching 1000 mg/L, far exceeding the permissible limit of 0.1 mg/L (He et al., 2024). Addressing this groundwater pollution is critical to protect both environmental health and water quality, since there is an aquifer used for drinking water supply at the area. There are three wells already existing at the area close to the contamination source. They will be used to perform the PAT. " + ] + }, + { + "cell_type": "markdown", + "id": "b667af76-2748-47cf-880f-362f18df551b", + "metadata": { + "tags": [] + }, + "source": [ + "### Model Description\n", + "\n", + "This groundwater flow and contaminant transport model simulates a pump-and-treat (PAT) remediation system for a site contaminated with hexavalent chromium (Cr(VI)). \n", + "#### Domain \n", + "The model domain is a 2D single-layer grid consisting of 101 rows and columns, representing a 100 m × 100 m unconfined aquifer with a thickness of 30 m. \n", + "### Boundary conditions \n", + "Boundary conditions include constant head boundaries on the left and right edges of the domain to simulate regional flow, with head values set to 25.0 m and 24.5 m, respectively. Three extraction wells are positioned between the contamination source and a sensitive municipal boundary to control plume migration. Initial contamination is introduced at six grid cells near the source zone using the CNC package, with maximum concentrations up to 1000 mg/L. \n", + "### Layer properties \n", + "Groundwater flow is modeled using the NPF, STO, and CHD packages, while solute transport is handled by the GWT model with advection, dispersion, and source-sink mixing processes. The SSM package connects flow and transport components by linking CHD and WEL sources with auxiliary concentration data. Output includes head, flow, and concentration files, enabling visualization and assessment of plume dynamics and remediation performance.\n" + ] + }, + { + "cell_type": "markdown", + "id": "2b4835b8-8060-469f-9531-f405a2abde39", + "metadata": {}, + "source": [ + "# Start setting up the model " + ] + }, + { + "cell_type": "markdown", + "id": "16c80df8-d761-4698-8ca0-f602662ac047", + "metadata": { + "tags": [] + }, + "source": [ + "### Magic commands - auto reload of the model each time " + ] + }, + { + "cell_type": "code", + "execution_count": 2, + "id": "482a74f0-385b-495d-92f6-9d5b368374d9", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "%load_ext autoreload" + ] + }, + { + "cell_type": "code", + "execution_count": 3, + "id": "9a97cf56-15fc-4af5-97b0-309d1744f41d", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "%autoreload 2" + ] + }, + { + "cell_type": "markdown", + "id": "1b24c6f7-4000-4666-883e-9c522d464bbb", + "metadata": { + "tags": [] + }, + "source": [ + "### Import from pymf6tools the functions to run, get and visualize simulation results" + ] + }, + { + "cell_type": "code", + "execution_count": 4, + "id": "a7f6a036-b3b3-4ba5-b02b-1b4c298f7bf2", + "metadata": {}, + "outputs": [], + "source": [ + "from pathlib import Path \n", + "from pymf6.mf6 import MF6\n", + "import pandas as pd \n", + "from functools import partial \n", + "import numpy as np \n", + "\n", + "from pymf6_tools.make_model import run_simulation, get_simulation\n", + "\n", + "\n", + "from pymf6_tools.base_model import make_model_data\n", + "from pymf6_tools.make_model import make_input, run_simulation, get_simulation\n", + "from pymf6_tools.plotting import show_heads, show_well_head, show_bcs" + ] + }, + { + "cell_type": "code", + "execution_count": 5, + "id": "3e931716-42e0-413f-92e3-33c9c8dbd505", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "from pymf6_tools.plotting import (\n", + "show_heads, show_well_head, show_concentration, show_bcs, \n", + "show_bot_elevations, show_river_stages, contour_bot_elevations, \n", + "plot_spec_discharge)\n", + "import pymf6_tools" + ] + }, + { + "cell_type": "markdown", + "id": "16231890-25d0-4bc3-b14a-765a966659b6", + "metadata": {}, + "source": [ + "## Set model path and name " + ] + }, + { + "cell_type": "code", + "execution_count": 6, + "id": "0b865120-0329-4a36-8be7-60171efff881", + "metadata": {}, + "outputs": [], + "source": [ + "model_path = r'models/pumptreatnw'\n", + "model_name = 'pumptreatnw'" + ] + }, + { + "cell_type": "markdown", + "id": "d3f8ccb6-4fab-4ded-a194-c8faa5cae633", + "metadata": { + "tags": [] + }, + "source": [ + "## Run simulation " + ] + }, + { + "cell_type": "code", + "execution_count": 7, + "id": "1bfa1db4-7c63-4a16-a8b3-116b8f37b9b3", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "run_simulation(model_path, verbosity_level=0)" + ] + }, + { + "cell_type": "markdown", + "id": "60d83044-3066-4e54-86d5-e4a3863c084d", + "metadata": {}, + "source": [ + "## Inspect model parameters " + ] + }, + { + "cell_type": "code", + "execution_count": 8, + "id": "413f12d5-f0bb-4bd1-9c98-1d6457f896f2", + "metadata": {}, + "outputs": [], + "source": [ + "sim = get_simulation(model_path, model_name)\n", + "ml = sim.get_model('gwf_' + model_name)\n", + "dis = ml.get_package('dis') " + ] + }, + { + "cell_type": "code", + "execution_count": 9, + "id": "77fe0153-fe2b-4714-874a-069ff01e7140", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "[,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " {internal}\n", + " (1),\n", + " {internal}\n", + " (101),\n", + " {internal}\n", + " (101),\n", + " {constant 1.0},\n", + " {constant 1.0},\n", + " {constant 0.0},\n", + " {constant -30.0},\n", + " ]" + ] + }, + "execution_count": 9, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "dis.data_list" + ] + }, + { + "cell_type": "markdown", + "id": "b709e145-451b-4260-ab34-f6a8fa412790", + "metadata": {}, + "source": [ + "## Visualization of Input and Output - e.g. Boundary conditions, Heads and Contamination plume" + ] + }, + { + "cell_type": "markdown", + "id": "3943cd7b-493e-441e-af36-4f17c08994b8", + "metadata": {}, + "source": [ + "### Plot Boundary conditions " + ] + }, + { + "cell_type": "markdown", + "id": "d3a1e043-981b-4b72-85ad-d6b38c4fc531", + "metadata": {}, + "source": [ + "### Boundary Conditions \n", + "Note that you should change the \"bc_names\" according to the boundary conditions present in the simulation. \n", + "'chd' Constant-head boundary \n", + "'wel' River boundary" + ] + }, + { + "cell_type": "code", + "execution_count": 10, + "id": "45f354f7-bb5d-4c86-a3fc-3d925e6bdd2c", + "metadata": { + "tags": [] + }, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 10, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_bcs(model_path, name=model_name, bc_names=('chd',), show_grid=True)" + ] + }, + { + "cell_type": "markdown", + "id": "6b472d10-d619-4255-af5f-46012018a61d", + "metadata": {}, + "source": [ + "This graph shows the boundary conditions of the model. Characterized on the right side and left side boundaries by a constant head boundary. " + ] + }, + { + "cell_type": "markdown", + "id": "1a587b8c-9450-428e-bbf4-aa3a3e741f1e", + "metadata": {}, + "source": [ + "### Groundwater level " + ] + }, + { + "cell_type": "code", + "execution_count": 11, + "id": "a34a3424-61f5-45ed-9aec-59d0ff52bd0c", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 11, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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uW6bVbnCcN/QtP06iLcWv32f2J05K0lJPcPk5kKzV9ev2vaE/vmyStOXvTZoIbbk2tW2kaFPHMWKx6x7HiKf2GUnjxo0Y3+JvmJ6e/rn+o3+rMTMzQyAQ4NJLpe/ITkmo9uRbPlfDMLjvvvv45je/ybe+9S2qq6vf9D1XrlyhsLCQP/3TP+XIkSPX1Ozdu5fZ2dmUKp3169cTDAZ/aUbXX9mS4KXV2/IVW25urui7cOECdrs9ZUGyXHOt+MxnPkMgEBCv4uLid/js05GOdKQjHf8RQ8d4R14/T9xzzz186Utf4itf+Qo+n48LFy5w4cIFFhcXAZibm+ORRx7hBz/4ASdOnOBb3/oWmzdvJjs7m+3bt4txjhw5wmOPPSbaDzzwAP/wD//Ab/7mb/Liiy/ym7/5m/zTP/0TDz744DsyV/+W+JVdlCzFvyXf9Waaxx57jOnpafE6ffq0eazgH4JqrkAV7wMovsdA8gDgzvo6qnMzAKqtA1/mF1HUKgB8vvfh838QSXIDkJfzN7hdGwFwOXopzP4CNrXS7At8gNzA+5EkFwD1ud8g6DLTTEFnPw2hP8GplgJQlfF+yoP3I0tOJBT6879EyL0SgJBrgJ7c38GtFgLQnv0wjRm3Ikt2ZFTWFf0Zhe4BAEo8g4zlfxKvmgfAitCDdGYeQpFsqJKDfWW/R6mnE4Aa3wBbCx/Fr+YAsLHgHgazdyJLKnbZyR2Vv0GltwWA1uAA+0seIGAzHeAHSu5gVWgTiqTgUty8t/Zj1HjrAejL7OeW8tsJ2IIA3F5xK2tzV6NICj7VyycaH6XOZ879aKiPe6sOE7SZf0E8XHuUTfkjyMhk2Hz8duuDNPjLAVif38fDtfsI2rwAfKzpMFsLB5CRCDkC/FHXXTT6SwDYWdzHY43bCdrMa/rZ9oNsL+5BRqLAFeS/9d9CY8Ccz4PlfXyoZRMBm3md/rBvPztLO5CQKPdm8RfDR2gImvN5c3UfH2lbh9/mBODPh/eys6wFCagJ5PCl0QPUB00H/J2NfXykaxyfzcwd/8X4HrZXNALQmBnii2v2UhvMBuC+tn4+3DuK12YH4Csb97Cl0pzP1lAeX9iwk+qMLAAe6h7gsf4RPDZz5+trO/awsaoGgM78Av5883YqMszr9MjgIO8bGsJtaf9y/17WWn959RYX8ac7tlKWYV6n940O89CKAZyqigR8/aa9jNeY9/JAeQl/uGczJRkBAB5dO8J9K/txqAqqLPPV2/aysrbCvOdqyvjd/ZsozDCv6Qc2r+SuVb3YVQWbovDle/YxVFtmXv/GCn7r8EbyM0xvwId2ruLWsW5sioLLrvLFB/fRX2te0/G2an7j6AZyg+b1//CBcY6u7kJVZDxOO1943z56as0/Otb21PKpW9eREzSv/0dvXsvBNZ0oiozP7eDPP7yfjjpzS3z9QD0fvX0dWQFT+7G71rN3XQeKLBH0ufjTj++ntda8VzatauIDd68lI2B+/j/20CZ2rG9HkSWyMjz80W8coKm2AIDN61p5731rCVraj39gK9s2tiHLEqEcH7//2wepr80HYNvWDh56YC1+v3kPfuKTO9m4ydTmFwT57d87RE2teQ/u2NvDfQ+vw+cz78FP/NY+1m5qQ5KguDSLz/7xEaos7a4jg9z9/g14Le0n//Awq7e0I0kS5TW5fObPjlFuaffevpI7HtuE22ver49//lZGt5g711VNhTz+hdsorTG1Bx5Yy60f2iq0v/FX9zGypQOAuo4yPvGVeyixtEce3cLNH9mB02Nq/9Pfv4/hreZ3UNNADZ/4q4coqja1xz6xh2Mf343DbWo/951PMLitG4C20SY+8dfvp7DK1P5HjT/+4z9menqalStXkp+fL15f//rXAVAUhWeeeYatW7dSU1PDTTfdRE1NDT/4wQ9SPDanTp3i/Pnzoj0wMMDXvvY1/vt//++0tLTw+c9/nq9//ev09va+67/jUvxapm+Wx9K23OTLdfh95nZgDA8YZtlVxIgjSUEMY8rskxxg6ICZAoriF31Rw0CWM9D1SavPA0YcA7OMTJMz0XRTGzZUFDmAppvHiRkBdCOKQYwYCqocIG71hQ0bNtlPTJ8BwMCPZkQxiBPWbdhlP1GrL2ooKW1dChDXIxhoRA0Vh+wjos+av5tuxyF7iOhzltZHXI+ioxHTVVyKj0XN1EZ1Ow7ZSVhfAECRfET1MDo6EV3FrXhZ0MxxNMOGXXYQ1heFNqyFMTBz7x7Fw7w2b2nt2GUbi1oYANXS6hjEdRmf6mE2Pp80ro1FzZx7h+xmMR5BxyCmKfhVNzPxBevK2rDJCouaOfdOycN8PIKBgaZLBGwupmOLltaOKiW0HtnNbOzaWgUbiiSzqJlbyT7FxWwsjIGZvgnaXUxFTa1dsiEBYS0utDNR8/c0dJmgw8lUJGydn4oBRCytX3ExbWklXUrRuiQ7uqETsbavAzYn01afpEkEnU6mwmbbrahohkF0Sau6krSkaD2KnbiuC23Q5mA6HLHOAQLORNur2ojGNWK6/oY+SYOAy8H0otn2WNq4rr+hT9LA73IwY7W9NjuRWNzU6hBwO5leMM9PNsDrdDCbpA1HY2i6YWo9TqbnTa2iS7idduYsrc9uZzGypDVStDZDwumwMb9oXn+f08HCYhTdMJA0A7/Hycz80v0p47CrLFhav93BQjiKbo3r9zqZmbPGlSRsqsJi2LxX/E4H8wsRDAPQDPw+JzOzYetellEUmbCl9bntzM+bWilu4PM5mbW0dlVGkZO0Ljvzc2FTq+n4/C5mZ8x70KEqSEAkYt5XXped+bmI+cebruMLuJidtu5Xxfw7NWppfV47czPmMYlreAMu5iytw6ZgGIbQej125qatz56m4ctwMztpth0OBV3TiVlaj9fO3NSSVscb9DA3ZX7GHXYZLaYRi1rn4HcxO2n2GfEYvgyPaDucNuLROPFY/F1L35x7qegdSd8U1J75hZ3rv+f4ld0pKS8vJy8vj3/8x38U/xaNRvn2t7/NwIC5A9DZ2YnNZkvRnD9/nmeffVZofr5Iqj+3FiSiaS06zMYiSwuSN/SBWJCYfQtiQQKIBUminTiOZsxjkMiZxvXUc1hakADEjQUMEnnZaFLf8nZMX8AgkXtdWpBYZygWJOb7FtGTtEsLElOpiwUJQFhfQE8yMywtSAB0dLEgMcdZxEjaslxakABohiYWJOY4iynbm0sLElOriwUJwHw8nKJNLEggbmhikQEwFw+nnENiQQIxPVU7E7u+NqprYkGS0CZiaUEC5gJjaUECiAWJ0EYS7bAWFwsSQCxIrqVdjMfEggQQiwyhDSdr42KR8WbahVgsVRuOpGiT2/PRGLEkz8EbtIuJ9kI0RjxZu5iqnUlqz0eiqdqFxPkZBmJBAjAfjqIl+SuWFhkAumGIBQnA3OL1tZpuiAUJwNxCBD3p77WZZK2miwWJ0CaNu7QgAYjHdbEgAZizFhlCO5vQxmKaWGQAzM2lameTtdFl2tlwqnYm6X6NxMWCJKFN+nxNp2qjydqZ1HtlLkkbCcdStdMLKdqlBQlAZCEqFiRAYkEi2onPeHg+IhYk5jip1NLkdng+TDyW6vn7RYdmGO/IKx3Xjl/qomRubo6nnnqKp556CoDjx4/z1FNPcerUKSRJ4sEHH+TTn/403/zmN3n22Wc5evQobrebAwcOABAIBLjlllt4+OGH+b//9//y5JNPcujQIZqbm0U1zs8VchJkRikCnIkutQosx7Qk+ZHlxHahohSLdAyATa1JvE8OoiSNa1NKkKTEuE4rBQSgykFsSrZou9RiZMku2l5bhfjZLgdxKJlJfUXIJEyrAXtZ4hhKEKcSTPTZCpGlJa1Epr1E9LmVIC4lsXLPtOcjS6qllMlxFCaOqQZxK17RznHkIVsGXQmJXEd+0jEDeBSPaOc6c1EkU6tICnnOxBxl2AJ4lMR8FrpCyNatqkoKBc4c0ZdlD+BRE/NZ4s5BkWRrjlQKXIk5ynH48aiJkrtSTw6ydU0dskqhK7HblutM1ZZ7s4XWpdgodAdEX77Lj0dNXKdKXxaylT70qHYK3In5LPT4cauJ61QZyGIp0ei12cl3J7Zai7x+XMnaYKbQ+ux28jyJuS/yBXCqCYNwVUZC63c4CHkSc18cCOBQkrRZiTkKOB3kJGlLggEcasIEXJmd0AZdTrI97sS4GQHsSWX4lTkJbYbbRaYncU1LsgLYkrQVoYQ20+siI1mbHUS1/oKXJCjPTdL63AQ9Sdc/J6GVJYmy3MQ1zfK7CSRrc4MollaRJUrzk7QBD/4kbXFeRkKryBTnJbTZmV58nsS9UlyQgSKbs29TFYryg6IvJ8uLx524V0qKMoXWblcpSNbm+PC4k8YtzkS2tA6HSl5e4h7MyfXjThq3uCw7oXXaCCVpQ/kBXMna8hyR7na57eTkJ2kLgjiTtZUhoXV7HWQna4sycbiSfrfqPKH1+F1kJZ1DbklWqrY28V3hDbrJzEvMQ15ZDnZn4nNQUp/4DvJlelO06fj3H7/URclPfvIT2tvbRXrmPe95D+3t7XzkIx8B4H3vex8PPvggd999N11dXZw9e5Z/+Id/SMmRfe5zn2Pbtm3s2bOHwcFB3G43f/d3f/eWGSXJIXnvT3hKHKtRvHcKT4nD9yCq0/SJyGoZbv+jwlPidG3E471LeEqC/vcKT4ldrSAn+JjwlATdm8n23S4WJoXBhwm61gDgtlVSFnxYeEpyPZso9h8TnpKajPsJuUYA8NurqM+4V3hKSr3rqAnuF56Stqw7KXD3A5DlqKIr6zbhKan1r6EluANZsqFINgZDxyixPCV5ripW5BwRnpK2jNX0ZG5EllRssp01eYeo8DYDUOKuYk3eXuEp6c9axXCO6RNxKi62Fu4VnpIKTyVbC7cLT8mq0EpGc0Ys/4mT/SU7hKek3l/J3uJNwlOyIX8Fa/MGkZHxqm6OlW+m3l8GQEuwksOl64SnZHvxEBsKTJ+I3+bmrqoNwlPSlVXJLZVjBGzmddpfNsDmok5kJDIdHh6sXyM8Jf05ldxRMyI8JceqBthW0oaERI7TyyNN48JTsiKvkrvqhoSn5Pb6fraWNiEBeW4f728bFZ6S0cIq7m4aEJ6Su5v62FLeYN4LHj/v7xwRnpLxkirubukVnpL72/vZVFFnzr0vyPt6h6myPCVrK6q4s71HeEoe6B1gveUpKQsEed/AsPCUrKuq5vauLuEpeWhwkDXV5r1ckZnJwysGhadkfX0Nt/R0Ck/JQyMDjNWYi+OqnCweGh2k2PKUbGqu42h/h/CUPDg2yMoa0/tTk5fNA6sHhadkU1s9hwfbhafk/rUDwlNSVxDivnUDwlOytbuBg8Pt2BQFh6py34YB+mrMa9pYksvdGweEp2TbQBN7V7SiKjIuh417tw8JT0lTeR53bu0XnpJtK1rYtbIVRZFxO+3cvXOI9lrTU9JSXcBtO/qFp2THeCvbV7WgyBI+t4O79w/TYnlKWusKuXl3v/CU7FzfzubVltbr5I4jI8JT0tpUzNEDg8JTsnNLJxvWtCDLEn6/i9tvWSk8Je1tpRw+NCA8Jbv29LB2XTOyLBHM8HDbnauEp6Srp4IDNw0JT8nug/2MrW9BkiArx8et948LT0nXQDX7blkhPCV7jg2xamMLkiSRkx/g5ofWCk9J78p69t62UvhE9t21ipFNrYC5CDn23g3CU9K/pok9d40J7f4H1zG82fxuzy/L5ugHtwlPyeCmDnbft1Z4Sg69fwuDm03/SWFVHjd/fLfwlKzY2cOuBzcIT8lNH9vD4FbTU1JSV8ixx/e/q56SX4bR9dcpfmU8Jb/MSHhK0iXB6ZJgqz9dEvyG/nRJ8LWPky4JXur/9SgJPv5iPr636SmZndUprzuf9pRcI35lPSXpSEc60pGOdKTj1yvSi5LkcB0GxdzqlZ3rkZ2bwUrJ2L33oNh7zD6lAqfnVmTF3Op1ujbjdG0RvpKA7yEcltau1hD03oKqmFu9AfdW/K6NIn1T4L8fj93ctnTbainwHcGumNu3uZ4t5LjXIksOQKYqeCcBh5k6CdhrKffvxamYaYEy3wYKPaPIkh0JhZbMW8hymKmTbEcd9YFtuBVzq7/Ov45y76BI3/RlHyLkNFMnBa5a2jM24FHMnHl7xmpqfL3Ikooq2RkN7SbfaW7Jl7pr6c0cx6ua2/f9Wato9HegSAoO2cH6vG0Uusxt9mpvDcPZI/hUc0t+VWglrYEWK33jYnvhRopd5hw1+WsYCw3gU82t8w35K+jIaLDSNy72layhxG1u17YHq1mb14NPNa/TjqIhejJrkZEI2jwcLhulzGPOUW9WNRsLOvBZHpT9ZQP0ZlchI5Hl8HJz5QrKPGbqZDhUzZbiVqE9WtVPf04FEhIhp4/bagYo85rpkJX51WwtacZreVBure1lIFSGBBS4/dxW10up15zP1UXVbC1rFCmZOxt76cs177lib4DbGnso8QUBWFdazdaKejyW9u7WXnrzzHuuPJDBLS2dFPnMud9QWcPmqlrhV7mnq5fuAnM+KzMyOdbWQYGV9txYU8OGmhpclgfl3r5eOgrMe646O4ubOtvJt7SbG2pZV1ct0jf3DPXSVmhqa3OzOdTdRq7PTJ1saalnTX0VDlVBkSXuXtlHS5F5nerzQ+zvbSXkM6/p1o4GxhoqsVupnrvG+2gsMplETcW57B1oIdvSbutpZLSpEpuiYFcV7ljbS12ReU1byvLZNdhCls+8/tsHmhhprkBVZJw2lds29FJbbKUiqwrYPtxMpqXdMdLMUEu5lb6xcfOWXqqKzOvfXlvE1pXNBH3mZ3rneCsDbeUosoTX7eDo9l4qiszPU0dTMZtWNRGwtDvWt9PXXi7SN0d291FWbGq72kpZP9aE30qd7NzSQXdHmZmSCbg5uK+PEkvb3VXO2jXNeK10yM5d3XR2lSPLEpmZHvYd6Keo2LwHe/qrGF/XjGdJe6CP9u5yJMn0m+w+PECBpe1dUcOqDS0izbLrpkFausuRJIncgiC7jg2RX2KlZMcaGN3UhttKs+y+fSXNPWb6Lr8kix23jJBnjTu4voWRLR3Cg7L3vjU09Zpp68LKENtuX0Vuifm7DW/tZMW2LhyWdv/DG2nsM1OIJXUFbL97DSFrHlbu6WPFzh7hQTn4wR009FupyaYStt23nhzrWrwbkU7f/GIj/ZTg5NBOgTYBgKFdBsJWpQ3o8VPo8ZOmzlhEix9H1y+bfdoEhjGPYWnj8ePELa1uzBOLH0fTr5h92gSaPoVhhAGVcPwEkbjJSdGMeRbjJ4hZ2qh2iag2iW5EADvzsZMsxs6Z4+gLzMVOEdXMSp/F+GXC2hV0IwrYmImdZj5uAuSi+jwzsTOErYqc+fhl5uKX0Y0YuiEzGT3LTOwiAGFtnsnoOVF1MxO7wnRsAt2IY6ByJXqeqdiE0F6OXmAhPgdITMeucjlyCc3QMNCYiFxkMmr+LgvaApciF1nQTNf9lchVLkQuohkaoHEhfImrUfN3mY3Po4cN5uPmfE5ErnJ+cQIdnZiucW5xgisRszJpJr5AbFFjXgsDEhfDk5xZvIyOQVSPc2bhMhNh8/eeis2zqEWZj5sVGecWJjkzf8XUanFOzV9hImL+3pPRBWZiYaE9Mz/FyfmrGNa4J+auMhE2q40mIwtMRhYsrczp+SlOzF0V5b0nZieF9kp4gUvGHPOxKCBzam6Kk7NT1nzGOTFzlYlFs7rgcniBqKaxEIsCEidnpzgxY2oX4jFOTE9yeUm7sMBCPMZCPIaExMnpKU5OW9pYjJNTU1xZWBTa2UiExXgcCTg5NcXpaXOOFqIxTkxOcnXRvE4T8wtML4YJW9oTV6c4M2XO/Xwkxsmrk0xa407MznNlfoFIXEM24OSVSc5MTlvjRjl5ZZJJq5Lm0swcE7PzROMaiiFx8vIk5ybNc5gLRzk1McWUNe6l6TkuTs0R0zRsyJycmOKCpZ1djHBqYlJU6FyamuPclRnimgnyPnVpigtXzWs6uxDh9KVJZiztxatznLk0habpxA2J0xenuDQ5Z2nDnL4wyeyCef0vXJnl9IUpNN0gFtc4fX6KS1ct7VyY05rOnFWhc3FihtPnJ9F0g3hc48y5SS5b2unZRSLROHPz1riXZjh7bgpdN4jF4pw5O8nlK+b5Ts8ssrAYZWHBrPS5cGGas2euousG0ajG2TNXuXLZHHdmeoHZmUUWLe3F81OcO3MVwzCrZM6ducrkFescJheYujrP4rw17tkpzp++imEYRCIxzp68wqQ17vTVea7EZ8S4F05f5fwp8zMdXoxy9sSE0E5dnjUrfRbNFMv5k5c5f9L8jowsRDl3/BJTE+Z1m7w0Q3g+YqLmgXPHL3H+hPm9sjgX5uxrF4X26vkp5mcWiVgVT2dfvcD5163vq7kwZ185L7TvRrwT1TPp6pvrR9pTQtpTknqctKcE0p6Sa/WnPSXXPk7aU7LU/+vhKXn5hdx3xFNSU38x7Sm5RqR3StKRjnSkIx3peIuh84a/H/5NY6Tj2pH2lCSFFPzjJMz8g8sw83+VhJnvxJf5pQRm3v/oMsz83yVh5vsozP5iEmb+Q+T63ys8JfW5fy1KgoPOARpCfypKgqszP0B58D5REjyQ/xVREhxyDdGT+zlREtyR/V4akjDz64v/PAkzP5SCmR/JfQ+dmQdRJBuKZGd/2R8IzHytb5BthY+JkuBNBfemYObvqvqswMy3BQc5kISZP1hyF6OhjQIz//7aTyRh5ge4NQkzf0fFbazJHReY+U82PSZKgsdCA9xbdUSUBL+39lgKZv5zbQ+JkuCN+f0pmPlPNN+Ugpn/k657REnwrpJ+HmvcLkqCf6vjENuLuwVm/vP9t4qS4MMV/SmY+T/uO8CO0naBmf/SiptESfCtNf0pmPn/vmKfwMzXBnL48qqDoiT4nqYBPtq1WpQEf3n1XrZZJcGNmbl8OQkz/0D7QApm/msb97Kl0iwJbgvl8Rcbd4mS4Id7BlMw83+5c5/AzHflF/LftuwQJcHvGxpKwcz/jwP7RUlwX0kR/3VnAjP/6KoVKZj5vzq6T2DmBytK+KM9W0RJ8AfXreTekT5REvz12/cnYebL+f0Dm0VJ8Ie3ruLOJMz8V+/dL0qCVzVV8ttJmPmP7B4XmHmnTeXL79kvSoJXt1Xzm8cSmPmPHlrNTeMJzPwXH90vSoLX99bx+K3rRUnwJ25dx8E1HQIz//mPHBAlwRuGGvjYHQnM/Cfu2ciete0CM/9nnzwgSoI3r2rmg/ckMPOffHhzCmb+T37zoCgJ3rq+jfclYeY/9aFtbN1gouNzQ37+4HOHREnw9m2dvOfBdaIk+JOf2pWCmf/dPzgsSoJ37etNwcw//rkDCcx8WTb/6b/cJEqC9xwd4p4kzPzjf3IT45vbTMx8bR6/8d9uFiXB++4cTcHMf+Yvbk/FzP/F7aIk+OBD61Iw85/9xgMJzHxnOZ/66r2iJPimD2xLwcz/9v/vUYa2WJj5wVo++Y33iJLgWx7fl4KZ/73vflKUBLevauITf/PuYubN5PTbf6Xj2pFO35CcvqnF7zPXsDFcYFgodiMOkk+0Y5IdjDhYRNUoHgyrL2oYSJIv0caNYcSENi4F0K2+sKGiSD408V6f5QnRiKGgSF40Y87S2lAlL3GrreOzkPQaYd2GTfYQ0+etcRRsspuYRV/V8KMZEQx0ooaKXfYQtbQR3Y5ddhG1tLrkI6ab2piu4pDdRKy+qG7HJtuJ6hbyW/IQ1U0Ue0RXccouQXGNGyp22U5Et1DieIU2ppvm1kXN0uo2bLJKRDdzxorkJayZ2rgu41acLFjEV82woUoKEd3cxrVLLhYswmtMU/AoTstfAmBDliSiujn3dtxCq+kSHtUhPCNgR0YiYmmdkkv0abqEV3UwZ7UVC1IX1c2tY7fsYD5uPUZAk/HaHMzFItYZqClar+xk1uozdBmfzc5szHyvQ1LRDV1QUr2yQ/RJupSidUo2ND2h9al2ZqOWVpPw2RNtl6IS13VBSfUpjiQteO125qy2W7ER05K0qp25yNI5gNeRaLsVlWhcQzOMN/RJWmrbo9oIx+IWtv2NWo/DzvzSuKqNyJJWB6/TzlzY7JMNcNltLERiiXGj19YquoTDrrKYpF2MxkwUu27gcdkFxdVmSNhtSVq7jcWIpdVStaokY1Nlwkt4dZudxXA0Ma7bzrzllVCRUBWZiEUo9drtCRqslqq1SxKyLBO1tB6nTfhJpLiBx+Ng3vKi2BUZJJPsap6vmtBqOm6Pg4VkLQmt22ETfZKu4/Y6WJhLaA3dIBazxnXbRB9xDbfXycJcAnWv6wZxS+t2qSwsUWc1DbfPKdoOu0w8pqFZ6SGXy8bCrEWH1XTcfhcLFoXWrkqW1hrX4xB9RjyWonU4VKKRGLqmv2vpm589H3pH0jctDZfS6ZtrRHpRQtpTknqctKcE0p6Sa/WnPSXXPk7aU7LU/+vhKUkvSn6xkU7fJIdSmPRziUjdAMhqLUvTJUkB5CStopSJ1A2AzVYPFuRbloOiHBjArpanIOldtjqhVeUM7EpiG9KlliEnIel9thqhtcsZohwYwGsrQZESSOoMewJf71IycCmJkrmgrRhF4Oslsh3los+jZIhyYIAseyGKhaSXkMl1JpD0PjUoyoEBch0FKAJJL5HvLBJ9AVtQlAMD5DvzUS2tIikUuQpEX6Y9iF9NINSLXXmoFpJelRRK3LmiL8cRFOXAAGWe3BTMfIk7gaTPdQbw2xJzX+ENCa1DVin1JBD/+a6ASMcAVPkSWpdio9STQJ0XugMiHQPmk4GVJMx8iTco+oo8qdraYLZA0nttdoq9ifks9gVE6gagNiOh9dsdFPkSX2Yl/oBI3QDUZSVpHQ5RDgxQGgiK1A1AbXa2QNIHnU7yfYm5L80I4rIlFom1oYQ2w+UU5cAAZZnBFNR9bW42Sw/rzvS4yPElPk9l2Rkp+PqavMTcZ3ndohwYoCyUgcNmPb5Agur8JK3PLcqBAcpyM7Bb48qSRFVB4r7PDnjI8CWuf1l+JjZLq8gSFYUJbU6GV5QDA5QVZgp8vaLIlCeVoOZkekU5MEBZURaqamptqkJZsjbbJ8qBAcpKsgS+3m5XKS5O3FehHL9IxwCUlmULrcOhUliU0ObmBUQ6BqCsIgdZMSff6bJRUJT0CIX8oEixAJRWhZCtcd0eB/lJ55BXlJGiLavJE/h6t89JbtI55JdmpWrrC4TW43cRStaW5YjUDUB5Y5FA0vsyPOQkaQsqc1O1zSUJbab3XS0HhoSn5O2+0nHtSC9KkkLy3J6EmR9F8dwiFiZ2712ozvUAyGoJLt9DCcy8czUe720JzLzvftyW1q5WkOV/SHhK/K61ZHtvTuKU3EvQZT6nx20rpyR4r/CUhDxrKPYfFp6SquDthFwrAPDZK6nJuE14Skq841QFdgtPSVPmUYGZz3BU0J51k/CUVPtX0RTcanlKbPRmHxCY+VxnBYM5+4SnpCW4kq7M9QIzPxraLTDzRa4KVoV2CE9Jd+YKBrLGBGZ+Q/52qi1PSbmngg35m4WnZEXOECtyhgVmfkfRRmp95nzW+MrZUbRWeEpW5w0wntsvMPMHStYJT0ljoJx9JWPCU7K5sI91+d0CM39zxWrhKWnPKOdw+YjwlOwq6WNDYbvAzN9ZPSo8JT3Z5RyrGhKekkMVPWwubkFCItvp5d76FcJTMhAq59aaAbGIOVrdzeaSRiQg1+Xj/qZh4SlZUVDBbQ29YmFya0MPm0pNn0iBx8+DbYPCUzJaVMFtTd1iYXJ7aw8byk2fSLEvwAOdA8JTMlZWyS2tXWJhckdnD2srzPksCwR5oGdAeErGKys51t4hFiZ39/WwusrUlmdmcO9An/CUrK2t4khXu/CU3DXYwyoLM1+RncXdw73CU7K2sYaDPW3CU3LHSC8rqs0Fb1Uoi7tW9gpPyfqWGvb3twlPye1jvQzWmPd9TUE2d4z3CE/Jho469gy0Csz8bWt6haekrjjErWt7hKdkY089O4daBGb+1o19dFuekoayXG7Z0Cs8JZsGGti+ollg5m/d2ic8JY2VeRzd3CM8JZtHmtk62iww8zfv6BeekubaAg5v7xGeks3jzWwcbRKckqN7+2m0PCUtDYUc2NUrPCVbN7SxfrxJYOZvOjgoPCWtrSXs29snPCVbt3Wyek2TwMwfOTokPCVtnWXsOdAvFjHb9vQwtrYZSYLMbB+Hbl8pPCUdfZXsPjKIx2tqtx/sZ+W6ZiRJIjvPz8G7VglPSedQDTuPDYvFxo5bVjC8wcLMF2Zw8P7VwlPSPdrAtlsTSPpdd40xuLENgLzSbA4+vEF4SvrWtbLjznGx2Njz4HoGNppelYKKXA4+uk14Sga2dLL9nrXCU7L/0e30bza/r0rqCjn44V3vMmZeQnubLx3pzQ/0axrp9A3p9E3qcdLpG0inb67Vn07fXPs46fTNUv+vR/rmp8/n4n2b6Zu5WZ2OhnRJ8LUiXRKcjnSkIx3pSMdbDN0wX293jHRcO9Lpm+RwHzO9JIDs3Ijs2k7iKcEPodjNEltFrcLpvRvZ0rpc23G5dqQ8JdhhN1MndlsdGb67sFn4+qB7J0H3duErKQw8jNdhlrd57PUU+m/BoZhbvXne7eR6Nlq+EpmajPvIcJhbnEF7A5WBQzgV019R7ttCsXe1wMy3Zd1JtrMJgBxnA43B3bitlExDYBOVvpUifTOQc5RcZ615Pq56ujK34FXNrf7OjHXU+wfM9I1kZzx3P4UuKy3gqWMgex0+NQjAUPZqWgLdAjO/KX8Xxa4yAGp9dYzmjOFXzb8KxnNX0ZnRjiIpuBUXu4u2UOY256glUMva3GH8SymZgpX0ZDaL9M3h0vWUewqs86tlU8EAfpt5nXYXr6A/u0Fg5m+uWE2Fx3qKaXYtW4u68Vvpm0PlwwzmmEj6bIeXO6pHqfSaaZaR3Bp2lHQID8ot1YMMh6qQkMhz+bm7bpgKn/U034Jadpa1ipTMnfUDDOdVIGF6SO5uGKDcZz2ht7iWXRXNQntvcz9D+eYclfqC3N3cR5nPzP9vKKtlZ1UCSf9AxwADBeY9VxHI4K62Hkr95txvqapjR22DSN882DtAX6E5n1WZmdze0U2x30yzbK2rY2tdvcDMPzQ4QE+Rmbaozcnmlu5OCq2/3rY11bO5oVakbx4cGaCr2Exb1OflcKyvg3y/mWbZ0dbAhsYagZl/YGyAtmIzFdFUmMuRgXbyAuY13dnVxLrmGhMzr8jcv3aAlhLzOrWU5HFwqJ2Q37ymO/uaWd1aLTDz92wYoKnEvO/bygvYP9JGjqXdPdzCWFuViZm3q9y9ZYB6S9tRU8ie0Vay/Ob137OqjdGOKoGZv2PHALWl5vXvrC9m51grmUvate2s6KwyUzIeB7ftGqC61Pw8dbeUsm1NK0ErzbJ7YweDXZUosoTf5+TmfYNUWtqejjI2r2slYGn3bO+mv6cSWZbICLq56dAgZaXmfdXbU8nG9a0iJbN3Xy89vaY2K8vLoZuGKLG0/UPVrN/cJnwlew8P0tVXKTDz+28eprjUTPUNjNaxZmu7SN/svWUFnQNVSJJEXlEGe28bodDSDq1pYnxbR+LJv/eM0TZgfv4LyrLZc9cqCsrMc1ixuZ3xXd24rJTMgYfW0zpopRur89h972ryrfNdubOHsd19In1z+LGttAya30GlDYXsemA9uZZ21b4BRvcNiPTN0Y/voXnITHlWtJSy6+HN5JYmvGO/6Hi7qZulVzquHemdkuSIvQyKiWY3tPNgLIBhls5qsRfQ4y+bffocWuw5dM3UatpZdH0Gw7BKZ2PPE7O0uj5DJPoccc3EIkfjpy3M/CKgshB9nnDsVQDi2jTz0ReIWqj7cOwMUf0KuhEG7MxEXmQu9ro5jj7NdOQlItoVQGI+fpbF+GWBmb8aeZmZ6CkAIto0VyOvsBi/CkhMx84xF7uEZmHmJ8KvMRU9C8CiNsPF8OvMx6cAmavR80zHLqEbcTRD4Xz4BFciJup+IT7LucUTzMdnAJmJyAUuW+h4A42ziyeZiJi/90xsBs2IMxufBWQuhC9yMWxpjTgnF85wMWL+3lOxWSJ6jLnYPCBxdvESZxYuWJj5OK/NneVC2ERdT0ZnWdDCzMYWAJnTCxMcn7+AjkFEj/PK7DnOh68CcCUyw3RsntmYWU54Yu4Sr86a2rAW46WZ85xdNFH3E+FZLkfmmI2ZJY2vz17m5ZlLGBgsxqO8MHWRcwtTAFxcnOH8wrRV6ivz6vRlXpq6hIGJgze1Jgb7wsIsUV0T2penLvPSlPl7z8eiPH/1EucXZoU2HI8zF4siIfHi1QlemTR/77lYlOevXOLCvKk9OzfDfCzKfMzEzL94eYJXrpqI77lolOcvX+LivFlOfnZmhpkkzPwLExO8esUcdyYc4cVLE1yas7TTM0wmYeZfuDjBa5ct7WKEFy5McHnO/IycmZzhchJm/sULE5y4bM7n9GKYF89PcHnW/IycvjrFpRkLM69LvHhughMTpnZqIcxL5ye4OmdepzNXprgwNUtM01CReOnsBCcnzLmfnF/kpTMTXJ0zxz01McW5K9MCM//SmQlOW9qrM4u8rE8wZY178uKkwMzHdImXT01w5uKSdoFYXGPKKls9dX6Sk+evoukG0ZjGyycvcXZJOzXPQjjKjFUqe/r8JCdOXzGR9DGNV09c4tySdnKB2bkIM0vjnrnC6ycm0HWDSDTOq69d4sJFE81/9eoc09MLzFnjnjp5heOvX0LXDcKRGK+9cpFLlvbK5TmuXJ5j3tKePDHB8dcuYRgQDsd4/eULXLpgai9fnOHS+Wnm58LmYwZeu8TxVy5iGAaLC1GOv3SBCaGdJhaNi7LgEy9d4OTL5vfe4lyE158/x8Q583e7dHaSyGKURavc+MSL5zj50nnz3p5Z5LVnz3D5gqU9fYWF2TBhS/v6s6c5+ZL1vTK9yOvPnObq+SXtZWYnF4hYyP/Xnj7JqRfN76u5qXlee+oEV86Z9046/v1H2lNC2lOSepy0pwTSnpJr9ac9Jdc+TtpTstT/6+Ep+f5z+e+Ip2Sg8XzaU3KNSO+UpCMd6UhHOtLxFkM3JHTj7aVf3u77/yNH2lOSFFLwvyRKgn0Pp2Lms/9nAjNv78KX+eUkzPwH8fk/IDwl+aG/T8LM91OY/SVREpwf/EgKZr4h92+SMPODNIb+axJm/kMpmPnBgq8LzHyuazgFM9+Z8/4UzPyG4s8LzHypZ5jx/E+JkuCVuQ+nYOYPlP+hwMzX+YbYVpTAzG8pvD8FM39P9W8lYeaHOFDyoCgJPlx6j8DMO2UXj9Z9SmDmB7IGubX8DlESfFflHSmY+cebPpiCmb+v6iZREvz+ultSMPO/1/6wKAneVDDAI0mY+U+1HE3BzP9p972iJHhPyUAKZv53Oo+kYOa/MHCbKAk+UjnAh5Mw8/+l/1AKZv4rK46KkuDbawf4aBJm/gsj+1Mw818bOyRKgu9rHuQjXePCU/LVNftSMPNfXbtPlAQ/1D6Ygpn/y837BWa+PZTPlzbtFiXB7+0d4tH+FcJT8o1d+wVmvrugkM9v3SlKgh8dXsF7BxOY+f958EASZr6YP9u5TZQEf2BsJAUz/42bDwjM/FBFKX+8d6soCf7w+tEUzPz/uPOAwMyP1JbzB0mY+Y9sG0vBzH/9/gMCMz/WVMXvHNkkSoI/tnd1Cmb+qw8fECXBazpq+OyxjaIk+BOH1wrMvNth48sfOJCKmb8tgZn/5G3rUzDzX/jYQVESvGm4kY/dsV6UBH/qvk0pmPn/9vhBURK8ZTwVM/+p925Jwcz/6X86JDDz2za08/7714mS4E9/ZEcKZv6Pfu+wKAneub0rBTP/+Gd2p2Dmf+8Pj4iS4N0H+rj/kfXCf/Lp3z2Ygpn/7T89KkqC9948nIKZ/8yfHk3BzH/287eKkuADd4+lYOY/++U7BWa+urmIz3zpDlESfPjh9dz6wS1C+1t//ZDAzNd3VfD41+8TJcHHPrw9BTP/uX94LAUz//g3HxYlwbf/xv4UzPwf/ODxBGZ+rJlP/d1j72pJcDp+sZFO35CcvqnG8uwRw256SljCzLtFO4YdiLK0Zx7FmfCTGAaS5E60cWEYCW1c8qJbfWFDRZbcoh01vJYnRLcw8240obWhSC40w8xF63jRjAhgENZtqJKLuNUXNRRUyUncMPPLcbxoRhQwiBpqSl9Et6NKduKGhVTHQ8zSxnQVm+wkZmHlo7odVVKtfkByE7Mw8hFdxS47iFrtuKFa2qXtVjdRCyMf000j7BKCPq7bUCRZpMwk3AI5H9dlnLKdsNXWDBsyEjHD3LZVcYq+mKbgUuwsambbQH2jVjPPR9OlVK1ht87b1Npxij5Nl3ArdhastowNwzCIW2k7l2RnYWlcTcat2liwtpltqOjLtVafoadqHZJCXNfFY82TtZIupWpRU7RuOdEnaRJum40FaxvcKavEdA1daO2iT9J4o1bThdYjJ/okHVw2lcWYeZ1cskokHsew+pLHkbRlWsXSGtYx7TYWom9Bq5tY+UVLKxvgUFXCSdqwhWWXdHA5bAIVr+gSNlUmYmHQU7VGitZmSKiKQmRpXDVJq6VqVSQURSa6hFdXVIGcl3QDl9PGYjihlSWJ2BIyXbURtsZBS9XaLSBYfAnFblcJW31S3MDptIm2TV6mtSmEF5fmU8fpsom2XTZx8JqVBnGoCpGlcXUdp8tOeAm3L8voup7AwTtVwha+nriG020XbZsio2k6ujWu0y4ntNoyrSqhxTR0K+3kcCjCT4Km4/Q4RNumQDwaF1qn0yb6jHgsVWtTLO27h5n/9rOF70j6ZqTpbDp9c41IL0pIe0pSj5P2lEDaU3Kt/rSn5NrHSXtKlvp/PTwl//xs8TuyKFnVdDq9KLlGpNM3yaGUiR8lpRykxM0i25qAJdR1AFlJoNkVtQIpSWu3tQitLGdgU0pFn0OtRJYSyG+3rYmly2CTM3GqxUl9FShJqHu/vUFo7XIGLjWBZvfbylGTUPeZjjoklrDomXjVBJo9w16GKvD1EiFnNbCERc/ApyYw3jmOYmwWvl5CpsBVgWRp/WqmSN0A5DuLsFn4egmJYleZ0GbYMkTqBqDIVYjNwtcrkiLKgQGy7RkidQNQ6i7AZiHpVUmhwpPA9occGWTYE/NZ6c3HLqvWHKlUehPbuvnOIBn2xHxW+/KwyeZ1cso2qnyJOSpyZ5BhT8xnXSAPm4W6dyk2qnyJEsRiT5AMewIz3hDMxSbL1nzaqfQnMNil3gyCSdrGzBCqha/32exUBhLzWebPIGBPoMMbsxJav91BeSCBDi8PZOB3JFDcjTkhgboPOJyUBoIJbUYGPnsCX9+Um9BmuJyUBBOo+4rMDLxJ2sa8kMDXZ7hdFAUT16kiOxNPsrYgV2izPG4KgknXKZSJ255YEDcUhgSSPtvnIS9Zm5uFy9JKEtQXJbQ5fo9I3QBU5mfhtJvXX5Yk6kuStEGPSN0AVBZm47C0iiyJcmCAUKaX7GRtcTYOC7evKDI1ZQltbraPrGRtaTZ2C4tvUxWqypO0OX4ygon7qrI8R2jtdpWK8sR9lZcXIJikragMYbO0DodKWbK2IEggWVudK1D3TpeNkvKkRygUZeALJO7Byrp8VAu37/Y4KK5IjJtfkoUv+XwbClCscd0+J4VJ51BQlo03edymIoGv9wZcFCRpCytDePwJbVVLidD6Mj0UVCTmrLgmH3eStrqjXODr/Vk+8pLm990Iw/KUvJ2XkfaUXDfSi5KkkNyHhKdEcgyheA4JT4ndcxTVuRYAWS3G5b09gZl3jOLxHBGeEr/3NtxO0ydiV8vI8N8hPCU+5yoyvYeEpyTPfwsB16g5jq2UQv8twlOS7VpFoW+f8JSUB46Q4xoyx7FXUBU4LDwlhd4RKgLbhKekIbiffHcPABn2cpoy9gpPSYVvmIbgRsEp6cjcSYnHzBOHHOX0ZG0XnpKGwBBtGeMCMz+YvYVyTyMABa4yhrM3iYVJe8YAvVkjAjM/lrueKq/pgShxl7I6d61YmPRn9TKUPSAw8xvzVwvMfJW3lE0Fq8TCZGWom9FQr+CUbC9aKTwldf5StheuEJ6StfldjOd2CMz8vpIVwlPSnFHK3pJB4SnZUtTF2vxWZCQyHG6OlA8IT0l7ZgkHy/uEp2RnaQfri5oEZv7m6j7hKenJKeVwVY/wlOyrbGd9cb3AzN9a1ys8Jf15JRyp7RSekoM17awvNfkM+R4/tzb2CE/JUEEpNzW0C0/JkcZ21pSZc1Tk83Nba5fwlKwoKeNQY5vwlBxtbWe8wrznSgIBbuvoEp6SlWVlHGxtFZySY52djFaY3o/SYJBbujuFp2S0qoL97S3CU3K0p4ORKnNBXpGVwbG+TuEpGautZE9nk/CU3NTfzlCVeS9XhDI5OtgpPCWrGirZ1d0kPCVHVnTQX215qfKyOLKiQ3hKxlur2NHbJDDzh1d20FNtXtPqwmwOjXaIhcnqjhq29jcKzPzB8Q46q02fSF1JiIPjHWJhsranlk0DDQIzf2BtJ+015vWvK8tl/7pO4SlZN1jP+uEGgZnft6FTeErqq/LYvbFDeErWjjSyZkWDwMzv29olMPONdQXs2tIpPCXrxpsZX9kgMPN7dnZTZ3lKmhqL2LG9S3hK1m9oZdWqBoGZ37W3R3hKWtpK2LarW3hKNmztYGS8UWDmdx0aoNLyc7R0lbN1X6/glGzY1cXQ6kYkSSIr18/Om4aEp6Str5LNB/qET2TTwQEG15iPmQgVBNl564jwlLQP17LpyJDQbrl5hIF1pv8stySbHXeOC09J16omNh0bEZ6SrXeO07fOxNfnl4XYef964SnpXtfKpttWCU/Jjgc20LvR9KoU1eSz++HNaU/Jf6BIp29Ip29Sj5NO30A6fXOt/nT65trHSadvlvp/PdI3//BMKZ63mb6Zn9VZ03wynb65RqRLgtORjnSkIx3peIuhGTKa8fYWJcvXielIRDp9kxzu28HyisjOrciuPSQw8+9FcQwDoKg1uLz3I1seFJdrJy73PpG+yfB/AKelddgayPTdJ3wlQfdugu7dIn1TFHwUn8NE0nvsjRQF7sShmtvN+d5d5Hm2Ccx8bcZDZDq7zHEcjVQFjuJSza3eCv92Sn3rBWa+I+teQk7raZ7ORpoz9uNRzRRCY3AL1b5xkb4ZDt1KvsssSy1yNdCTtQOfaqYFujM30hRYITDza/MOU+w2S00rPA0MZ2/Cr5rehpGcdbQH+yzMvJNtBXspdZtpgTpfPeOhNQRs1hNlc1fTndElMPP7irdT4THnqDVQz8b8UQI2c/t+W+EY/VltyMj4VDdHyzZRaflKujPr2Fo4TMDCzO8vHWU4p8lMydi93F65liqvOUeDOXXsLO4T6ZujFSOsCNUjI5Hj8HFPzRjVlq9kVV4de8u6BWb+jpoVjObVIiGR7/Jzf/1K4StZU1jHvooOkb65t2GIlflVSJh+kweahqnymymZjSV17K9qE+mbh1qHWFlgzlGZL4MHWgeFr2RLRT37altE+uY9nYOsKDLvucpgJvd19AlfybaaevbUN4n0zSP9QwwVW0/dzczi7q5e4SvZXl/ProZGURL83uEh+otNT099KIe7+ropDpjXaVdLIzuaG0T65pHRIXpKrCfp5oW4baCbwoD5l97ujia2ttQLzPwja4bpKjWvU0tRHjcPdQlfye6eZja11QnM/Hs2DNNeZqY4WkvzObqyk1wLSb93oIUNHXVm+sam8ODmIVrKzGvaXlnI4VUdhKw0y76RNtZ11grM/P3bh2gqs1IGtUUcGG8n29LuH29nvKsGRZHxOO3cs3uI+nLz+nc3lrBvbTuZVprlwIZOVvXUCMz8XfuGqLW8DD2tpexa3y4w8/u3djPSV40iSwR8Lu44NEy1pe3tLGf7xnaBmT+wu5fh/moTM5/h4Zajw1Rano6B/iq2bunAb6VkDhzsZ2DQ1GZlezl68wrKLe3gilo2besQ6ZuDx4bpG6pBkiCUF+Dw7SsptbRD4w1s2Nkl0jcH7xile8hMW+cXZ3Lo7lXCV7JifTPrd3eLlMzhB9bQOWx+/gvLszlw32rhK1m5tYO1+xKpnpvev4mOFVb6tiaPfQ+uE76Ssd19rDkwKNI3xz6yg/YREx9Q1ljE/vduJt+as9WHhllzeFikb2759AHaVpop5Mq2MvY9uo28snfXV5KOX1ykd0qSI/YUKGcAMLTjJmJ+CTMf/Sla9GcA6PoUsehP0DVTG48fRzemRRlwOPoTotFnzPfpV1mM/isxzcQiR+OvEdcnMYwwoDIX+QkL0efMw2tXmQk/QSRuopkXYq8T1S5bmHkbk5EnmYm8CEBEm+Rq+CkW4xcBhZnocRbjE+hGFAOVS+GnmYy+AsCidpWLi8+wEL8MyFyNnGAunsDMn114jsuR4wDMxyc5u/A8c/FJQOZS5CRT0YsCM39y4UUuhk18/UxskpjxIrPxKUDh7OIprliYeZ0Yr82/wvmw+XtPxaYIa2FmYiaS/vTiGc4vXrAw8zFenn2Ns4vm730lOslcfJ6Z2BwgcXzuDKcXTcx8VI/x/MxxzixeAmAiMsVkdI7p2Dyg8MrsWY7PLaHjo/xs6iSnFkyM+8XFKS6Fp5mOLQASL86c45WZ8+gYLGhRnpo8xcl5E6F+dmGKMwuTzMQWAYnnps7xwvR5DAzm41F+euU0J+dNfP3p+SlOzF5lJhYGZJ65ep5nJ89jALOxCE9cPs2pORODfXJuiogWF5j5py6f4+kr5u89Ew3zk0tnODU7BcCJmUkW4zGBmX9q4jw/mzAR3zORMD+5cJbTsyYO/MTUJLPRBGb+yfPneOaSififioR54vxZzs6aqPvjk1NMhxdZiMWQgJ+eO8dzl8z5nFxY5Imz5zg3Y2pfu3KVqwuLAjP/0zPneOGiOZ9XFxb56elzXJgxUfevTVxlYm5eYOZ/euosL14wtZfnFnjy1DkuTJv4+tcuXeXS9JzAzD954iwvnzex+FfmFnjy+DkmZszP3qsXr3D+qomZN5B48vVzvLqknZnnqdcT2lfOXU5g5g146rVzvHbevKYTU/MsRmJcWdKeuczpi5Nomk5U13j6lXMcP2tpJ+eYW4gwOWN+pl8+OZHAzEc1fvbSOU6cNa//xJU5pmcXmbbQ8a8cv8Tx05fRLBz8My+e5aSlvTQxy9XJeaZnTO3Lr14UmPlwOMazz53l9BnzXrlwcYaLl2aYmTVx8C+/fIHXXrUw84sxnnv2DGfOmONeOD/FubOTzC5pXzzPKy+dxzBgYT7Cc0+f4txpS3tmktPHLwvM/MvPneHl58zP6fxsmOeePMl5S3v+1FUikZjAzL/49Cleedb83pubCfP8E8e5aJ3DuROXWZyPCO0LTxznlWfM74rZqQWe/9fXuXjanN8zr11kfmZBlPY+/+PXeOVpS3t1nud++AqXlrSvnGfmypzAzD/3/Zd49akT5ufg8izPfe8lLp0274d3I3Qk9Lf597xOeqvkepH2lJD2lKQeJ+0pgbSn5Fr9aU/JtY+T9pQs9f96eEr+9meVeHzKm7/hBjE/q7Gl5bW0p+QakU7fXDeWl2xJb7Hv36P2rY6zvEe6bvtGff/+tSzru37711orXfvna7Vv1Pdv1b7ZOL++Wum67Rv1/XvQpuPff6QXJUnxRsz8oyQw899Iwsx34sv6iigJ9r8BM/+/UzDzRdlfvj5mPu9vkzDzAymY+ZobYuaH6Mn93eti5jcmY+a9Q4wXPC5KgkdzH0nBzB8s/6MEZt4/xPaiD4iS4K2FD9wAMz+Ygpk/VHq3wMw7ZCeP1T0uMPP9WYPcloKZv11g5j2qm083f+i6mPn31d3CRgszH7B5+f32R94SZj7b4ee/dt8nSoJ3l/TzaEMyZv6wwMznuwJ8ceB2URJ8U+UAH0rBzB8UmPkybxZfHTmWhJkf5CNJmPm/WHlAYOZrAjl8feywKAm+dxlm/mtr9gvMfENmLl9bt1+UBL+nY+i6mPm2UD5fTsLMv69vOBUzvzuBme8qKOQL266Pmf/moVTM/J/vSmDmPzi+8g2Y+bEa0wMzWFHKnyRj5jesWoaZP5jAzNdU8J8PbhElwR/dNs4doz2iJPivHjiYgpn/3E1JmPk9qZj5rz9yUGDmV7dfHzPvstv46gcPJmHm6/n0bRtESfCnbtsgMPMel4MvfvzQW8LMB7wuPv/pQwnM/FgLH7pnnSgJfvy9WwVmPjPo4c9++/BbwsznZPv4o99Pxsx3p2DmP/2ZPQIzn5cf5Pf/KIGZ33Ogn/seXic8JZ/5vUMCM19Ums3v/NkxgZnfd/Mwdy/DzI9tagOgrCaX//SFZMz8qhTM/G9++Q6Bma9qKuQ3vnznDTDzDwrMfF1nOZ/+y/tTMPPHPrz9Opj5Gh7/60dESfBtv7Gfox/blYSZ/1QKZv7x//XuYuaXjK5v95WOa0c6fUNy+qYKv89ceZvpBwuhbsQBh2jHUIEYWHnBiGEHLBS7YSDhxBBtJwZRoY1JbstPYqZKJMmBYSwdx41hmOPGUJAlB7rVFzZsKW0Nt4WkN9M3iuSwsPNm+ia5HcdjYebN9I0i2UU7ottRJBXNwsHHcRM3lnDwqoWgt96r25AlBc1KZxm4RF9EV7FJNoGVjxsqiqQQX9IaLtEX05VUrW5DkiQ0Y2kr1kVUX+qTscu2pLYNSQLNSpnJOERfTFOwyypRfen8zDTQklYxHESsPk2XcMiqaBuGDSNJqxr262plQ0XHEIh3O7aEVpNxKCoRzWyrKGiGIbDtdmyiz9BTtXYU4oZ+Ta2kS6law0THL314HVKiT9JStQ5ZsfwYljZ5XM3Etkes7XSHpKZonZJCxNq2l3QLUW61HZJCVLt2nzluklZWiF6nT9LArib6nfKyY9oUgYqXDbApy7Sxa2sV3cTBx66pNXDYVIGVV3UJWZaILyHTlUSfpC3TIiFJSVpZJZqEr7fbE23V2j/SksZd6kNL1dqWaR2qkhg3vkwrS+iGgW6lZhyynNBqOnaHStRC39skCV03BLbdrsiiT9LfqNU0PYGDtyW0xLVUrSKhxfWkcSWiAqGvYXfaiC5h8RWJeExj6b8bmyqJPjQ9RavKJmZ+SWu3KaLPiMdStaostO9W+uYbT9e8I+mbna0vp9M314i00TUldBBejsiyvuR2dFlfOKVlJLWNZeMsLUgS7UjSz6nj6kbkum19mVZbpk1ua2/QJrcNsSABxCLjWm0DQyxIrqWNJY1jYIgFyfK+5W0dnWTf19Ii41rtN9cmjqkZqbnqSFLf8nb859DG3kyrJWmX5eyT+5a3o7r2i9Fqb6KN30Abv37759LeoG95/xvGiSXahrFMG7u+VjcM9Btq46naJO9Fct/ytqYbJN+EYpFxjba2zC/xTmnj8TfRRm6gjVxfG1s2RzfURpdrl30Ww7Ekbfy6fW/Q3mCcN9Om499/pPeQksNKsQBISgXICeS3YmsDllDXQRS1JvE2tQo5SWu3twutImdit9I8AA61BkUOirbH3o5krQ1tciYutTzRZ6tGlROr6KCjFclaNDmULDxqiegL2CuxyQncdrazSWhdShZ+WwLNnuWowC4vYbEl8pwJJL1XzSRoS2yFhhxl2GWXpZQpdtcIbcCWSYY9UYpX6CrFITstrUSZuzIJM59Jpj2BWy9xl+CQze1YRVKo9JQJbY4jk2x7htCWe4pwyGYKQ5UUanwlQpvrzCDbkcCiV/sKccjm3NtllVpfkdAWuDLIcSTms85fILRO2UadP1/0FbkzyHYk5rMxWIDDwte7FRv1gcQclXozyXYkMOPNGfnYLXy9V7VTF0zMUbkvk2xnAtvdmpXQ+mx2kboBqAhkkulM4LVbc/KE1m93UJOR0FZmpGrbcvME6j7odFKVmbg/KzMzCToT+Pq2/HxUS5vpclGRmZj7quwsAs4Evr61IC+hdbsoz0poq3Oy8Cdri/JQLBx4ttdNaVYwoc3NwpesLckX2hy/h6KspGuan43XaT2+QILm0jyBrw8FPBQmaWsKs/FYWlmSaC5PaHMzvORnJa5/TXEObufS51SisSJP+C9ys3zkZSVQ9zWlIVwOS6vINFQmtHk5fkLJ2vIQTktrUxXqqpK0uQFyshL3VU1VLg6H9VgEu0pNdUKbnxcgK0lbXZOH3cLiOxwqVdWJxyIUFGaQmayty8dmtx6h4LJRUZOkLckkI/kcGguxWeO6vQ7Kk7SFZdkEMhP3dk1LsRjX43NSVpv4HBRVhlK0te2lqBYW3xt0U1Kb+HwVV+fhz0ycQ21nudD6s7wUJ2lL6grwJWnreqtQLCx+INtPcW3icRvvRujIaG/z9Xard/4jR3pmkkJy7gZrASE5+lGSOCU2935U5xgAslqEw31YeErsjmHcSZwSn+cILucq831qCUHvEeEp8TqHyfDsQZLM/0BC3oP4nSsAEzOf7z8gPCWZrmHyvTuEp6TEt5tsl+kT8dpKKfPvFp6SfPcgZb5NwlNSE9hOnttimthLqQtsFZ6SUk8/tf41glPSmrGZYrfJNMlxlNKesUF4Sur8vbQERwVmvidzDWUe0wOR7yylL2u18JS0BLrpyhgSmPnhnDGqvCZCvcRdwsqcUeEp6c7opC+rV3BKxnNHqPGZc1TuKWZN3rDwlAxndzCc0ykw8xvzB6n1mXNU6ythY/6A8JSM5bYzmtsmMPPbivqo91tcjUAJW4t6CFpMk3UFrYzlNQnM/J7SHhoC5hdcW2Yxu8u6hKdkS3ELawoakJDIcnrZV9EpFiYdWUXsSeKU7ChvYW1RLRIQcvk4WNUhFiY9ucXsTeKU7K5qZnWx6aXJ8/g5VNcuFiZ9ecXsq0lwSvbWtjBWas5Rkc/PwcZW4SkZKCxhT32z8JTsa2xhtKwioW1uE56SoZJSdjc2CU/JgdYWRsrLzOsUDHCgrVV4SobLS9nZ0ig8Jfs7WhiqMOe+LDODfR0tlFiekuHqMra1NghPyb7uVgYqLW12Bnu7W4SnZKSugi0d9cJTsqevhd5K0/tRmZvF3v4W4SlZ2VjBpq564SnZPdhCV5V5TSvzs9k91CI8JStbq9jQXScw8ztXtNBRbX5Gqoty2DXSIjwlox3VrO2pE5j5HaMttFna2tIQ20dbhKdkVW8NawbqBGZ++3grzdXmvVJXkcvW1S3CUzI2WMfYYK3AzG9b10ZDjamtr85j87pW4SkZG6lndLhOYOa3bGyjtsb8D7m+vpBNG9uEp2R8vJEVI3UCM795a4fwlDQ0F7FhS7vwlKze0MLwaL3AzG/a2S0w801tJazf0Sk8JeNb2hhYVW9i5kN+Nu7tFQuT5u7yFE7Jml3d9I2ZjJCcgiAbDvQLT0lLfxVrkjgla/cP0Lu6CYDcokw2HhkWnpK2FfWsOZjglGy4aQVd4ya+Pq80h023rhKeko6xJtYeWSE8JZtuX033ujYACqry2HTnmrSn5D9QpD0lpEuCU4+TLgmGdEnwtfrTJcHXPk66JHip/9ejJPgrTzXhfpuekoVZjQNtz6Y9JdeI9HItHelIRzrSkY50/EpEelGSFJLnblDM7XHZtQPZnXhKsMP/AVTHKACKWofL9wiyhaR3uffidh9OYOYDH8PpWGm+z9ZElv9hbJZXJMOznwzPQZG+KQ5+GL/TfPKv195ESeA+nJZXpMC3j3zvLoGZr898H1nOXnMcRzM1wdtwqea2cFVgN+W+zSJ905X9ILkusxwv19lMW+ZhvKq1JRvcQZ1/nUjfjOTeSaHL3GYtdjfRn70Hn2qmEHqzttASXGVh5h1syD9GidssS630NrEytA2/aqYFRkMbE+kb2cXOwoOUe8wUV4O/kXV560X6ZkPeOpG+8ShuDpXuptJrzlF7sIGtBeMifbOzaA3D2Wb6xq96uLViG9XeYuv8GthVtFKkbw6XjbEyZD75N9Pu5e6qjdT4zC354Zx69pUmnhJ8a9UqVlnpm5DDx4N1a6j1m9vA4/n1HKpIPCX43rpRxvPrkZAocAV4uHGMWr+Zkllf1MDhqm6RvnlP0wirC2uQgBJvkEdaRqgJmOmwzWUNHKlJPCX4fe0rGCsy77kKfyaPtA9TFTBTMtsrGzhSn3hK8KM9K1hVYqZkqjOyeE/3IJVBc+531TZyqLFVpG8+MDjCSGkZAHVZ2TzYO0B50PR/7G5sZH9zs0jffGDlCEOlZpqlMTfE/YN9lAbNlMzetmb2tjWL9M1j4yMMlFlPXc7P5Z7hXoos7b6uFna2NwrM/GPrR+gtN69Ta3E+d6zsoSBoXtP9fa1s62wQmPn3bx6hq8K8Th3lhdw21kOehaQ/ONzOlu4GgZl/ZNsI7eXmfd9VVcTNq7sJWembg6PtbOqpF+mbh3eP0FpparvrirlpXZdI3xxa28m63jqrJNjOg/tGaKo0Uye9zaUc2tAl0jeHN3WL9I3f4+S+QyM0VJr3Sn97Ofs3d4n0zeEdvawaMNM3Qb+Le46tpLbS/OwNdFeyZ2uXSN8c2d/P6HAtsiyRmenhjltXUlVp3ldDgzXs2tEt0jdHbhpixQpTm5Pj49Y7RqmwtMMr69i+O/GU4CO3rWRwpBZJgtyCIMfuGaPM0o6saWTLvl6Rvrnp3nH6RszPdEFJFkcfWE2ppR3d1MbmA/0iJXP04XX0jJpl/kUVORx5zzqKLe2qHV1sPDwotDd/cCvdq8xUb2ldPofft4lCS7t6/wAbjq4Q6ZtbP7GbTistVNFUzOEPbqfAmrN1R0fYcMuoSN/c+VtH6Bw3sQTVHRUc+sgu8isSPphfdGiG9I680nHtSFffJIUR/SHIJ8yfYy9jGDMCMx+PfBct+iQAun6ZWOTb6NpJsy/2Aro+lcDMh79NJPoTs0+bYD78bWJxUxuOvUBcu4xhLAIq0+HvMBcxx41qE0yG/4Vw/DQgMxd5nog2ITDzE4vfYypiou4X45e4tPgDFuPnAZXJ8AssaCZmXkfl3MKPuBJ+HoD5+ARn5n/MXPwSoDARfonZ+EWBmT859wQXwyaSfiY2wfG5nzIbvwyonFt8hUmBmZd5ZfYpzi2+DsBkdIJFbY6Z+FVA5eT8q1y2MPOaEeWF2Wc4vWD+3pcjl5mJzTAdmwIUXpt/XWDmY0aUn009x6n50wBcDF/manSaKQtJ/+LM65yxMPNhPcpPJ1/gxPw5AM4vXuZi+CpTsTlA4ZnpEwIzvxCP8OOrL/H6nIlmP7NwhdMLVwRm/smrJ3h11tTOxSN8f+JVXps1segn567w2uwE0xZm/ieXT/DC9AUMDGZiYb578TVemzXR1q/PXubFqYsCM//DiZM8N3kBA5iOhvnO+eO8PmMis1+dvkw4nsDMf//CKX522cTMT0YW+c654xyfMbHdL09dZi4aFZj57509xVOXzN/76uIi3zl9guPTJpL8xauXmYmEBWb+u6dP8NPz5riXFxf4zskTnJyeMrWXLzO5mMDMf/fESZ48Z447MT/Pvxw/yelpEzP/wsVLXJ5fEJj5775+gqfOmuNempvnX147ydmpaVN7/hKXZk3MvKTDd189yTNnzbm/NDPH9145yXlr3OfPXeLC1CzRuIasw/dePslzp00s/oWpWb730kkuTpv4+udOX+Tc5DQxTUM3JL7/4gleOGNi8c9PzjIXjnJpag4JeO7URc5eTmDmf/DcCV48ZY57/soM0/NhJqbmkYBnX78gMPMRLc4Pnz3By6fMcc9NTHN1ap4r05b21fOcPGdi5sPRGD96+gSvnDTvlbMXp7l4ZZbJ6QVT+9I5jp++gqYbLIRj/PjJE7x+0rxXzp6f5NzFKaamze+KZ547KzDzCwtR/vWJ45ywtGfOXOX06SvMzCwiAT/72Wlef83EzM/PR/jJj1/n5AlTe/rUFU68PiEw8z978iSvvWxi5udmFnniB69y2tKeOn6Z6IsXmFvS/uvrvPK8ef1npxd44nuvJLSvXWRxISrQ8T/70Wu89LT5OZ2dWuCn//IyZy3tyZcvsDAbFtqnvvsSL/70BADTl+f46bde4Pxxc85OvHCW2cl5gZl/8tvP88KPXwNgamKGJ/7pGS4cN6/F68+cYnpiVmDmn/jHn/H8D182PwcXpnjiH37GxRPmuO9GLJlV394Yv/auietG2lNC2lOSepy0pwTSnpJr9ac9Jdc+TtpTstT/6+Ep+fyTre+Ip+Ro+9NpT8k1Ip2+uW4snxr5Lfb9crTSDdo36lv6l7c2jrQMt75cK91AK91QmxzyDdo36vuV0Sahr2Xp+n1p7c+vlSRSsOm/LG1Knyxdt32jvrT2ndC++/+F6Yb8jrzSce1Iz0xSSME/vQFm/n8mYeY78GV99S1i5vsoyv7Kz4GZ/7O3hpl3D9Kb+3vXxcxvKFmOmf+0KAlemZeMmbdxKAkzX+sfZHvRB0VJ8JbC+wVm3iY7uKf6t1Mw8wdLHxIlwYfL7l2Gmf+UwMwPZA1yaxJm/u7KO1Iw859p/nACM587eF3MvN/m5Q+WYeYfTsHMHxOY+SyHnz/vuV9g5veUDizDzB8RmPk8V4AvDd6RwMxXLcPMDxwSmPlSbyZfG7k5gZmvG0jFzI8kMPPV/mz+cjyBmb9vGWb+q0mY+fqMEF9PwcwPpmDm/2rzfrZUmvPZmpPHVzbvSWDme5dh5nclMPOd+QX8xbZdSZj54VTM/MEEZr63uIj/tmt7EmZ+ZBlmfn8SZr5kGWZ+dBlm/kACM19bvgwzP5aCmf/LBw4kMPPNqZj5j+9NYObtqsLXHzmUhJmv5j/dnMDMf/zIcsz8oQRmvq+Ox29bn8DM377+upj5jcsx8/dvYu+6DoGZ/8JnDidh5pv54D1rhafkU+/dIjDzGQE3f/7bR5Iw82287761wlPyeBJmPjvLyx///hGBmd+xvSsFM/94EmY+Ny/AH/zxTaIkePcyzPynf++gwMwXlmTxuT+/WWDm994AM19anctv/cVtSZj5sVTM/JfuFJj5ysZCfvMrdyUw849sWIaZf0hg5ms7yvnMXyUw8zd/ZMcyzPwHBGa+caCGT//Ne5Mw8weWYeYfF5j5tlVN7z5m/h3glLzd9M9/5Einb7he+kZmidxqpm/som2mVhLbiBFDFX1m+sae9F57ijbGEnbewsxjF+2I7sKwtDEUJGyiHTZsyNjQrbZmuMTPYT21L2ooyKjoxK2x3OjGUp+KLNlEO6LbkVGStE5BbY3pqoWgN9tR3YaEjI65ZarjEH2RZdq4oSIhmQRWQDecgvAa0xVUSU1qX18b1+UUbVy3AYZ49Ldk2IhZePqYpmCTFNE2UDGMJK1uF32aLmGTFWIWGdUwbCbV09LKhk30LddKhopmJB4+rqImtJqMXVYEcVUxlBStzVBFn6Gnam3IxPVrayVdStUaSgot1k6iT9JStXZJXqZVE3h4DexKAhdvJ3VcB6koeZtiIuvNcRM/L++TNLApMjFr6z1Fq71RqyqywLbfaFzZAEUy50lok5D0NjXRlvUbaY0UrapL5uMLlpDpcpJWW6ZdwsEvodi5wbiGyX4V2Pakc2D5uNaFT8bBLxFWpbiBzaaItipJ6LrO0re3XZISWk1P1ZKqtSVrdf0N42pxPYF4VxJa4ho2uyJIrqpsouOXwiYbCcqrpmGzq4LkqsqkaFU5ifKq6SlaBT11XEUWfUY8lqqVJeKxpe+cdyd9819/2vmOpG9u63ginb65RqSNrteN5Sj55PZytPFb1xrLtMlt4w3a1Lae1NZv0Ge2kxHay/pS2kaKVlvmn0luGyZo/ufQJta78WXa+L9Rqy8zXsQM7brt5Zj5N2iTUO3LMfMx/d+ujd5AuxwPn9xejqT/hWmX5feT22+mjSVrb9BntvW3rI2/Ra1hpM5pbJnPIbn982h1w0h5fMGNtNoyP8c7pdWXa5ch35Pby5H075Q2foM+SEXLv0EbXd6O30Abf4e0qX3vRujwtqtn9DeX/NpGeg8pOdQ68aOkVoOcI9qKvQvzoXwgyRkoakPibWotcpLWYe9FsrSKnIXDVi/6nLZ6FDmBW/c6upEwt+dtchZuWwJf77XVYpMzRDvD0SGQ9A4lG58tgcUP2muwywncdsjZhmxp3Wo2QXup6Mt2VOEQ+HqJQlczsmWs9anZZNqLhDbfWYlT8VpKmVJ3vdAGbdlk25PQ0a4KXIq53S0jU+mpRbZusSx7NiFHEm7dU4ZLMbelFUmh1lcltLmOLHIdCYR6tbcUl2JuNdskhQZ/ufBx5DuzyHMmEOr1/hLcijn3dlmlMVAitMXuLPKcQaFtChbjUsy5dyo2moMJJH2pJ4s8V2I+WzOKcFtaj2qnOaNAOEnKvVnkuRJ/7bRnFeJSzNSIz+agOTNPaCv9WeS6EsjsjpxCnIp5nfx2B01ZidLG6mAWIXdC25lbiMPSBh1OGrMS81mTmU2OO4H47sovxK6Y1ynD6aIuO3F/1mZlk+1OoO67ChPaTLeL2pzE3NfmZJPpTuDru4oLsVnabI+b6pzEvVyXm0NGsra0EJtiXtMcn4fKnMR1qsvPIeC2HkkgQWd5IaqlzQ14KQ8lXdPCUIq2vaJQoO5zg15KQ4nPSH1xCJ/LvP6yJNFeVSjw9XmZPopDwYS2NBevpVUUmdbqAqHNz/ZTlKytyMXjsh51oMi01BQIn0lBKEBBKHGv1Ffl4ba0dptCc12h8EEU5AXJCyXulfrafFxLWrtKQ32B0BYWZpCbrK0vwGlh8Z1OG3X1BcLfUlSSSU5ukrapSGhdbjs1DQltcVk22cnjthbjsLQen5PqxkIkS1xSGSIrWdteit3C4nv9LiobE4+vKKnJIyNJ29hdgd0a15fhoaIx8b1SWleQqu2rwmaNG8j2UdFULPrKm4oJJmmbBusEFj8YClDWlHjcxrsRuoWJf7uvdFw70jOTFJJzYwIzb+tEcW1JYOZd21AtHLws5+Nw70S2fCJ2Ry8u1zbhKfG6d+K0tKpSiN+9C5tq5tY9jl6C7m3CU5Ll2Y7faXo/nLZiQt5twlMSdPWR69koPCWF3s1kuXrMcdQiin0bhack191NiW+N8JRU+NeT6zbzuQFbEVW+tcJTUuTposq/UnhK6gNjFLqbAch0FNIUWCU8JRXedhr8gwIz354xQonHRMeHnIV0ZK4QnpJ6fyutwR4UScEuO+jNGqTcY/pEClwF9GUNCE9Ja6CFroxOFEnBpTgZyu6jyuKUlLgLGQn1Ck9Jd2YT/VmtyMi4VRerQt3U+MwvokpvAeO5XcJTMpjTyGBOIzISPtXNurwOai3MfLUvn/UF7cJTsjLUwIpQPTISQZubTYVt4vk3DcF8NhW1CE/JmoIGVubVICGRYXeztaSF2oDFfcksYEtJk/CUrC+uZ7SgCgnIdnrYVtZMreUpacsuYFt5o/CUbC6rY2WheW+EXF52VDZRY3lKOkIFbK9sEJ6SLZV1rCw25yjP42V7TYPwlHTlFbCluk54SrbW1rGipMyce5+PHXUNwlPSXVjIlto64SnZ3lDPQKk5n0V+P9sa6ym1PCW9pUVsbqgTnpKtzfUMlJn/YRQFA2xtqReekt7yIjY01ghPyZbWenosTklJZpAtbfXCU9JXVcL6lhqTUyIrbO6op6vcvE4l2UE2d9YLT0lfbQlrWmtMTomqsqmrnvYK06NRnpvJpu564SnpbyhldUcNqiLjtKts7K0XnJKKgiw29tULT8lAcxljndUoFtNk/UCD4JRUFGWxfrBeeEoG2ytZ2V2NIkt43A7WDTfQYPkYKktzWLuiQXhKhrorWdGb0K5Z2UCdxTSpqgixZrRReEqG+qsZ7q8yMfM+J2vGGqmuMu+r6qpcVo83CU/J8IpaBgarTW3AxfiaJiotbU1dAWNrmoSnZHhVPb1D1UgSBDM8jG9opdx6Vk5tUyGrNrYIT8nw6iZ6hmuQJImMbC9jm9soqzbv17rWYkY3twmfyMimVrpXmn+8Zeb6GdveSYk1bn1HGau2dSa02zrpHDH/IMvOD7Jqdw/Flk+ksa+K0Z09wlOyak8fHaMWvr4oi7H9g8JT0jxUy+iefuEpGT80TPuY+X2VV5bD+OEV76qnJB2/2Eh7SkiXBKceJ10SDOmS4Gv1p0uCr32cdEnwUv+vR0nwf36iF5f37TkfFufi3Nv5o7Sn5BqR9pSkIx3pSEc60vEWQ0dCX4YB+LeMkY5rRzp9kxSS5/4kzPxuFPdNJDDzH0F1jAOgqPW4fY8iK+a2u9t9ALfnmEjfZAY/JZ4S7LA1kx14v0jfZHoOkek9ItI3JRkfF08J9tpbKA0+JDDzhb4DFPr2i/RNQ9YHyHb2A5DhaKEu4y7cFma+OrCXCv92kb7pyXmEPJf5lOBcVwsdWcdE+qYlYxf1gQ3Ikg1FsjOaey9FbrPMt8TdwlD2AZG+6c/aRlvGamRJxS472VxwK6Vuc0u2ytvMWGinSN+MhTbTk7lCYOb3FB2hwkrfNPqb2Zi/WaRvNuVvYDCrX2Dmj5bto9przlFHRhM7CteK9M2e4nWM5HQjIxOwebizcodI3/RnNbK3ZEykb46Wr2Est90sCbb7uL9mM7U+My2wMtTIobIVIn1zZ/U4q/OaTcy8088j9etF+mZtQSNHKwdF+ubB+jHWFTQiIVHoDvD+5tUifbOxuJGbq/tE+ua9LaPiKcFl3gwebVtFrYWZ31beyM113SJ981jnStZYTwmuDGTyaOdKqq30zc6qRm5u7BTpmw/1jTJeYt6fNRnZvL93WGDm99Q3cVNzu0jffGR4lFXWU4LrsnN4pH9IYOb3NTdzuLUNl2r+TfLRVaPiKcFNebm8Z3hApG8OtLdwoKNFpG8+snZUPCW4pSCPB1b2i/TNwe5W9na2CMz8hzeO0l9hXqf2kgLuXdUv0jeHBtrZ1d0kSoI/uG2U7krzOnVVFHLXmj6Rvjky0sGO3ibxlODHdo7SWWmmLbtrirl9Xa9I3xwZ72RLXwOqIuN22Hj/vlHaq0xtX0MJt2zsEembm9Z3s3GgQWDmHzk0SnOVef37W8o4urlHpG+Obu1l/VCDiZn3OnnoplEaLe1gZwWHt/WI9M3R3f2sHq43MfMBNw/cuoo6K70w1FfF/p09In1z7OAgYyP1yLJEVqaXe+4co8ZKyQwP1bJ3T69I3xy7eQUrR01tKOTnznvGqLJSJyNjDeza3yfSNzfftUo8JTivMMhtD6ymwtKOrmtmx6F+PF5L++AaBlaZn+nC0ixufXgdpVVm+mZsazvbbkqg4299/0b6xkw/XXFliJvfv5ES63zHd/Ww9eYVQnv7x3aIpwSX1RVw9ANbKbK06w4NsfmWUZG+ufMz++hebaZkKltKOPbRXRRa2g23jLL5jnGRvrnn947RvbYNgJquSo5+ch8FlemnBP9HiXT6hqT0zfGt+J0vAAZxpcrEzGvniBhxFPsAWuwpMBaIyxkoSjHx2NOAgaY2oOtX0bVzRA0Dp2OISPQJDGORuBRCVfKJxJ4BDGRbC3H9MnHtAmFDxecYYD76U3QjjC4VYFdymIs+RwwFn72RiDZBVLtE2LCR5exlMvIUuhFBkQtwKBlMR18irNvIdDSwEL9IWLtC1FDJc3VxKfw0uhFFVQpxyD6uRl8jaqiEnHXMxi6yqE0S1R0Uu1s5u/gsmhHDrhbgkN1MRE4Q01UKXbVMRi+woE0T0+2UeRs5Of8CmhHHa8vHLju4GD5NRFcpc1czEb3AfHwWzbBT7avj1bkX0QyNgC0fVbJxPnyOmK5Q5a3kQvgic/E5NMNOna+KF2dfRTM0suz5yJLC2cULxHWZOl8FZxYvMBdfwDAc1PvLeG7mdTRDJ9eRiwScWZwgpik0B8o4MX+R2fgiiuSg3l/MM9Mn0AydQmceuqFzeuEKmi7RllHGq7MXmIuHUSUX9YF8np48jWbolLpyiRkap+evoukSnVmlvDR9gbl4BKfspC6Qy5NXzqBjUOkNEdFinJ6fQtNkenJKeH7yAnPxKF7FSXUgm6eunEM3DGp8IeZjUc7MT2PoMn25xTxz5SLz8SgB1UllIJOnLp9HNwxq/SFmYxHOzs0g6RL9+cU8PXGBhXiMTJubEn+Apy+ZOPuGjBymImHOzc0iaRL9RcU8deE8i/E42U4XhT4/z1y6aGozQ1xdXOTC3BySBgMlxTx5/jyLsTghl5dcn5fnLpjappwQl+fmuTg3j6RDf1kxT545TzgeJ9ftIdvr4fkLl5B0aMrP5dLsHJfm5pE06K8o4aenzhKJa+R5vWS4Xbx4YQJJg6aiXC5MzXJ5bgFZh97KEn564izRuEa+34ff5eDl85eRdGguyePs1Rmuzi2gGBJdVUU8+fo5YppGYcCP22Hj1fNXTG1ZHmcuTzM5t4hqSHRWF/Hka+eIxTWKMgI47Cqvn7uCpBs0V+Zz6uIk03NhbMi01xTy1MtniWs6RdkB7KrC8XNXkTSD5uoCTp6/ysxcGLus0FxTwNMvnUXTdEqyg8iyzKlzV81xaws4cfYqs3NhHIpCY00+P3vB1JbmZWAYcObcJGgGLY1FvH5ygrm5CG5VpbYmj2eeO4OuG5QWZaJpOmfPTiLFDZqbi3j99Qnm5yO4HTYqq3N5/rkz6JqpjcU0zp+dRNJ0mttLee3lCyzMR/A47ZRVhnjxWWvc0mwi4RgXzk4i6TotXWW8+sJ5FuYjeN12iitCvPSz0+i6QXlViIW5MJfOTUFco7mnglefO8vifASfz0lhWTYvPX0awzAorw4xP7PIpbOToGm0Dtbw0pMnCC9ECQRd5JZk8cpTp0xtXR4zV+e5fG4SNJ3W4TpefOJ1IgtRAhkuQkVZvPLkCQzDoKq5mKmJGS6fncSIx2gbbeKFH75MZDFKRo6PrIJMXn3yODE9+q6kbz73k4F3JH3zUNf30+mba0R6UULaU5J6nLSnBNKekmv1pz0l1z5O2lOy1P/r4Sn5rZ8MvSOLkke6vptelFwj0ntI143lN536Fvt+Pq2U1JZu0PfmWuW67eV9ckpbSsHFyzfQSj+3NvEfnCKlapPbb9TKy7TJx3zrWkWS/81adZlWTdFK1+17t7TqMrz2jdq/LK2ShAN/p7SS9PNpk/HwSyXH4phJbVmSUrTKm2iTL9UNtfIvSKtI1+17U60qX7ctLx/nBtob9b25Vrlu+0Z9b6Z9N0I3pHfklY5rR3pRkhRSxn9Nwsy/B8X3mPCUeLK/kYSZb8Of9bUkzPwHlmHm/z4JM99DUc5XkzDzHyY38D4kycwT1+f9jcDMB5x9KZj56swPUh68Pwkz/zVC7pUAhNz9PwdmfjAFMz+S9zCdmYeskmCVg2/AzH9AeEo2F96Xgpm/t/q3Epj5jFTM/KGyu1Mw8x+of1xg5vsyB7gtCTN/Z+XtrM1dnYSZ/5DAzK8KDbwBM78pGTPf8QgNfrM0dlPBAI+kYOaPCsx8pt3Hn/XcJzDzu0v6eawxGTN/mO3FPchI5Dr9fGnwdoGZP1I5wIeTMPN/0n+QnaUdSEiUeDL5+soEZv7W2gE+moSZ/8LIfoGZr1qGmb+neYCPdq0WnpKvrNknMPN1GSG+vu6AwMw/tAwz//XN+wRmvjk7l69u3kO1VRL8SO9QCmb+f+zaJzDz7Xn5fDEJM//+IRMzv+Qp+cbB/aytNue+u6gwBTP/2NiKFMz8/zi2n/Ea817uLy/mv+zbSonlKfnQ+lTM/F/dkcDMD9eUpWDmP7xtFXeu6k1g5u8/KDDzo02VKZj5j+4ZF5h5h6rytUcO0l9rXtPxZZj5jx1eswwzf1Bg5tf11PHp2zYIT8knb13PwTWdKIqM22VPwcxvGGxIxczfu1Fg5v1eJ5//9GFaLcz85rFmPnTPugRm/pFUzPyfLcPMv//+dQnM/Ie3s23jW8PMf+rTuxOY+dwA//lPjgrM/K79famY+d9NwswXL8PMHxvmnmTM/J8cZXxzG5IkUVoVSsXM37UqFTP/xTsEZr6ivoDPfjWBmT/0nvXc+qGtCcz8Nx8UmPmatjI+8z8eEJj5Yx/axs0f2ZHAzP9/jzK81fwOauirSsXMf2Yfxz6+W3hKfv/7n2Jwm4mZb13ZyON//4F0SfB/oEinb7he+gawSKdm+kYV7Riy+NnsT7TN9I2a9F5bijaKXbRNzLyKsaTVneJnEzOf6AsbtpR23Ehow7oNCUXQVqOGsqztTPpZtbDymnVMOxIShrX/HzUcoi+mp2qjug2StJphTxonVRu30kBLpFbNcKAt4eB1BUVSktrLtXZBY43rMookJ7VVjCStYSHfwUzfJGsNVHQjQYs1dJvo03QpRatbmPklraSrggaq6RKqJCfooIaClvSxUQwlodXkFK1syKlaPaE19FStasgpBNJkrbTsHFRDEfh0AJUETl3SJFQ50bYlodaXv1fSSNWSOq7NSBpXX669ft8bx71+n6SZux9L9NMbjSsb5k6F0N7g/GTd3IXTjaRxtSWtgaLIgnaqWmmrJa0qJfokLVWrGJLJIF7CthtJWn25FgwjSUuij2Xjqsu0qiQlxo0vG1cCPSktoxokna+eqiVVqwBafOl8dRRVFu3kPjBx8KId11K1UqpWQU+0teVaI0UrY6AJ3L6OoiqiLRt6og9zB3GpbcRjqVoJ8fO7lb75jX8dwfk20zfhuTiPdn87nb65RqRLgq8by/HF8bfY9/NpjaS2cYO+N9dq120v79NT2qmId/0GWsNaDrx1bSK0ZYj35PYbtfp12/rPob1R35tpl+Ph4yla4xeivVHfG7TLvAA3av970Cbj2G+kNYzUOX0zbcrjC5Z5F5Lx6/qy67Qczf5v1uq/IK32NrTLfCPJ7Rv1vbNa7brtG/W9mfbdiHfiKb/ppwRfP9Izkxy2ZrB8BZJaB3KB6FLs/WClXCQ5E9XWJrSqrRFZSWidjiGRnlHkHBy2FqF12ppQlcRWo88xgGyVB9uUHLz2xkSfvRG7kkCJZzl7kSVzC9OphAjYa0VfhqMep7KE/JbIc3UjS0tY9BCZ9gSSPuSsw6VkWEqZEnc7imRu+/ttIXIcZUJb6KrBrZgreRmZCm8zimSuZTPsIXIdSehodxUexWdpFWq8DcI7km3PId+ZmKNKbyUe1dwaVySFBn+t0OY5cyh0JXDrdb5yvKq53W2TVFoCVcIPUujKodCVQKg3B8rwqubcO2QbbcEKoS315FDsTmDR2zLK8Krm3LsUO+0ZpUJb7s2myJ3Al3dmleJVHdZ82unILBb4+ip/DsWeoNB25xTjVc2599kcdGQXCr9CTSCbQk8CSd6bW4xbNec+YHfSnpPA19dl5FDg8QltX35Cm+F00RZK4OsbsnLI9yZpC4tFeibL5aIllJvQ5uSQ503g6wdKinFa2myPm8bcxD3XkBsi5E3g6/vLinFYefyQ10N9XmLuG/ND5CRp+yqKsVvaXL+XuiRtU1EuWV7zmkoS9FYltHlBHzX5CdR9U0kumV7zmsqSRE91sUDdF2T6qcxPXNOmsjwyvEufPYme2mLhJSnMDlBRkNA2V+YTsMpiFUWmqz5JGwpQVpBA3TdXF+C3tDZVoaOhWPg2ivKClBQk7pXm2gJ8ltZuV2lvStIWZFCUrG0oxGulO5wOG63NxQIzX1ycSWFhkra5CI+V7nC57DS1FAu/SElZNvnJ2rYS3JbW7XHQ0JIYt7Qih9yCYELbWSa0Xr+T+rYSoS2rziWUrO2pwGVpfUE3dW0lAklfVpdPTpK2ZaAap9v8HASyvNS0lwptRVMR2Unz0Dpch8PSBkN+ajrKhbaytZTspN+tbbQJh4Xmz8wLUt1RQTr+40R6UZIUkn0ULPaIZGtGca4WnhLVuRbVPgiALOdid65HttgjdlsrLuc64Slxu9bhdJg8EVXJw+fegE01PRBuezt+11qxaMlwr8Pr6AXAoeST5V4jOCV+Rxs57jHhKcnzjJPpMHO0LjWffM+Y4JRkO1sp9KywPCUKJd6VhJxm3b/Plk+ZbwSvav5Hn+9qpsw7gCLZkCWVSt8g+S7TqxC05VHrG8Cnmv8plHgaqfH3Iksqqmyn0d9Hsdv0KmTb82gK9ApPSbWvgcZAu4WZt9MW7KLUbc5RrjOPjoxOAjbzP+QGXx1tgRaLaeKgJ7OdCo/ppSl05dKb2SY8Ja3BWjozGi3MvIOB7BYqvRaS3J3LUE6L8JR0ZtbQm1WHjIRXdTISaqLKa2HGvSFW5jYKT0lfdjX9OTUmkt7mZCyvgWqfhe325zKe3yA8JcOhKoZCVQIzv7qwjuqA+Z93bSDE6oI64SkZza9iMK8cCchyuFlTVEu135zPxsw81pXUCE/JWFEVQ/ll5ny63KwtqaHK8pQ0ZeeyrqxGeEpWl1YxUGDeGzkuD2vLq6mwOCVNoVzWllcJT8maiir6ikwvRcjjZW1VNWUWp6Q1L4/VlVVi0bK6upreYnM+83w+1tZUCU5JW0Ee4zWVwlOyuraK7hJL6/expq5KcEraiwtYVVspOCWr66voLDF9FwVBP+ONVRQEzWvaXlrAqvpKgZkfb6qirdS8TkWZfsaaq4SnpKO8kJWNldgUBbuqMNZSRUuZubAvzA4w1lolPCWdVUWsaK5AVWQcNpXR9iqay02PRnEowKr2KuEp6awtYri1AsVC0q/srKa+3Lz+JXkZrOysEp6SrsZiBtsqUGQJl9PGyp5q6ixtaWEmIz3VwlPS1VJKX3s5iizhdtlZ0VdNdbl5r5SVZDHcXy08Jd0d5fR2ViDLEh6Pg+HBGqoqzXHLy3IYGqwRnpLungq6e0ytz+dkeLiWigpz3IrKEEMjtcJT0j1QTWdPBZIE/qCLoVX1lFVa2to8hsYahKekZ7iG9r5KJEkikOFhcKyB4gpzAVnZUMDA6kbhE+ld1UBbv+mly8j2MbC2mWJr3OrmYgbWtQht/9pmWgfN74qMUIDBDW0UWtqa9jIGNrQJT8nApnZah8w/srLyggxu7qTA0tZ1V9K/qVN4Soa2d9M8bOHri7IY2tH77nJKkN6RVzquHWlPCemS4NTjpEuCIV0SfK3+dEnwtY+TLgle6v/1KAn++I/G3xFPyUd7/yntKblGpHdK0pGOdKQjHelIx69EpBclSSF5HxZPCZZde1E8t4r0jTPwSVSnWbqrqA24/R8WTwl2uw/j8dwm0jdZwc/icq4GwGFrISfwYVESnOU9Spb3FoGZL838NAHnSgB8jjbKMt4nSoKL/DdR5Dsk0jdNWR8l22WmkDIdbTRk3i9KgmuCB6gK7BYlwX2hx8h3m08Uzne10ZV1uygJbsvcR2Nwi1USbGc870GK3W3m+XhaWZFzRJQED2bvoiNjrcDMbyu8k3KP6Xup8bWyJm+vSN+syd1OX9aowMwfKLmZSuuJws2BFrYUbBMlwdsKtjCcPYQiKXhVD7eUH6LGa85RV0Yze4o3ivTNgZKNrAr1Wph5L/dW7aHOV2qdXzOHSteI9M0tFetYnddhYeb9PFy7jXq/mcZYldvEsYpRkb65t2Yt6wpaRUnwY42bqPebKYT1hU3cWj0s0jePNK5mQ2ETEhJF7iAfal1HfcCczy0lzdxeOyDSNx9oG2dDcT0SUO7L5MMdq6mzSoJ3VjRzR0OfSN98tHuMdSXmFndVIIuP9IyJpwTvrWnmjuYekb75+MAYa8vM0t26zGw+1L9SPCX4QEMLt7R2ivTNJ0bGWF1uzmdDTojHhkZESfChllaOtbeL9M2nVo8zWmGmF1vycnn/ymFREny4s42butpF+uaTG8ZZUVlm3keF+TwyNiTSNzf1tXOwu1WUBH9iyziDVeZ16iwt5KHVg6Ik+KahDvb1tYiS4I/tHKevykxNdVcWcf/6QZG+Obaqi939LQIz/+E943RXmSmk3toS7tk4INI3N6/tZsdgs8DMf+jgOB3V5mekv7GUO7f0i/TNLZt62TrUhKLIeN0OHr1pnNZq8/oPtpVz2/Z+kb65dUc/m0aaUGSJgM/F+24Zp9nSDndXcWxXv0jf3LpvkHUrG0VJ8MN3rqah2kwhrRio4cjefpG+ue2mYdasahAlwQ/eu5paq2x25Ugdhw4MiPTNbbevZNWYqQ3l+rn3gTUCMz+6upF9hwdE+ua2+1azcrwRSYL8wgzuengdFTWmdmxjC3uODQnM/O2PrGd4tfmZLirP5s5HN1JuaVdv72TXLQl0/J0f3sLgWhMdX1Kdy+0f2iKeErx2Xx87bx8V2rsf303/2hYAyhsKufVjO8RTgjccXcH2O8dF+ube3z5E77pWAKrayrjt8X2iJHjzHeNsv3etSN88+Me30bPeLEuu66ni1t889K6WBGu8EymcdFwv0ukbktI3r2/A73oFgLhSgaFPgX7Jwsx3o0V/BkSIywFkOR8t/jwAmlKDrl9B1yeIGgYOey/R6FMYRIhL2ahKiEjsBQBkWyNxbYK4fpmwoeJ1dDMfeRqDKBq52JQsFmIvE0PBa6slol0ipk8SNmxkODqYjjyDzv+fvf+OkuM6zzzgX+XOOUx3T4fJOQeEQY6DnAMBgmAmCIIkmLPEnEVRIpVlBVuWJXvX8qbv2/Xuetf25l3bn9fKgaSYkDMwqdP3R9Xc7h6CkChBXEns95w5B4X7zK2aqu6eO/U+z6+yyHINuuzlXPZnTBQ0fHozY7kjTBXOMFVUiNh6OT7xXQrkUJQYuuzk9NTPmSqqhIwmzmWPMFk4y2RBJ2Hv5ND49ymQR1Nq0GQbJ6feJltQidkaOJU9wkT+PFMFnZSjhbfGfkyBPE41iippHJ86xGRBJWmv5/jUEcbzF8gXNeqcTbx+4ScUKOBWa1AkmaOTR8kWFOqcGY5MHGEsP06+qNPoquMn516jQAG/FgUkjkweJ1eQaXKleWf8CGP5CYpFnSZ3ih+efYMCRcJ6mCJweOIE2bxCmyfFzy8cYSw/iSzpNLnj/ODMWxQoEjMi5Ap5Dk2cJl+Q6PQlee3cEcbyUyiSjSZ3lO+efociRZK2MJOFHIfGz5AvSPT4a/nJ2aOM5aewyTbq3SG+e+pdikCdM8RYLsvh8bPk8zL9wQQ/OH2U8XwWl2Ij4/bz3ZMmDr7eGeJ8dpIj4+cpFmQGwgm+d/IIE/kcHtUg5fbx3RNHAGh0hzgzNcnRsfNIBYnBaIJ/On6EyXwOn2on4fLwvRNHAWj2hTg1Mc6xsQtIeYnBWIL/e/QwU/k8AcNO1OXih8ePAdDiC3NifIzjY2NIeRhMJPi/h01tyOYk5HTwo2PHAWgLhjh6/gInx8aRCjCYTPCP7x4mm88TtjvwO+z85JiJeG+Nhjly7jynxsbNedMJ/vHtQ2TzBSJOJx6bwc+OnUTKQ2sszOEz5zg9NoFcgP5Mgn988xC5fIEatwuHofP60ZNIBWhLRHj31FnOjE0gF6G3LsE/vXGIXMHU2nSNnx89ZWqTEd45cYazY5OoRYnu+jj/9JqpjXnd6JrCm0dOIxWKtKWjvHX0NOfHJ9GQ6ayv4bs/O0S+UCQe8KDIMm8fPY2UL9JWH+XNQ6e4MD6FJsm0N9Tw3Z+YjwOoDXiRJHjnyBmkQpH2phreePskY+NTGLJMS0MN3/vxuxQKRZIRH/lCkcNHzkC+SHtLjNffPMH4+BR2VaGhPsIPf3SIQqFIbcxHLpvnyNGzSLkibW1xXn/9GBMTWey6SqYuzI9++C7FIiTjPiYncxw7chYpX6Cts5bXf3aEifEsDkMjmQnxkx9Y2toA42NTHD96FqlQoK0nyWs/PszkeBanXSeeCvLT779LsVgkXRfiwrkJThw9C7k87f1pfvb9d5mcyOJyGkSTAX72vXcASNWHOH9mjJNHzkI+T8dQPT/5p7eYmsji9tgIx/289r23TW1jhLMnz3Pq6FnIF+iY08SP//51spM5PF4bwRofr333LQDq2hKcOnqG00fPUsxl6Rxp5Uf/+6dkp3J4gy58ES9vfPfND6198/D/WIHNpf3ib7hETZzP8uTsv6y2by5S1UUJVU9J5X6qnhKoekouNl71lFx8P1VPyfT4R8NT8sB/H70si5Jn5vzb6qLkIlVt37xv6ZfYnvmC/OW10gxt+bb0Hu3M7dIva3nG2Hu3y7TSjLGKbakCDz8d973YtvSBtWVI8hla9VfUysgiigugzcDXl28r0i/QyqVtdaZWvrRWep8xAP0SWv0SWk3+YNr3G/uFWkV53+1fpNUuodXeo5Uv+u+LadUK7fvvU5IqUfLaDMx4+bYsSR9IW46vv5RWkT+YVv4ltfJMrTZDW7atKHIFkv5yaVVNEVHci2r1Su37jZnb6iW06mXSfjRQW8888wxDQ0O43W4ikQgbN27kRz/60fvqb7rpJiRJ4uWXX77kvNlslscff5yGhgZsNhs9PT3823/7by/z0X+wqi5KykryfbEMM397BWbeEfrTMsx8D+7gn5Rh5u+fgZn/l2WY+SFqQ98UnpIa30NEPfcIT0lbzZ+XYeZnzcDMP0Cd71bhKZkb/xMi9oUAhB2zGY6+LDwl/eF7KjDzq1JfEZj5lHMOy+JPlTDz0TsYCOwWmPldda8KzHyze24FZn5t/EAFZn5/0wsCM9/tncOu1EHhKdmdvrkCM39/6xMCMz8rMJvryzDzN9Vfz4roMoGZf6rrIYGZXxyZXYGZv6f1GtYIzLyTT/XdRZsnA8Cq2GzuKsPMP9a1twIz/6UyzPyW1Gzuby9h5l/ou5JNySFkJCI2D39Yhpm/sn52BWb+c7N3sTndh4RE0unnTxaWMPPXNc/hY2WY+a8s2Ckw8w2eIN8uw8zf3DmHjw0uE56SP1q+Q2Dmm31hvjV6hcDM39Y3pwIz/ydrdwjMfGcoyjfXbReekjuHRyow89/eskNg5ntrYvxhGWb+npF5FZj5P7tiJyuazNfy4AzM/H1L5ldg5v/06h0sbTZj3rPrknx+xwbhKXlwdGEFZv7bN14hMPPzmiox8w+vX8xNi4eFp+Rbt14hMPOLOuorMPMf27a0AjP/zbt2MbvZvKZLuht4/poSZv7ju5cLzLxNV/nGg7sEZn7FUDNP3bBKeEoeu24lu1f0C8z81x/dLTDzo3PbKjDzj92yWmDm3U4bX3nqSrotzPyaJZ08dMtK4Sl57K61AjPv8zr40gt7BGZ+3Wg39966UnhKHn94IxtWlzDzn3l5j8DMb9wwUIGZf/zJrQIzH4l6+PRn9wrM/OYdsyow80+8dIXAzMeTAV76cgkzv3XvCPvLMPNPfu4qlq7tBSBZH+aFr18vMPM7blpcgZl/+ms3Csx8XWuM575ZwszvOjjK9Q+tF9rn//ltAjPf1JPmmT+7TWDm9z64gWse2SQ8JS/+f+5j3nrzM6htViVm/tond1Rg5l/+L08IzHz3wnae+tcPfKiekiIShV/zq/gBI8F//dd/zS233ML/+B//g3//7/89uVyOFStWcOHChfdo/+Iv/oL/+T//J/F4/CIzVdbDDz/MF77wBV555RW+//3vs2/fPjZt2sQ//MM/fKDju5xVbd/wfu2bAtP3xM32jSy2zRuIpVuKk8XSttm+kcu+V6nQTqGKbbNVUtJOFPSyfSiVY0Wt8hiKetn3aUjIZah4Zca2UfZvtWJs0kLHT5NaJ4u6GMsWKrVTVqtnmpKZK2pl86gWrn56rBIdny1oZf9WKrTZglpJ3ixogtyaK5h3MErbagXVtVBQxHY2r1RoC0WlUpsvfW++IFVo8zPmLeaV99UWC5XzSgW5pM3LyFIJbS4V5QoCqFQobRcLlVq5KL2vVipIldpC5bzl3yvlK7UKlfOWf6+Up1I743iVQtm8hZna9x9777zvP3ZJ7Yx5ZevQpg/xUscnFy6lLVbuc6a24niL73t8YCLqp2msUqGILJe2lWIlqVUtlsbIV2rVGVqF0raUmzEvM7SFYkmbL1zyGORybaFSWz5m7qdsO5ev1BaLM+bNl/1sM7WFCq1Uoa08Bimfq5y3bD/FXLZSWyxSsFpMH1b75p7/tgbj12zfTJ7P8sLcf/MrH+uxY8eIRCL89V//NQsWLBD//8477zBr1iz+3b/7d6xZs4aDBw9y8ODB950nHo/z0EMPccstt4j/27hxIy6Xi2984xsf+LguR/1W3ynJ5XI8/PDD1NXVYbfbqa+v5/HHHxcvQjCfFfHoo48Sj8ex2+0sWrSI733ve5dh74VLbF9q7P+NtniJ7UuNTf/PLzdPJZL+vdriJbTFS2rLayZKvmJh8bugLfuFNRNJfqntqvYXjxWLpYXD/yvte8YK7799qbGq9nJoZ36W/W7V2bNnK74mJyd/qe87c+YMAIFAiTpcKBTYs2cP99xzDx0dHe/3rRU1OTmJzWar+D+73c5/+S//5Zf8CS5//VYvSp577jk+//nP8+qrr/KDH/yA559/nhdeeIFXXnlFaJ5//nleeuklXn31Vf73//7f1NTUsHz5cs6dO/fBd6j1g+WZkNQOUJJiSDHmg2TeIpbkEKo+yPTp07QulDKtzViEZLV9FDmCTR8QWrveg6YkhNZjW4hstX10JYrb6GUaSe/RuzGUmNCG7CMoFgnWpkTxGZ1CGzQ6savTaHaJuGMOqtUicqlRQkaL0EZt7TgtYquETMY5hGrh671alBpbo9hn0tGGSzVf+DIyTa4+VAtfH9CjxO0Zoa13tuBWvZZWod3TjWr5VyJGlFp76Rw1u5rwqOZfCKqk0u1tF96RuC1C2lE6Rx2eRrxWe0aXNfr9LcIfknREyDhLt257fQ14NSvGLWsMBhpRLW3GGSHjLCHUBwL1oj3jUHSGg/VC2+iOUOcqoc5nheqE1qUazAplUC0kfYs3Qp2rhC+fG8mIVo5XtzEcTqFYffo2X4SMu4TMHoml8VitHL9hZzhaK7QdwQhpt09o5ycyuK1WTtDmYLCmhK/vDEdJerxCuyCVFm2fkMNBf01caLuiURJlf50tyGRE2yfictIXjwltdyxK3FPC18+vT+OwtFG3i+54CXXfnaihxlPC189vymC3ev4xr5vORFR4G7qTNUQtrSTBvJYMNksb93tory1pezIxwh7zmsqSxNzWNIblO0gEvbTWlq5pT32ckKVVZZm57SVtbdhLc7KEuu9tShD0mO89VZGZ3ZlGt7TJGh9NydL1721NELC0uqYw3JUWfpBU3E99qkzbXovParnouspQb0Zo07UBMqmyRx10JfFaWptNo78vjaqar6tMOkS6XNuXFq0ch0Onty8t8PWZ+jDJcu1gHW6P+Rp0ugy6+0vauqYoiTJt36x60cpxee10DWaQLW19a4x4ukw70oTDihJ7/A46huqEtqEjQaxM27+gFYc1ry/kpn2oXnhmGntSRMuOYWBJh9AGol7aZzUKbVN/HZEy7eCKHuzWMQTjAdpmNVX4YH7TVShKl+ULIJlM4vV6xdczzzzzC/dfLBa58847mTdvHp2dneL/n3vuOVRV5bbbbvulf5aVK1fy0ksv8ZOf/IRCocC///f/nn/xL/4Fhw4d+uAn5jLVb/Wi5L//9//Ohg0bWLNmDZlMhq1bt7JixQr+z//5P4B5cV5++WUeeughNm/eTGdnJ1//+tcZGxvjm9/85gfen6TPBiVt/ltrQTYWljDzxnxrIQKyHEIzFiFbWlXrwDAWCU+J3bYIQzd7nqoSwWlbhGb5RGxaBy7bIuEp8doW4NLNHq2uhPHb5mNTzb62y2gnYB+xno0jE7aP4DNMdLxdjRCxz8GumosWv62NGvuwwMzHHbMI2kyvglONUOscxqWaH94RWyu1jgFkSUOWFNKuAaI208/h0cLUufoFZj5ub6Le1YssqSiSRpO7l7jd9An49TDN7l481qIl7Wykxd0lMPNt7i6SDvPnDhkhOr2dAjPf6G6k3dtm+U90un0dpJ3moiVqC9HraxOekjZPPd3eFmRkbLJOv7+NjDNuHV+IQX+r8JR0+ero8zciI+FQDYYDLdS7zEVLyhlidqhJeEr6AhkGgg0Wkt5gbriRBrf5SyvjCjISaRQLkaFQhqFQBgkJj2ZjXrSBBrd5jurdIebV1IuFyOxImlmRFBLmomRBrI4GCzPf5AuxIFYvPCUjNWmGoub19ht2FsTrqPOY57PZH2JhbZ1YXIwk0gzWmNqA3c6CZIaMxweY3JKFydLiYl4yw4DVUw7ZHSxIZ0h7TW1bKMyCdGlxMT+Tps/Shp1O5telSXqtcx+NML8+Izwl8+oz9CbM11zE5WR+Q5qEz7ym7bEIIw1pgZmf15imu9bSelyMNKWJWfN21kaZ25RGVxUUWWakOU1n0lxU1/jcjLSkiXrNxVBnsoY5LWk0RUFTZea2ZmivtR6Z4Hczty1NxPKUdGVqmN2aQlVkNE1hTkeGlqT5uo+HvMzpSBOyfCJd9TGG2lIoioyhq8zuzNCcsrRhL7O6MsJT0tWUYLAzhSJL2HSNWT0ZmtLmayUR9TGrJyM8JV2tCfotrcOmMdyXoT5tXv9E3M9wX51YiHR31tLXbT5rxuHQGRqoI2Npa2sDDA3Wi4VId3eSHuu5NE6nweBwPemM9TiIdIjBWfXCU9LTn6a7L40kgctjZ3BuI8lpbV2IgbmNYiHSPVRP50AGSZLweB0MjDQJbboxysBIs/CJ9M5ppGvYZNp4/E4G5reQsLSZ1ri5ELG0fQta6BgyPyu8IRcDi9uJ1ZnnrK69loElHcJT0r+4g7Yh03fnC3sYWNZFjYXmb+hOMbi8W3hKBlf00D7b9EsFanwMrOwR2g+j8siX5Qvgrbfe4syZM+LrgQce+IX7P3DgAP/3//5f/uRP/kT839/93d/xqU99iq997WsfaIH2qU99iqamJlpbW9F1nQMHDnDNNdegzDCbf5j1W+0pefbZZ/n85z/PX/7lX9Lc3Mw//uM/smLFCl5++WWuuOIKXnvtNRoaGvj7v/97+vr6xPdt2LABn8/H17/+9YvOOzk5WXGb7OzZsySTyWokmGokWIxXI8HvGa9Ggi++n2okeHr8oxEJPvhf118WT8nLI//yAx/rrbfeyl/8xV/wN3/zN9TV1Yn/f/nll7nzzjuRy9Jm+XweWZZJJpO88cYbl5x3YmKCEydOEI/Huf/++/nX//pfXyYbxAev3+o81X333ceZM2dobW1FURTy+TxPPfUUV1xxBQCHDx8GIBqNVnxfNBrl5z//+fvO+8wzz/DYY4/95g68WtWqVrWq9XtZ5e2XX2eOD1LFYpFbb72V73znO/zn//yfKxYkAHv27GHZsmUV/7dy5Ur27NnDNddc8wvnt9lsJBIJstks//yf/3O2b9/+gY7vctZvdfvm29/+Nt/4xjf45je/yd///d/z9a9/nRdffPE9d0Bm3q4qFouXvIX1wAMPVNwye+stkxwoue4vYeYdu1GcN1HCzD+LahsFQNE6cXgeF5Fgh/ManK6bS5h5/0vYbSvN79N7ifgeL8PMX0fIfaN4SnBd4EW8tiUAuI0+6v0PiUhw0nMNSc9eEQnuDj1J2D7fnMfWT0fgLhEJbvVdRZN3p4gEz40+QsxhPn04Zu9nOLRfRIL7A7vp8m1CtjDzK2J3k3KYd5oyzj4WR64VkeD54R0MBlYJzPyW2gPUOc0+Zqu7j1Wx3SISvKpmKyNBM+ZrVxzsSd9Ik6sVgB5vL5sTW0UkeHNiI4vCCwRm/qb6vbS4zfM5HOjhiuQ60b7Zk17PsugcZGR8mps7mq8QkeD54R72ZlaJ9s1NjWsYjQ0iIxEyPNzXtpV2CzO/rKab6xuW4bM8JwdbV7E63oeMRMzu5WNdG0QkeG1tN/uaF4n2zf1do6yr7RaR4Mf61ohI8KZ0N/vb5ov2zcf7V7Au1Y4E1LuDPDE4KjDz2xu6uaVzrmjfPDFrOWvS5jlq8oV4fNZyEQm+oqWH/d2zRPvm6XkrWFVn3rZuD4Z5bN5SmqxI8JUdvezrGxbtm2eXrGBFvXk+O8MRPrZgsYgE7+3t44aBQREJfm50BcsazNdnb6yGh5YsFJHgq4f6uGaoX7Rvnl27gkWN5gdif22cB5YvJGVFgq+dO8BVs/pEJPjpTSuY32Rep8FMgntHF4hI8PULh9g9t1dEgp/avpK5TWbMd1ZjkjvXzheR4BuWDbNzXg+aomDXVR7ftYLhJvOazmlNc3DDfBEJvnHVLLbN70ZVZJw2nUf3rmCg2Wx5zeuq49bN80Qk+KYNc9m8sAtFkXE7DB65bgV9zeb1n99Xz81bR0T7Zt+2EdYv6jJjvm47D920ku5ms+W1cLiRG3aOiPbNvivns2aJiaQP+Jzcd2AlHVYkePG8Fq7dPSLaN/uuXcTosk4zEhxyc/fBUVqtSPCSxW3s3TNPtG9u3r+UZctNbbTGyx13rxKR4GWjXVx5zXzRvrn5jpUsXtFpRoJr/dx2/xoarDjuivW9XHH9AtG+2f/AGhaNdiFJEsn6MLc8sl5g5lduHWTHjYtES+bAY5uYN2q2kDMtNex/bJOIBK++ci7b9i8V2tue28ncVT0ANHTWsu/JbSISvO7aRWw9sEK0bw5+ai+zV/Wa74O+DPue3y0iwRtvWcHWg6tF++auL+9j9hozatw2u5l9L+39UCPBBeTL8vVB6pZbbhG/C91uN4cPH+bw4cOMj48DEAwG6ezsrPjSNI2amhpaWlrEPFdddVVFi+h//s//yZ//+Z/z2muv8bd/+7eMjo5SKBS49957L8/J+hXqt7p9k0wmuf/++yviSk8++STf+MY3+OEPf/grt29mVgkzvwKP/XUAckrawsyfMDHzWi/57PeBKXKSB1mJkM/9GIC8Uk+hcJJC4aSFme9ncuqfgCw5KYgiB5jK/RQASW0lVzhKvnCaiaKKU+9jbOqfKJIjTwRV8TGefY0sCk6ticn8UXKFM0wUNXxGN2cmv0+RHLIcRZWdXMi+yURBw6s3MJY7SrZwjqmiQsjWyYmJH1Akjyyb6Piz2XeYKqoEjXrOZY8wVbjAZEEnZm/l8PiPKFJAVUx0/OnsYbIFlagtw+mpo0wWxpgq6NQ6Gnl77KcUKeBQwyiSysmpo0wWVBL2NMcnjzJZGCdf1Eg56vj52GsUKeJSI0jInJg6TragkHKkODpxlInCBPmiTsaZ4rXzb1CkiFczf4EfmzxJriBT76zl3fGjTBSmKBR16l0JfnLuLYoUCekh8sUCxyZPk80rNLsTvHnhGBOFKWRJp85Zw4/Pmej4iB4iW8hzbPIs+YJEmyfBa+ePMlnIomCjzhXmB2ffBSBuCzGRy3Js8hz5gkSHL85Pzx5lspDDkAzSriA/OGPeqUs5gozlpjg2cZ58XqYrEOPHZ44xmc/hlA1qXT5+eNrEwWccQc5lJzg+MUaxINMTjPHDU0eZLORxKzoJl5cfnjJx8PWuIKcnJzgxMYZUkOgNx/j+iaNMFfJ4FBs1Tjc/PmXi4Bu8AU6Nj3NyYhwpL9EbjfG9Y0fIFgr4DRthh5OfnDwBmM/YOTE2xqmJCaQ89MZifO+IqQ0aDvx2Oz87eRKAJn+Q4xcucHp8AqkAPfEavnf4KLlCgaDNjtdu4/UTJuK9KRzk6LnznJmYNOdNxvjuO0fIFQqEHQ6chs7PT5xGykNTNMjhM+c5Z2l7UjG++/Zh8oUiEZcTm6by1okzSAVojod49+RZzk9MIRehM1XD9948QqFYJOpyomsqbx+3tIkQ75w4y4WJKZSCREcmyvfeMLU1HheKIvPu8bNIhSLNyTBvHzvN2EQWrSjRmonyg9ctrd+NLEkcOn4WKV+kOR3hrcOnGJ/MokoyLZkIP3jtMMWiacwtFoscOX7OnLcuwluHTjE+kUWXZBrrwvzwp5Y25CWfy3PsxHnIF2lujPLmWyeZmMxiUxQy6RA/sbSJqJepqRzHT5xHyhVpbq7h5z8/zuRkDpumkEwF+elPzEcSJKJeJieznDh+HilfoLktzhuvHWVqModdV0kkg/zsx+brNR73MX5hilMnziMVCjR3JHj9J0fITuVwGBrRWj+v/8jU1qYCXDg3wekT5yGXp6UnyWs/OER2KofToROO+3hjWpsOcO70GGdOnId8npa+NK997x2yUzlcboNA1MubPzINlLV1Ic6cOM/Zk+chX6B1sJ6f/uPPyWXzuD0GvrCHN39ovhfTzTFOHjnDuZPnKeaytM5q5Cd/9zr5XB6P34kn6OKtH737obVvDvyXTZelffPqvO/80sf6fn9kf/WrX+Xqq6++6Fgmk3lPJHjRokVkMhm+9rWvASb/5Oabb+a1117D5XKxevVqnn322V+KcfKbqt/qRUkwGOTJJ5/k5ptvFv/3zDPP8NWvfpUf//jHFItF4vE4d9xxh1jZTU1NEYlEeO6557jpppt+qf1UMfPl+6l6SqDqKbnYeNVTcvH9VD0l0+MfDU/JzX+7+bIsSj43/8+rmPmL1G91+2bdunU89dRT/Jt/82944403+M53vsNLL73Epk2bAHP1ePDgQZ5++mm+853v8N3vfperr74ah8PBrl27foU9lp8OY8ZY+bYOlH94V+a8pbJtCaNCO526KW0bZf+unFeWKo+hfFuWKnH1ygxt+bbyHm35toRShp1XZ2jLtyWkCpT8TK1WNo+pVS46NnNbRq7Q6nKltnzb1MqX0JaOT5EqtYZcuXAq31Y/gFaTZBHbvahWKdPKsojXzhybua3LygfSSu8z9h6t8gu06iW0M7Do5dszEfSX1F5ibOb4e+Ypw45LUiV23tDeXytLUgXG/b1atUJbjro3ZuDLy7cVWRLxWjBjvxU/S9m2osgfSFuOmb+UVlVlZOUSWmOGtnxe4/21mqb88lp9pnbGe9GmlWnVir/2y8feozW0X1n7YdTljARX6731W70oeeWVV9i6dSv79++nra2Nu+++m5tuuoknnnhCaO69914OHjzI/v37GRwc5J133uEv//Ivcbvdl5j54iX5PleGmb9tBmb+W2WY+W7cwW+WYebvwe15SHhKaiLfEZh5mzFAbeiPS5h57/1EvfcKT0lb9J/js5v+E68xTEfkS8JT0ui/jzrfbcJTMif2DSKORQCE7bMqMPN9oTvpKMPMjya/JDDztc5ZFZj5BdGDDASutDDzGjsznxaY+Ub3rArM/Jr4/grM/M2NzwnMfJd3FrvTdwhPyc7UjRWY+XtbHqPJwswPBWZVYOZvqL+WldHlKJKCQ7XzZOcDAjO/MDxcgZm/s3kva8sw85/svZN2j+lrWFkzzN1lmPmPd+4RmPmg7ubzg7cIzPzG5Cwe6Chh5p/r282m5LDAzH9tzvXCU3JF3awKzPyrs69gS7ofCYlap59vLLhaeEquaZ5VgZn/8vztAjNf7w7yzSW7BWb+pvbZFZj5P1y6jU31JuioyRfimyt3Ck/JgZ7ZFZj5P169XWDmO0IRvrF2m/CUHByawwNzFgpPyZ9s3iYw8z3RGr62cYvwlNw5d24FZv7bO7ezssk89wOJOF/eulF4Su5ZVImZ/9beHSxrNl/LszK1fH7HBuEpuW9FJWb+mzfsZFGzeZ3mNqQrMPMPrFvMviWzhKfkmwd2Csz8/La6Csz8Q1sqMfPfuHMnc1rMa7qoqxIz//CuSsz8H963U2Dmlw5UYuY/ds0Kdq8YEJj5r318F/2tpv9kxZyWCsz8x/evqsTMP7mbHgszv3phOw/fMio8JY/esaaEmffY+cLzuwVmfs3yLu67bVRg5h97cAMb15jo+GDAWYGZX7+urwIz/9gTWwRmPhzx8KlXrhKekk3bhrjt7lXCU/L4izsFZj5WG+ATX7pGYOa37JnLLWWY+Sc+s4fl6/uQJIna+jDPffU6gZnffsOiCsz8U1+9QWDmMy0xnv6jm4Sn5IrblnP9wxuE9tk/vVVg5hu7Uzz17VuFp2TPfeu59mObhafkhX99L/M3mJ9BrUP1PPmdu4Sn5JrHt1dg5j/5148JzHzX/Dae/Ff3f7iY+aJM4df8KhZ/q3/1/j+t3+r2zYdVF2/f5Cmh13NQhmLPUhT/NsdL22b7phzbLldop1DEttkqKWnNNsz0PpTKsWIlDj5b1GZ8X2nMbN9UouNLY5X7fG/7puwYCpXaqTJUPJgo+aKY572Y+XLtB8HMl2tzBfmS2nxBKY3lK+fNF5VKbb70vfmCVHm8M+Yt5JX31RYKciXDtSCJ7XxeLjtjlWOmoLRdLFRqpQLvq5UKUqU2Xzlv+fdK+UqtXKyct/x7pTyV2hnHK+crj69S+/5jUt68qzH96SIXS/+eOTazzVKhLczQzmydFN5fWz72Xm2xQqvM1FYcb/F9fxYAJf/+88qFYqW2fD/5mcdQnHEMpW0pN/MYZmjzhbLjLVzyGKR8kemPfalQQJKk0nbZWGk/1nYuX6ktVGqlfL60nZ+pLVRoqdBWHgO5XOW8Zfsp5rKV2rJ5P6z2zY1/vQ3912zfTJ3P8sWFf1Zt31ykfqsjwf9va+ZarfhLjv0uan+5eS6Fip+5/futZcbY+29/pLXFi//7YtuXGvtVtb9ono+utvi+25ca+13QfhiVRyL/AR+od7E5qnXxqt5DKi9tmOl1mqR1Iyn1Ykg1loLkNcfkCKo+V2g1rQ/Fas8A2G3LkS2tqtRgN2Yzja936P3oailj7rMvQ5HMlbKuxPAYQ0LrNfqxqyU0e8SxCNVC3dvVGAGjl+lLGLL14FSn0ewStc75aLJ5i9itxYjYOpEsbczejdtC0kvI1LvmoMnmLWK/FiNhbxXatKMDr2a2cmQUWj1D6LJ52zekx0g6GpGsN1ijqx2f1cpRJIUubz+6bN5yrbHFyDjqhLbN3YpfM3HrmqTS7+tGl802Ra29hgZnSmi7vc0EdPN8GrLGcKBDeEnSjhoaXbXiHA0Emgjo5m1/u6IzO9gqfCYNrihN7hK2f1aokaBunk+najASbhLaZk+UZk+JfzMv0khAN2/lezQb8yINaLJ5ndp8NTR7SkTJhTUNBAzz3Pt0O/Nq6tAtbWeghiZvCUm+KFGP3zDPfcCwMxJLo1kApO5QDU2+El57cbIen2Ge+7DdwZx4EtXS9kRqaPCVnoOxNFOP19JGnE5mJWqFtrcmRp3PV9I21OMxrOvkcjGcTAjPTF8iRtpf0i5pqsdlmNcp5nEzUKbtT8bFE4MlCZa0lrRxn4e+VAl1359JiFaOLEksbq/HaWlrg1560iXU/UB9QrRyFFliYUc9Dsu/kAx56crUCCT9QFMtNZZWlWUWdNdjt7SpqI+OTAlfP9CSJOo3r7+mKszrrcdmeTPSMT9tdSXtYEeKcMDUGprKSF89hqXN1AZoqS9d/8HuFEG/+VoxdJW5g/XC81GXCtFUru3LELC0drvOrKF6NMv7Ul8XpqGhTDtUh9/SOp0GQ8P1aLqpbWiKUleund2Az2++Bl1uG/2zSvM2tsZIl2tHmvBaWo/PQd+cBlRL29SRINVY0g4tbMXtM7XeoIveuY1C29ydJNlYes8ML+vAbc3rD3voHmlGsRD6Lf111JZpZ4324LJaWoEaH93zW1EsP1DrcAPxhpJ29toBnJY2XBuka36bQN1/GFUoXg5fyYd2uL9zVV2UlJfWC4r5C05S6pD0QeEpUfR+FN30UsiyD00fRLa0qtqArg8JT4lNH0LXzSy/Igew60NoltbQGnHog8Lw6jIGceimp0BTAnhsAxgWOt6h1eM1BgRm3m/04TFMpoWhBAnYesXzbrx6PSF7N7KkIyETsfXg102fgF0JELV34bDQ8QGjjhp7l8DMJxwdhAxzoeRU/SQc7bhUc8EQsWVIOtoszLxK2tFK1Gb28z2an4yjFbfqAyBhT1HnbEaRFFRJo8HZRMxmLpR8mo9GVxNu63k3KWeKRlcDiqSgyRrN7gZq7ebPHdT9tHoa8Fg+kQZXklZ3HTIyuqzR7qkj6Yhax+ejw1snnnfT7K6l3ZtGRsKm6HT70qQc5qIqZvfT7UsLT0mbJ0GHL2ki6RWdXn+KtNNcBNQ6/PQFUngsT0mnP05PoBYJCaeq0x9Mknaai4Ck00d/qFZ4SrqDcboDcSTArRkMhGpJuczzmXb5GAzXCk9JXyhOT9D8uT26jcFILSnreTcZj5+BaEJ4SvqjcbrDZu/cY9gYrEmQdJuLgDqfn4FYXHhK+mJxuiLmOfIZNgbjCRJu89zXB/wMxBMCMz+QSNARMX/x+B12BhJx4tYt5YZggIHauPCU9NfG6agxtQGHnf5knBrr2TgN4QD9yTiGahp2+1MJWmvMcx9yOehLxanxWtc0EqAvHUdXTbNkXyZBc8x8fYbcTvrq4uJ5N42xEH11CTRFQVVk+urjNE5rvS5660vapniInvqYwMz3NsRpiJnXNOJz0dMYJ2hpm5MhuhriKIqMrir0NMWpS1jagJue5jh+63k3zekwXY1xFFlC1xW6W+JkEub1jwTddLUkxPNumuqidLaYWpuh0dWaIG1poxEPnW0JwSlpbozS0RpHliVsNo3OjgSppKmtqfHS2VGLx/J+NDfHaGs3tXaHTkdnLbW1ljbmo6OrVnhKWtritHbUIkngcBp09qaIT89b66ejN4XTen5Ma1ctLZ21SJKE022joy9NzNLGUgE6+tLCJ9Lal6Kl2/xDyeWx0T5QR9Q6hnhdmPbBOuyWT6RtoI6mLvOzwu130D5UTzRpvb8aorQPNwpPSftwA029aQC8QTcds5uIWNpkc5zOuc3CU9Ixt4WmPgt1H3LTMdJCpOw5RdX63a6qp4RqJLhyP9VIMFQjwRcbr0aCL76faiR4evyjEQne+592orv0X/wNl6ip81N8ffG3qp6Si1TVU1KtalWrWtWq1i9ZBSQKv6Yn5Nf9/t/nqrZvykpyPywiwbJjD4rrFtG+sfleRLWtBkzMvNP7jIgEO53X4XIdEO2bkP/TOGyrzO/T+4j4nxaR4JDrBkLum0X7pj74SXx285kFbqOPhsCjIhKc8lxPynOdiAT3hJ8lbF8AQNA2QFfwPhEJbvNfTbNvl4gEz4s+RtwxG4C4fYDZ4dtEJHgguIdu/xaBmR+N30/KaUb36pz9LI3eICLBCyNXMBxYKzDz25K3Uy8w8/2sjV0lIsGrY9uZF1ouMPNXZ24WkeAeby9ba3eISPC22s0sDi8UmPlbGq4VmPnZgV72pDeJSPDezAZWREcEZv6ult0CM78g3Mu1dWtEJHh/0zpWx4YFZv6h9u0iErwi1sO+xhWifXNn2xrWJvoFZv7x7k0iEryutocDLUtEJPih7tWsT/YIzPzT/etEJHhzuofb2heK9s3jA6OsT3eISPCzw6tFJHhnYw+3dc0T7ZunZ69kXcY8R82+EM/MHRWR4Ctbe7mtd45o3zy3YCVr6k1kdHswzNMLltNoRYL3dvWxv3+WaN+8sGwlow3ma7krEuWJRUtFJPiavj72DQ2JSPCLq0ZZ3ljCzD+2fImIBF83PMANswZF++aF9aMsbjK9VgPJOI+MLhY+kutHBrlmTr+IBD+/ZZQFFmZ+qK6WB9csEj6SGxYNcdVIn4gEP3vFKHObzdf9nKYU965fKHwkN62Yxe75fQIz//SVo8xqNq/p3LY0d21aICLB+9bMYcfCHoGZf/LaUYasSPD87jru2LZARIL3bxphy6JugZl/7MZV9LWYbdYF/Q3cunOBiATv3zGfTUu7BWb+Y/tX0W1FghfNbmLf7vkiErz/qoWsW9YlMPMPH1xdgZm/Yc980b655YYlrF7eJTDz99+9WkSCly5p59prFohI8C23Lmflyi6Bmb/7/jUiErx8VTd7r18o2jcH7l7F0tEuEzOfDHDHw+sFZn7lxn6uvGmRiATf+vA6Fq3qFpj5g49tEpHgVduH2bV/SQkd/+QWFqzuAUzM/G1PbRWR4DV7Rth563KhveOl3cxb2wtAQ1eSA89dISLBG25Ywo7bR0X75q7PXsvcNWbUuLm/jltf3isiwZtvG2X73WtF++a+r9/CnHVmfLh9TjO3vnrdhxoJrtZvtqrtG8raNz9bgsdhPgcnJycpFk5A8SyTxRyy1kkh+wMgT07yIMl+CvnXTa1SRyF/jGLxLFPFIrrWzVT2e0CerBRAkb1kc28AIKlNZPNHKRTPMVFUcWidjGW/DxTIE0GRnUzk3iKLgkOrZzJ3hHzxAhNFDY/eztmpHwIFJCmMKtsZy73LREHDo9UxljtCrjjGVFEhYLRyavLHFCkgy1EUSeN87ghTRRW/nuFc9jC54gSTBZ2IrZGjEz8FiihKGAWVs7ljZAsqYSPF6akjZIuTTBV0YvYMh8Zfp0gRuxJGkuBM9iSTBZWYLcnxySNki1PkixoJe4q3x39OkSJOJUyRIqezp8kWFGrtCY5OHmOqMEW+qJO0x3ljzDz3HjVMvljgVPYMuYJM2hHn0MQxpgpZCkWdlKOG1y68A0BAC5It5jg1dY5sXqHBFeOtsWNMFXLIkk7SEeJn500MdlgLMlnIcXLqPPmCRLM7xusXjpIt5FGwUesM8NNzJrY7Zpjo+JNTF8gXJFq9Nfzs3DGyhTy6ZJBw+PjpORMHX2sPcD47wampcfJ5mXZflJ+cPUa2UMAhG9Q43PzsrIl4T9kDnJma4PTUOMWCTEcgyo9OHSNXLOBWdCIOFz87YyLe084ApybGOTM1gVSQ6AhG+NHJ4+SKBTyKjaDdwetnTgFQ5/ZzYmKMs5OTSHmJznCEHxw/Rr5YxKfb8NtsvHHmtKn1BDg+Nsa5SRPx3hmN8IOjpjZg2HEbBm+ePgNAg9fP0QsXOD85hVSAzliU7x8+SqFYJGCz49R13j5tIt7rQwGOnD3PhakppDx0xKP84JCpDdkdGJrKu6fPIuVNT8mh0+cYm8qa2too33/nCMUihJ1ONFXm0KlzSAVoiAZ599RZxqeyyEVoTUT44TtHKRZNE68sSxw5fd7UxoK8c+IME1M5lIJESzLMD9+ytG5zgXHs9AWkQpGGRIi3j51mciqHVpRoTIb50c/NxwFEfS4KhSLHT19AyhdpTIZ46/BpJrM5VEmmIRnix2+Y2pjPTS5X4IQ1b2M6zJuHTjE1lUOXZNLJID993dIGPExlc5w6PQb5Ig11Yd56+yRT2Tw2RaE24ee1183XVSziYWIiy+nTY0i5Ig0NEd588wTZbB6bphCL+3mjTDs+NsWZ02NI+QINzTX8/LWj5HIF7LpKNObj569Z2hovF85Pcvb0GFKhQENrjJ//9Ci5XB6HoRGMenjL0sZr/Zw/O86502OQy9PQnuCNHx8inyvgcOj4Q27eeX1a6+PsqTHOnxmDfJ7GriSv/+Ad8rkCLpeON+jmndfM8xBPBzh97BwXzo5DvkBjT5rXvvsWhXwBl1vH7XPyrqVNNkQ5cfg0Y2fHKeayNPXX8bP/3xsUCkXcPgdOr4NDrx350No3u/5q12Vp33xzyTer7ZuLVHVRQtVTUrmfqqcEqp6Si41XPSUX30/VUzI9/tHwlOz8j1delkXJt5Z+o7oouUhV2zcVVfaLySKuXnzbTMOIoRna8m1JurRWLts2MfLyRccAlLJtRbJBWV9SmYGvV8u2TeS8dNExkFDLkPTqDK1WjsFHqkDLa3Il2l6XZ2q1sjF9hra0LSOjleHrjRna8m1FktHKkPS2GVrbDK1arlUqF2Dl26qkVGjtM7Tl25qsoJYh6S+l1X+RVi1tG4pSga8vH/vg2rLzqagV+PryMQB7GUJ9OjlzsbGLaaX3GZu5bdNUyqb9YNoyhLokmePl2vKylWllSapAy9v099cqsoR+Ka1RqS3H19uMmdrStVAUeYZWe1+tqsqoaum1YpuBVy/f/iBaTVMqUPfGDK1hr8TBl8dry8d+sXbG+7ZsWzPUCiS94ZihLdvWbdoMbeXnjK1sW7fpyHL119jvU1WvZllJvs+WMPOu/ZWY+eAfl2HmO3EH/lB4SlzuO3F7Hixh5sP/rISZ1/tIhP6wDDN/D1HPPcJT0hr5Fj77CgA8xiDtkc8LT0mD/y7qfLcKT8ns2NeI2BcCELINMRx9SXhKekO3016GmV9R+/kSZt4xzLLYE8JTMi9yCwOB3ZanRGN75qUSZt41xMba+4WnZFX8pgrM/E2NTwvMfIdniF2p24WnZEfy+grM/N0tH6fZ8pQM+ocqMPPX1V3DiugygZl/tOM+gZmfFxqswMwfbN4jMPNu1cmLvQeFp2RZzSB3lWHmH+7cVYGZ/+zgzcJTsj4xVIGZf7r3CjYlhyzMvJs/mHOt8JRszwxVYOZfHt5Rwsw7fPzh/KuEp2RP41AFZv7z87YKzHydO8AfLdklPCXXtw9XYOa/smQLG+vazXPvDfFHK3YIT8m+ruEKzPzXV21lfYMZCW8PRvjami3CU3JgYBb3z1kgPCXf2FjCzHdFonxl/WbhKbl9jomZn44E//H27axoMl/LffE4X9y8QXhK7lw4UoGZ/8ae7QIzP5Sq5bM71gtPyd3L5ldg5v/ouu0sajH9J7Pqk3z6inXCU3LPmoUVmPmv3bxdYOZHWjJ8Yk8JM3/fpsUVmPmv3bad2ZanZEFXPc9ds1p4Sh7csbQCM/+Ve3YIzPzivsYKzPxDe5eze0W/iZm36XzpoZ3CU7JsViVm/uEbRysw8194bKfwlKyY38ZDt6wUnpKHb1tVgZn/zDNXCMz86NJO7r11pcDMf+y+dWxYbaLjA34nn3pxt/CUrFnVU4GZf+TjGysw8y++vFt4StZtHuDWu0aFp+Rjz24XmPmahJ/nP3eVwMxv2jWb/WWY+Uc/tZtl63pNzHxdiGe/fI3wlGy5ZkEFZv6JL19Xhpmv4amv3yA8Jdv3L+X6h9aXkPR/cksJM9+V4olvHhCekl13ranAzD/7F3cxb735GdQ8UM8T//xO4SnZ+7HNFZj5F/7jxwRmvmOkhcf+4t4P1VNS4DI8+6ZqdH3fqrZvqLZvKvdTbd9AtX1zsfFq++bi+6m2b6bHPxrtm23/8So056/XvslemOLPlv5htX1zkapGgqtVrWpVq1rV+iXrcjzlt/qU4PevavumvLS5gHnnQNL6kNRWMaTaViLJ5q1ySY6iGQsAc7Ws60OoaovQOmyrkS2tqsRxGPPFvA59CMNqEQH47aMosg8AQ4njs81BstaKPmMQhzaNupeocSxHk81b5Q41Qcg2KLRhez9uLS20KddidNm8/e3REsTsvUjW3ZeEow+vZpFrkWlyz8eQzdvUAT1B0lFC0tc5u/Hr5u1kGYUO7xwMC18fNuJknK3IlrbF3UVQN9sUqqTS6xvCZuHrY7Y4ja4Skr7T20FIN9sUmqQx5O/DZnlSko4Yza46ZEvb52sjbJhEVEPWmBvsFt6ROmeMNk9azDsr2ErEMM+nXTGYH+7AZiHpm9wx2r21QjsSbiFiM/9KcakGCyOtQtvujdHujQvtoppmIjbzfHo1G4trmrEp5rnv8sdEKwdgabyJsM1sJ/h1O4vjDRiWtjcYp91fQmavSDYRtpnnPmRzsChRj6GY16kvHKMtEBbalZkmQnbr3DucLExmBL6+vyZOa7BEtVzZ0EjAZp77qNPFvFQa3Zp3MB6nOVjC1482NxGwW9fJ7WZuOiVQ90PJBI3BEr5+ZWsTPrt52z/h9TA7U0LdD6drqQua10mSYEV7E167eU1r/V6G60qo++H6WjIhUytLEiu6mvBY2lTIx2B9AsXyFcxqSpIKmddUkSWW9TThtrTpiJ/+hjJtS4ra0PQjHmSW9jfhspmvlUxNgN7GEup+VkeahKXVVIXFg004LW1dIkhXYwl1P6srTSxkvlYMTWXhUCMOy5tRnwrR0RwTPojZfXVEQ+ZrxWZozJ/VhN3SNmTCtDXHhGdm9lA9YUvrcOiMzGkSPpPGhigtzSWE/uzZjYQsrdNlMGduE4blZ2lqqaG5tWzeec0EQuZr0O21MzzShG5pm9vjNLSUXq+zF7YKrdfvYGh+M5rlqWnpTlLfWno0w+yl7fiCptYXcjGwoEVoW/vSZMq0c0e78VraQNRL/8I2oW0bqifdGhfakbX9QhuK++lf3CHw9R1zm0m3JYR23qZh3BbyP5wM0bekE1Wr/n39+1LVRUl5aa2gmG8USUkgae3CU6Jo7cjWwkOW3ShaJ7JivgEVpRZN6xSeEl3vRNeaLa0HQ+9EU8wPAV1NYdc7hafEoXdg18xFiqp4cert6Ir5i92upXDr7ZYBVsJjtOKyFim67MVrtGIo5i8Xl1qLz2gWmPmA0YJXzwBgKF4CRhN21fzl4tUShGyNKBZmPmxrwK+bfXe74iFqa8BpoeMDRoIaW72FmVeI2TKEjLi1Ty9xewanhY4PGzXU2jMokoIiqSTtacKG+QvYo3lI2tO4VfNDNWarIe1MWph5lYwzSY3NQp1rHupcSVwWOj7pqKHemTQNsbJGgytBzG7+Ag7qHhpcCdyWTyTtjNLgjiMjYcgqTe44cbt5jkKGhyZ3DLflE6lzRWhyxywkvUarN0bCYf6iDNvctHljuC2fSKM7Qqu3BgkJu6rT5osSd5jnKGr30O6rET6RZm+YNl8ECXBqpjbhMH/51TjctPsjQtviC9PiNxceTk2nPRAh7jTPZ9zloSMYFZ6S1kCYZr/5c3t0g/ZghJjLPJ+1Lg/toYjwlLSHIjRbixSPYdARjhB1mh/kCY+XtnBEGF7bw2EarUWKx2bQHg0TcZnaWp+X9pqI8JS0RcM0hiyt3aCtJiyitrV+L+2xiDDLtsXC1IdNrc9hozUWJuQ2r1My4KM1FhaY+dZ4mLqw+fr0O+20JiIEXZY25KM1EUFTFBRZpiURJh32CW1LbZiApU1FfLQmI6iKjKrItNSGSUXNaxrw2GlOhvG7zeufjvppToUtM6pMcypMbdR63XsctKQj+Ka18QDNmYjAzDenIyQsbdDnpCkTwWNh21OJAI2W1tBVmusjxGssbcBJY30Ez/S8ySBN9RFkS9vYECEWM18rwaCLxsYoLmvedCZIQ6OptRkaDU1Rota8obCbhqaoQMdn6sM0NJkLGptNo7E1RjRmaaMeGlpjJW1TlLrmGiRJwu40aGiLE42b2nCNl4a2uPCJ1LfFqbMWHg6XjYaOBGFLG6kN0NhZKzDzde0J6trMzwqnx05DVy0h6xiiqRCNXSnhKanvSpJuNRceTp+Dhp40wbh53WrSYRp60sJT0tibIdNhfl55Ai4a+uqE9sOoQlG+LF/VunhVPSVUPSWV+6l6SqDqKbnYeNVTcvH9VD0l0+MfDU/Jhr+89rJ4Sv7Fiq9UPSUXqepyrVrVqla1qlWtav1WVHVRUlaS+9FSJNixF8V1GyXM/MuotrXmmNaF0/diGWb+BlzugyXMfOCzOCwkvU3vJ+p/sYSZd+8j7D4geCUNwVfLIsEDNAafFJHgtPdG0t4bRCS4L/yiiAQHbYN0hx4SkeB2/7W0+K4UkeD5NU8Sd8wBIO4YYG7kThEJHgrupce/TWDm1yQeImVFguudA6youVlEghdFdjMruF5g5nem7hKR4DZ3P+vj14hI8NrYThaEVwrM/HV1B0QkuNfXz47kLhEJ3p7cytLIYoGZv63pBhEJnh3sY29ms4gEX1u3mdGaeQIzf3/rXto9ddbx9XFjw3oRCT7QvIE18VkCM/9o5y4RCR6N9XJL86iIBN/Tvo51tQMCM/9M7zYRCd6Q7OX2tmUiEvzxnrVsTPUiIZFy+nlhcKPwkWzL9HJHx2IRCX56cDUb050CM//i7HUiEryrqY87exaI9s3zc1exvq6EmX9x3moRCb6qrY+DfSOiffOJRatZa2HmO4IRXlg0SpMVCb6mu5/bBueI9s0nl69ilYWZ745EeXbpChEJvq5/gFuGZ4n2zafWri6LBMd4auUyEQm+YdYgN80ZEu2blzetZmnzNGY+wWOrl5KyIsE3zRvi+pFBEQl+adtqFjab12m4rpaPrVsiIsH7lszi6vkDIhL84u41jExj5ptTPLRpsYgE7185hz0L+wVm/vm9a0QkeKQ9w31bF4lI8C3r5nLFoj6BmX/2hjUCM7+gp567dywSkeADW+axY0mvwMw/vX8N/a2m12rhQCMHdy0UkeBbdy1ky7IegZl/4ra19FiR4CVzmjlw1UIRCb716kVsWN4tMPOP3rVWRIKXLmhl3zULBWb+9n1LWbuyW2DmH75/nYgEL1/WwQ3XLRSR4NtuX8Hoqm6BmX/g4fUiErxyTQ/X7lssIsG337eG5au7BWb+nsc2ikjwqk0D7N2/RESCD358A0vW9CBJEqmGMHc9vUVEgtfsnMWeW5eJ9s2dz21noYWOz7TGuPP5HSISvP7q+ey+Y1Ro7/70HuavM+PDDV1J7vjklSISvGnfMnbdtUa0b+770g2MrDPjwy0D9Rx89VoRCd56cDU771kn2jcP/vHtjGywIsFzWzj4hZs+/EjwZfiq1sWr2r6hHDO/AI/jEABZOQ6Fk1A8b2Lm1VYKuR8DBXKSG0n2UMhPI+lTFArHKBYvMFUsomntZLMmDj4r+ZElJ7m8iUVHbSCXP0KhOMZEUcWutTGe/SFQJEcYRbIxmT9EFgW7mmEyf4RCcZyJooZbb+Hc1I+BIpIURpY0JvJHmShouLU0Y7nD5IuTTBUV/HoTp6ZMdLwsR5AkhbHccaaKKj49yfnsUXLFSSYLOiGjjuOTrwGgyGEkSeJ87iTZgkrIqOX01FFyxSmmCjoRW5IjEz8HwK6EKFDkfO40kwWVqC3Bicmj5IpZ8kWNGlucdyfeBsChhCgUC5zNnSVbUIjbYhydPEaumCNf1Inbanhr3DxHLjVErpjjbPY8uYJM0lHDofFj5Ip5CkWduD3Em2MmDt6vBZgsZDmbvUA2r5BxRnl77Di5Yh5Z0qmx+XlzzMRgB7UA4/ksZ7Nj5AsSDa4ob1w4Rr5YQMFG1O7l5xeOAxDVA5zPTXI2O06+INHojvDGeRPxrksGUbubN86bOPi4zcfZ7ATnspPk8zLN3jA/O3ucfLGIQzYI2Zz8/LyJg0/YfJyZMrXFgkyrL8xPzphal6ITsDl489xpAGodPk5PjHMuO4VUkGgNhPnxqeMUikU8ig2PYePtcyYOPuXycmJ8jAvZLFJeojUY4scnT1AoFvHqBm7d4J1zZwFIu/wcG7vAWNZEvLeEQvz4+HGKmMZcu6Zx6Nw5ADIeH8fOW9oCtEZC/OioqQ0YNnRV5cg5E/GeCfg4cu4849mcOW80xI+PHqdYhKDdjirLHD13ASkPmZCfw2fOMWFpm2tC/Piwee5DDgeyLHHs7AVz3oifQ6fOMpnNIxehKRbix++a2rDTXDQct7R10QDvnjzDZDaPUpBoiAf5yTuW1uWkUChy8twYUqFIXSzAO8fOMJXLoxUlMvEgP3vb1Ea8LnK5PKfOjSPli9Qlgrx95DTZXB5VkknH/Lz2tvnogBqvm6lsjtNnx815k0HeOnSKXK6ALskkYj7eeMvSBtxMTuY4c3Yc8kXq0iHeeuckuVwBm6JQE/Xy5rQ25GZ8fIqz5yaQckXq6sK8+eYJ8vkCNk0hHPHw9lsnhXbswiTnzk0g5QtkGiK89cZx8nkTMx8Mu3nnTVMbjXg4f3aCC+cnkAoFMo1R3nz9GIV8AYeh4Q06OWRpY3EvZ0+PMXZ+EnJ5Mi01vPmTIxQKRRwOHa/fyaE3zeONJbycOXHe1Obz1LUn+PkP36VQKOJy6Ti9Do5Y2pqkn9PHzjJ+fhLyBeo6a/n5998RWofbzpE3zWsRz4Q5efg0ExcmKeay1HeneP2f3qJYNDHzhsPg2FvHP7T2zZp/d/1lad/8m5VfrrZvLlLVRQlVT0nlfqqeEqh6Si42XvWUXHw/VU/J9PhHw1NSXZT8Zqvavqmosl/QkqtyqHxbslGOeJFmaMu3zTZNOfq6Ulu+bWLlS78cFat1NF1q2bZitXQuNgagWbFdc8wuIr4zx0BCk0v4ek2yVWj1sjEJCV0uIeoN2SYis+b2TK3xvlpb2TwycgVK3iYbFVq7Uo7MlzHk0nVyKJUI6vJtVVLQZfV9tU61tK3JldrysYtpNVkpG6v8gHKVbeuyImK7gGjFXGzbUFQRxQVw/wKtWq7V319rUyu1rpnasm27plbg62dqnZfQOmdqjdK2Q9cq8PXlYzO37ZfQShI4ytDs79Hayh5fIEnYy7QOQ6vA15drFVmqQMs7bJVaRxkyXVFkjF9VOwPFXr6tqjJ6uXYGir18W9MUNF355bS6glaG0Hc4Z7xnyrY1Xb201lWGeDdUEdudOWZul31W2DWUMix++RiAw12u1VHK0PzlY+Z26XPG5jAqUPcfRv3aNNfLwDn5fa7qoqSsJN+nS54S5/WVmPnAV0uYebUDd+BrZZj5AxWY+WjoT8ow8z0kQl8RnpKI52AFZr4l8o0yT0kf7ZHPCk9Jvf/2Csz8cOzLZZ6SAYaiLwhPSXdwfwVmflniVYGZjzsGWBJ7THhK5ob3VWDmt6aeF5j5etcAGxL3CU/Jytj1FZj56+ofL3lKPAPsTN0mPCVba68WmHmbYueOpoeEp6TP1891dTcIT8nezB6BmXeqDh5uv0t4SkZCA9zSuEd4Sg407hKYeY/q5NnuAwIzvzjSz50tO4Sn5P72nQIzH9BdfLr/JuEpWZ3o5/72Emb+se5tAjMfNtx8YdbVwlOyOdXPw2WY+U8Mbq3AzH9l5ErhKbmifqACM//K3M0VmPmvLtopPCV7WwYrMPNfWLSpDDMf4KvLtglPybWdgxWY+S+v2CQw823BEF9ZtUlg5m/sHarAzH9l/WaBme8MR/ni2o3CU7J/eLgCM/+1rVuEp6QnVsPnNq8XnpID82ZXYOa/tmuzwMz3J+O8sm2dwMwfXDK3AjP/lb1bBGZ+MFPLJ3euEZ6SO0fnVWDm/+DGLQIzP6c5xQt71ghPyd0bFlRg5r+0f6vwlMxrz/D03lXCU3L31oUCM283NL54x1aBmV/Y28CT15Uw8/dduaQCM/+5+7cLzPyiwSY+fuOo8JTcf+3yEmbeYfCZR7YLzPzSua08cHMJM//A/pUVmPlPPbFDeEqWL2qvwMw/eNfqCsz8J57bKTwlK1d0ccftK4Wn5MGH1gvMfCjs5vlP7BKektXr+yow8w89tbWEmY/7efrVK4WnZO22oQrM/EOf2FmBmX/iC3uFp2T9nrkVmPlHPrtXYOZTTVEe+4PrhKdk842LKzDzj379JoGZr2uv5bE/2i88JdtuG63AzD/xZwcFZr6pv45Hv3278JRccf/GCsz8s//2IYGZb5vdxKN/fs+H6ympLkp+o1Vt31Bt31Tup9q+gWr75mLj1fbNxfdTbd9Mj3802jcr/783Xpb2zb9b9cVq++YiVcXgVata1apWtar1S1YVM/+brWr7prz0hYB5S1PShpC0LrC8DaptLZJs0kllOYZmLBVaXZ+FpnWJaZz2DSiyhVtXEjhtS0S7xmnMwaa1C23AsR5VNlslhlqL374ASTJX4X7bbJzaNL5eIuZchS6bt+CdapKwfQ6y5YOJ2ofx6g2WUibjXoGh+ADwaEkSjkFkaw2adAzit2ivEjItnsXYFHO1HtBryTh7hbbB1U/IMG9/K5JKt28edsW8VR41amlwdSJbd3XaPb1ELNqrKqkM+ufgUMzb3wl7LS3uVhTJ1PZ4u4nazPOpSRpzgkM4FYvK6kjQ7mkS+PpBfyc1NrOlYcg6C8J9OCyfSYMrQae3HlkytSOhDkFwdSgGiyNdOC1tiydOty8t8PULI23E7SYJ0q3aWFbTIbwjnb4EPf6k0C6NtRK3m20Kn25nebwVh2Ke++5AnJ5AQrhgVta2EHOY5zNoOFhR24xDNbV9oQQ9wZjQrkq1EHOYbYqw3cnyZCN2SzsYSdAdqhHa1XXNRB3WuXe6WJqux2bFeodiCTrDJXz9mqYWIlYyJeZyszhTJ1D3w4la2sMlfP261haRYkl4PCyszwgk/axULW2RknZNewtBp3mdan1e5jeU8PWz65I0R8zrJEmwpquFgNNsPaQCXuY2ptAs7ZzGFI1R8zrJksTq3hb8ljYT9jOnKYVqeQXmtqRpsLSqLDPa34LXYV7TumiA4eZkSduepi5qvkdURWZ0qAWv09TWx4MMttQK7UhXHWmL9qprCstnteC2WgQNtSH6W2sFvn6kr55kjfWoA11l6ewWXJa2KROmp62Euh8ZrCdhkVbtNo0lIy04LY9HU0OErvYy7exGYjXm68rp0Fk4v0X4QZqba+joSAh8/ci8ZmosrctlY/6CFuyWJ6WlLU5buXZRKxFL6/HambuoFZvdfF21dtXS0plAsowwI0vbCVtaX9DJnCVtGJa2rTdFc1et0M4b7SJkaf1hN7OWtmNYCP2OoTqaupNCu2B9P0FLG4r5GF7eKebtnNNEY3dKvK4WbBoiEDW14doAwyt70K15u+e30tCTFtpFO+bit7Q1mQhDo71oRuUd399kFfn1Y8Ef+fbEJaq6KCkvJQWK+QEsKSEkJQMWT0RWM8iW1wPZgaLWISvmB7CsRFHUOsEeUdV6VEsrS040tQ5FPAsngq7WiUWKTc1gqNO/9J3Y1QyapTWUKA4tIzDzTi2NXTP72KrswKWl0BXzg9KuhnFpKWRJByQ8WhKXai4QdNmJR6vFplgffmoYn55AtjDzfj2BRzN/odkUJ349jl2Zfm5OkIAeR5ZUJGSCegyfFhbakF6DQ7WehaEFCRs1yCgokkLYiOLXpxcIDiJGFIe18AgaAWqMKIqkoMoqNbYIQWN6geAkZgvjVM3zGbEFSNgjFmZeIW4PE7Keb+PRnCTsIbHwiNr81NpDyEjoskqtI0TYer6NT3OSdARxWd6PuMNP0hk0tYpKyhkkbJg/t193kHYFxCIl6fSTdgWRkDAUlYwrQMTutn4WJ5kybcrpJ+PyI2EaUtMuPxHrWTghm4OMO4DT8omk3T7Sbp91PlUyngBhu/UsHLuDOo8fh6XNePykPabWoWpkvH5CljbscFLn9YnFT53XR9praTWNOp+fkMM89xGnk4zfLzglab+fpNc8Rw5dI+P3E7S0UbeLdMAnPCWZgI+kz3odGRrpgB+/w7pObheZoE9g5tNBP7WW38RlM0gH/fitxUTU4yId9AnMfDrkF34Tl00nFfbhs+aN+lykwj40xdKGfcQCptZtN0iF/WKREvW5SUV8JmZelkmGfdQErNeywyAZ8eOZ1gZcJKM+FAtJn4z6qAlaWqeNZI0ft7WgqQm6Sdb4UGQJTVVIxnxELa3bZSMZ8+OytNGwl2TMb2o1hdq4n7Cl9brt1Mb8OC0vRU3US23cjyxLaJpKbcJPaFrrsVObCIhFSk2Nl0RtANlC3SdqAwSnn1njc5BIBrBb2ljcTyIZQJLAsGnUpoIEw+a8voCTRCqI3WpBxGr9xFMBJEnCMDQS6SABS+sPuUikQ6V5U0FiKfM9bbPrJDJh/NPzhtzEM2Gx8IhnQsTS1h8TDp14XQRf2Lxu/oiHeH0Ew5o3UR8hVmd+rthdNhINUaENxHwkGqMY1gIs0VhDrN76vHLZSDTFhPbDqKqn5DdbVU8JVU9J5X6qnhKoekouNl71lFx8P1VPyfT4R8NTsuTf7EOdkUr6oJW7MMlfrfn877Sn5MyZM3znO9/hb//2b3njjTcYGxsjHA7T19fHypUrmTt37q80b/VOSbWqVa1qVatav2R91O+UHDp0iBtuuIFYLMbjjz/OhQsX6O3tZenSpdTW1vKf/tN/Yvny5bS3t/Ptb3/7A89fXZSUleR5sgwzfw2K66CIBNt9r4hIsKJ14/K9XMLMu/bhct8pIsHhwBfLIsH91AQ+KSLBYfcthD23ifZNQ+hzFZj5puAzIhKc8d5M2rtPRIL7Iy+LSHDINkhv6GMiEtzhv55W314RCV4Ye1Zg5hOOQeZF7hGR4OHgNfT6dwjM/Lraj5dFggdZWXNARIKXRPcwO7hRYOZ3pe8VkeB2zyAbE9eLSPD6+C4WhkcFZv7G+tsrIsG7UleKSPDO5HaWRZYIzPwdzftEJHhusJ9r67aJSPD19VtYVTNfYOYfaru2IhK8r2GjiATf3rKJdYnZAjP/RNeVIhK8Kt7Hrc2rRCT4/o4NbKgdFJj5F/p3iEjwxmQfd7avEJHgx3vXsznVJzDznxzeIiLBO+r6uLtziYgEPze8lk2ZLiSgwRPkU3M3ikjwlc393N27UESCPzGyhg1WJLjFF+Ll+WtFJPjq9n7uHpgnIsGfWrxGRII7ghFeWrJKRIKv6x7gjqG5IhL8yuhaVluR4O5IlBeWj4pI8A0Dg9w6a7Zo37y6fm0FZv65VStEJPimOUPsnzss2jevbFkrMPODqQRPrV0uIsE3L5jFjfOGRCT4lZ3rWGRh5mfVJ3ls4zLRotm/dDbXLhgUkeBPXbVORILnNqf52JalIhJ8YNVc9i4aEJj5T167jjkt5jWd31HHg9uXiEjwretH2L24hJl/cd+6UiS4p577di0WkeDbti1gx9I+gZl/7sA6gZlfPNjEXXsWi0jw7VcuYuvyXoGZf+aO9WWR4BZuv3qRiATffu0SNq7sEZj5J+7bICLByxa2cct1iwVm/o79y1k32oMsS4TDbh59eKOIBK9Y3sm+GxeLSPAdd46yerWpranx8sijm0QkeNW6Xq6/eYmIBN/54DqWr+kRmPkHntoiIsGrtwxyza3LRCT4rsc3sXRtDwCphjD3Pb9dRILX7prN3ttXlNDxL+xg0bpewMTM3/PSFSISvOHaBey5c5XQ3veZq1lgRYIbu5Pc/cpeEQnevH85u+9ZKyLBD37lJhEJbhms5+4v3CAiwdvvWsPuBzaKSPAj375DRII75rZw1x/cXI0Ef4jV09OD1+vlf/2v/8Vrr73Gt771LT7xiU/w5JNP8tnPfpa/+Zu/4fjx4zzyyCO89NJLvPjiix9o/mr7hrL2zU/n4HGaaOOsXAOFE1ActzDzTRRyJrY9J7mQJAeFwmEAcnKthZkfNzHzajPZ3I/NeSQ/Egb5golFLyoZcoWjFIsTTBRVbGojE7mfmvMQQpI0svljFmY+aWHmp5goari0es5nTRy8JIWQJJnJ/EkmChourZax3FEKxSmmigpePcOZqTdMrWWkncifZqqo4tUSnMsdpVDMMlnQCehJTk69CYAshyhSYDx/lmxBJaDHOJ09RqGYY6qgEzJiHJs0cfCGEqRQzDOWP8dkQSVs1HBy6hj5Yp5cUSVi1HBk0sT225UguUKOC/kLZAsKNbYoxyaPky/myRd1IkaIQxPmOXIqQaYKU1zIj5MryCTsEQ6NH6dAgUJRJ2IEeHfCRMd7VT8ThUku5CbI5hVSjjDvjJ8gXywgSzphw8s74yba2q/6GctPciE3Sb4gkXaGeevCcQoUkTEIGW7eGTdx8CHNx/lcSVvnCvHz8ycoUESXDIKGk7fHTgNQY3g5m53gQm6KfF6mwR3k9fMnKRSL2GUdn27n3TET8R63eTk1Oc5YLkuxINPgDfLamRMUAZei49EN3r1gIt4Tdi8nJsYZz2WRChKNviA/O21q3YqBU9M5fOE8ALVOL8fHLzCRyyHlJRr9AX526iRFwKsb2FWNI5Y26fJx7MK0FhqDAX56wsSK+3Qbhqpy9PwFANJuL0fOn2cyl0cqQEMowM+Om9qAYUORZY5fGEMqQMrv5fDZ80zl80h5aAgH+NkxS2uzI0sSJy6MIeUhFfRy6PR5spa2PhLgtaOmNmh5SU6eHzfnDfk4dOoc2byJmc9EArx+ZFrroFAocPrChKkN+3j35Fly+QJKQSIV8fHGEeuaOh3k8gXOXJhAKhRJRX28c/ws+XwBrSiRiPh487CldTvJ5vKcvTCBlC+Sivl55+gZ8vkCqiQTD3t5y9JGPC4mJ7OcuzCJVCiSjPt59/Bp8oUiuiQTDbt5+5D5Won6XIxPZDl/YRLyRVK1Ad559xT5QhFDlgmH3LxraSNBF2MXprgwNomUK5JMBnjnnVMUCkVsmkIg4OJQmfbCuQnGxqaQ8gWSmRDvvHnC0qr4/A6OHDIfSRAJuzl3ZpzxsSmkQoFkXZi33zhOsVjErqu4vQ6OTh9vjYezp8eYGJuCXJ5kQ4S3XztGsVjEYddwuG0cn563xsOZE+eZHJ+CfJ5UUw1v/fQIxWIRp1PH5tA5cdjSxr2cPnbO0hZItcR480fmZ4XTqaHbdE4ett5fySAnD59maiJLMZcl1ZbgzR9Yj6Tw2tF0lZOHT39o7ZsF/2r/ZWnf/M26z/5Otm+OHTtGuMwof7n11UUJVU9J5X6qnhKoekouNl71lFx8P1VPyfT4R8NTMu9f3nJZFiX/Zf1nficXJb/pqrZvKqoMiCPNeKFI3rJ/2yu0UvkYIJdtmy0d7aJjAErZfmTJgVSmVeXKYyjfViUHUhlmRp+h1WW3+Lcm2SuQ9IZcjrqXKrZ1uRJJb1PKkPlI2MoQ9TbZIWK7gIj/gomOt5Vh5+2KvQId71TKkflKBUreodhFFBfApZYj8xXsZbh4p2qr0LrVcmS+gl0pXSeXWom692hlWlnBpmhlY5Vab5lWlxVsijpDWyqvXobMVlQRxQXwlI3N1Nreo6384PMaJa1d1TCU0jX1GJfSqiK2O3MMwGsrO/eaVoG699pmzFu27dQvrfWUbTt0rQJ177XP0JZtOw29QutxlMYkyUzcCK1NF/HamVpZknCVaV32GVpn2eMLZAlnGfLdadcr8PUVWkXGYSu9VlwOQ0RxwUzjTJeqytjLtU6jAknvKkOza5qCrSza6nyPtjSvpisYRtljEVwztO5KrV6mdc3Atpdv64ZaqfXM0HpK7wPDpqGVYfFdXnultmzbcOgztI4ZWsf7a30ztL7SZ4fNaUPVPlzcVrEoXZav35d65513+NM//VNeffVVPv3pT1d8/SpVXZSUleT7ZBlm/poZmPkvlmHm23AHvlzCzLtuqsDMR0J/WOYp6SYR+nIZZv6WCsx8c+SrZZ6SHtoir1R4Ssox80PRzwpPScDWy2D0uZKnJHBDBWZ+SfyTAjMfc/SzOPZx4SmZFbqegcBuFAszvyn1lPCUZJx9rE/cKzwlS6N7KzDze+s+JjwlLZ5edqQOCE/JxsSVAjNvKDZubbpPeEp6vL1cW4aZ352+gpXR5SiSgkOxc3/r7cJTMivYw/7GK4Wn5KaG7QIz71YdPNl5M+0e06uwMNzHwZbtwlNyV+tWgZn36y4+0Xed8JSsjPVyX/tG4Sl5uHMzm5LDAjP/maGrhKdkfbKXh7rXiMXI0wMbBWY+4fDxxbm7hKdka10vj5Rh5l+atUFg5tMuP3+wYLvwlOxq6q3AzL+yYD2b6jsAaPAG+PLSLRWeknLM/OeWrWd9g3k+mwNBvrhyI03CUzJYgZn/4poNAjPfHo7wudXrS56SwYEKzPyXNm1gZZN57rtqonxm4zrhKdk3Z7gCM/+FHRsFZr4nEePlrWtITXtKFs6uwMx/Yc/GMsx8ghd3rBaekluWzanAzH/u2k3CUzKrMcmzu1cJT8ltq+cJzLxNU/nsTZuEp2ROa5onrxoVnpKDG+dXYOY/c+sm4SkZ6arjsWtXCk/JHTsWsnvFgMDMf/ruLQIzv6C/gUduWCk8JXdetbgCM//yA1vpsTwli2Y3cf++FcJTctcNywRm3uu284lHtwlPyeL5rdx9oISZv+e2UYGZ9/scPPf0NuEpWb6sg4O3lTDz9963poSZD7l5+vmdwlOyck0PB+4oYebv/fjGEmY+5uOJT+4SnpLRTQMVmPn7nt3G0rW9ACTSQR77zB7hKVmzczY33r9G+EQe+PRugZlPNkb4+BevEZ6S9VcvqMDMP/LlG0qY+dY4j3ztppKn5OZlXPPIJuEp+fg3D5Qw870ZHvnjW8s8JWsrMPNP/Mv7GNlgekpahxt55E/v/FA9JdUq1Ve/+lXq6+u57rrrePHFF/nkJz8pvl5++eVfac5q+4Zq+6ZyP9X2DVTbNxcbr7ZvLr6favtmevyj0b6Z8y9uvSztm/++4ZXf+fZNMplk3759PPDAA8jy5bnHUcXMV6ta1apWtar1S1YVM1+qsbExdu7cedkWJFBt31SWvlS0ayR9FpLWx/Qp0uybkBTzdq2sxNFtq8Bq1+j6CJrWB5azwOnYhqKYt2s1JYnLPipor05jHna9R2iDzi1oinnr0aamCNiXIlutnYBtBLfeaWklEq71GIrZBnBqKaKO+RbtFWocc/AbJpJeQqbevQa7Yt7a92opks45KBa+PuWcRcgwW08yCu3e5TgsMmzISFHvGkSRzDsoTe5BorYMYGLm+/yLcKoW4tmWotndgyKZa9tOzwAxm3mrXJU0ZgXm4VLNW/C19iTtng5US9vv6yNhnybO6swLzcZtkWHrnEm6vS2oFpJ+drCbpN06R7LOksggbstn0uxO0utrRLEw8wvCXaQcZuvJqdhYXtMnfCbt3lr6A/VCu7Smk5TDPEdu1cZovAu3ap77Hn8tg8G00I4mOkg7zfaHX7ezurZDtGD6g7UMhpIoVlN/bbKdlNNnnk+bk9XJNqEdCtcyGK4VfoX1dW0kXeb5jNhdrEq3iHbNrJokA5G40G5oaKPWZf5VFXO6Ga1rEu2aOfEkfdESvn5TSxtxl3nu4243K+obRbtmbjJJT00JX7+5o52Y2zz3Sa+XZY312K0+/UgmRVcsWpq3q52opU35vSxpLqHu5zWk6YiZr09Jgg297YTd5vspE/KzsKUOw3ok/bzmDK0x8zopssSGgXZClrYuEmB+awbd0s5vq6MlbmpVWWbdUDsBl3n9G2JB5ralhXZBZz1NcbP9pakKa2e347cedd+YCDGnI41maRf2NtCQsOjJmsrquW34LG1TKsxwRwl1v2CgkTpLazNURue14bW0LfURBrtSqKqlndVEOmG+Vuw2jRUL2/FYrZLWphr6ulMo1rwLR5pJWlqn02Dp4jbhM2ltjdHTnRJ+lQULW6mtNbVut43FS9txWtr2zlq6elLIivUIhWXtxGvN97TX52Dh8g4c1l/37T1JOvtSyNYxLBrtImZp/SEX81d0Cm3nYIb2vrQ4hkXreola2mDUw7xV3dgtbdfsRlr7M0K7ePMgkYT1uRL3M3d1LzarBdMzv4XWgTqBpF+6YzZh62eLpkLMWdsvaK99iztoGawX2uV7FhCyzlmsPsqc9YNi3mp9uHXdddfxZ3/2Z5d1zuqipLyUsDC0SpIXSakB65e+pESR5elnixjIclSYVmXZi6LUCJ+IqkRRlKg1j2Fuyz5zTPahKTVI1ry6EkW3FhqyZGCoUVTZnFdTfBhKFFnSAAmbEsGw0PaKZMemRNAsQ6she7ErEYGZd6gh7GrI2qcNhxpCtwytdsWLUw0hSxqSJONUgzhV88NDk2y41SCGZWh1KB7calBg5t1qAJdq/iy6bMOjBYT51aW68WoBZBRkScan+XFbCxibYuDT/NgsQ6tbc+PX/MjIKJJMQPfh0dzW8dkI6D6h9WpuAoYPGRlVVgjqXrza9M9iEDJ8wvzq192EDC8yEqosEzI8+HRT61QMwoZHmF8DuouwzdRqskLE5sGvmz+LUzUI29zYLfNryHARtrmRLG3Y5sJnaV2aQcTmFkbZkM1JxO5GwjTFRuwuYWh16zaidpeYN2xziefZ6IpC1OHCZxlRPbpB1OESptqIw0WkTBtxuIRp1WMYRJwubBZmPuJ0EXGaWkNRibpKWq/NRtTpwrAWE2Gnk/C0VlWIlGvtNqIuF7qqIAERt5OIy2L3aBoRl0sYWn12GxG3C11RkJCIepyEhVYl4nbhtky1PoeNqNeFZmkjHicht3k+7bpGxOvCbc3rd9qJTGslibDXSchTqXXazGvqc9mI+FyoioxiaYPWvA6bRsjrLNPaCftcKIps+jT8LgJl2rDfhcMyv/o9dsIBF4osocgyIb9LLGAcNp2Q34XdmtfvdRAOmlpVVQgFXPimj9euEwq4hPnV73MQCrmQZQlVlQkF3cJv4nQYhEIu8XybQMBZ0moKwaALr6V1OHVCYTe26WMIuAiGPUiSaXQNht14LcOoy20jGHZjmz6GkItA2IMkmaj7YNSD29I63XaCUY94vk0w4iFkPXdG01UCEQ9u6xhcHjuhGq94Dk0w6iUY85mvV0MlWOPF7be0XifBGh+6haQP1PjEs290m0Yo7sdteX/cASfBuF88CycY8xOMW88hsusE4wGcZebX33RVja6leuaZZ/jrv/5rFi1axK233sqdd95Z8fWrVNVTQtVTUrmfqqcEqp6Si41XPSUX30/VUzI9/tHwlAz++cHL4in5P5tf/p33lDzxxBN8/OMfp6WlhWg0Ku5mAUiSxF/91V994DmrnpJqVata1apWtX7Juhx3On5f7pS89NJLfOUrX+Hqq6++bHNW2zdlJXmeK4sEX4fivkt4TOz+z5dh5ntw+V4tiwTvx+2+pxQJDn61LBI8QCzwahlm/lYinjtEq6cx9CV89pUAeIxBmkMvlkWCbyHj3S8iwQPRV4k4FgEQsg3RF35cRII7AzfR5r9aRIIXx18UkeCEY5j50fsrIsF9gZ0CM7+h9nERCW5wDbEqdruIBC+LXs2c0CaBmd+TebACM7+l9qaKSPCi8CqBmb+54S4RCe73DXJl6qpSJDh1BcujywRm/p6WAyISPBIc4Pq6HaVIcP12VscWCMz8ox03iEjw0ugAtzRuFpHgO1u3sD4xR2Dmn+nZKyLBa+L9HGxdKyLBD3VuYmMZZv6TA7tEJHhzqp+7O1aKSPBT/RvZnC5h5l+ZtU1EgnfW93Nv11IRCX5x1no2l2HmPzOyWUSCr2oe4L6+RcJj8un569hYhpl/deEGEQm+tmOAewbmC4/Jq0vXiUhwRyjCK8vWikjwDb2D3DU8Ijwmn121TkSCu6M1vLxytYgE7xsa4uCcOQIz//mN60UkuD8R5xNrRkUkeP/cYQ6MzBKR4M9tWy8iwUOpBM9tWCkiwQcWzuam+cMiEvzZ3RsEZn5OQ4qnNq8QkeBbl8/h+oVDIhL8mWs2iEjwSEuax7YtL0WC14xwzeJBgZl/5YYNFZj5j12xrBQJ3jSfPUv7BWb+U/s3iEjw4r4GHrxyqYgE37ljIVcsK2HmXzq4UUSClww1ce/epSISfNdVS9i+sk9g5l+4e6PAzC8baeXO65ZURoJHewVm/tmHNolI8IrF7dx24xKBmb/71pWstyLB4bCbJx/dLCLBoyu7ueXmpSISfPe9q1m9poSZf/TJLSISvHp9HzcdWCYiwfc8soEVFmY+kQrwyHPbRCR47bYhrj+4QkSC7316q4gEpxsiPPTJK0QkeP2Vc7nmzpUi5nv/J3eJSHBda4z7P32liARvvG4he+9ZLbQPffFaEQlu6klx3+euEZHgrbeuZM/960Uk+JE/2s/8DeZnUOtQA/f9wU0iErzznnVc+dAmEQl+7M/vFpj5znmt3Pf1W6uR4P9HZRgGIyMjl3XOavuGcsz8EB7naQCyUgQKx4EpEzOvZCjk3wAgJzlBMigWTCR9To6Rzx8DppgqFlHVOnK518158CFJCvmCicUuKkly+aMUyTJRVDHUDJM5a16CgEyucIosCjY1wWRuWqvhUFOM5UwcPJL5yyhbOMNEQcOpxhnLHaFInqmigltLci77lqUNAQUmC+eYKqq4tRouZI9RIM9kQcerxTiTfdeUygGKxQIThfNkCyo+LcqZ7DGKFJgq6Pj1MCenTBy8rvjJF3JMFMaYLKgE9QinpkwcfK6oEtBDnJgycfA2OUC2mGU8P062oBAxwhybPE6RIvmiTlD3c3TSPJ8OJcBkYYrx/AS5gkyNLcTRCRPxXijqBHQvRyfN8+lRfYznJxnPT5LNKyTsQd4dP0mRIrKk49dcHJk0r6lP9XEhN8l4fop8QaLWEeCdsVOmFgOf7uDIhImDD2pezmUnGM9nyRckUs4Ab10wtZqk49XtHBk3cfARw8OZqXEm8jnyeZmMy88b500EuV3WcWkGR8dNxHuN4eHk5DiT+RzFgkzG7eeNc6bWKes4NI1j4ybiPWbzcGLC1EoFiYzHxxtnzZ/FrRjYFJVj42MAxB1uToyPMZnPI+UlMl4fb5wxtR7NwFAUjguth+NjYwIHn/H5eOO0qfVqNlRZ5uT4OAC1Lg9Hz50nWyggFSDt9/HzU9b51A1kSeLUuIl4T3jLtHlIB3z8/KSp9dtsFItwZnwCKQ8Jv4cjZ86Ts7SpkI83j5vagN1OvlDg7PikOW/Ay5HT58gVCshFqA16eev4GaHN5Qucm9YGvRw+dZZ8oYhSkIgHPbxtaYMOB1O5HOfHp5AKRRIhL4dOnKVQLKIVJaJBD+8es7RuB5OTOS5MTCHliyQiXg4dM7WqJBMJuDh0zHythF1OxiemGJvIIhWKxKNeDh87S8HCzAf8To5Ma71OxsamGJ/IQr5IIubj3cOnKRbBkGX8PgdHj5mvq7DfyfkLk0xMZJFyReJxP4cOnaJYBJum4PbYOW5pQz4n58+NMzmZQ8oXiNf6OfTOtFbF5bZxYlobcHHu7DiTE1mkQoFYMsCht8z3k01XcTgNTk4fQ8TN2VMXmJrMQS5PPB3i3Z9b71O7hmHTOXV8Wuvi9InzZCdzkM8Trwvz7uvm+9/h0NANjdOWNhT1cPrYWbJTOcgXiNdHePe1o0Kr6gpnrGOIJPycOnyG7FSOYi5LvLGGd39qPuLD6bYhKzJnT5z70No3/f/sTpRfs32TvzDJ32996Xe+ffPMM89w6NChXxmUdrGqLkqoekoq91P1lEDVU3Kx8aqn5OL7qXpKpsc/Gp6Svn92J8qvmfbJj03yD78Hi5JNmzbxV3/1VwSDQTo6OtC0yt8nf/7nf/6B56y2b8pLKsMkS36g7MNbDpSNOUAq4Zfl8jFAloMlqeQUrRoAZYZWLdtWJBeSVEJda7K/QquXbauSE7kMSW9Y6R6xrZS2NdlpJXjMsinlqHsJm1J6UxiyE7nMauQoG5OQsJdh503MfOmXuVMtoe1l5ArsvENxoEgl7XT8F0zMvFMpoaRdaiW+3lOmVSUFp1K6Tm7VgSyV4cu10j41ScFZhq/3aJX4ep9e0uqyilMtfdB4Z2inUzkAhqziVEvXyadXagNGGYpfUXGopXPvN+wVSPqAUYbiVzXsl9LaSlqHqokoLoDfdgmtplXg6/1lWHkw7zZMl1PXRGx35hiA31Gu1Svw9eVjM7dduo4mK2D9fvQ7Z2jLtl02Ha183rIxSQJfGfLdbTdEbBfA7yppZUnCW651VGp9ZVpFlipQ8m6HIWK7gEjagImZd5f9pex22Srw9b4yFLuqyrguofWWaTVNwekova48blsFvt5bhm3XdAVHmdbtsVdqy9DsuqFiL9d67RWGRK+/7LVt07CVH4PPUakNlN4zhl3HKEPze/zOGdqyzwqHgWEve4xD2RiAN1jatrtsImkD4AnO0IbcFVrNqPxFWK0Pr3w+H5s3b2bhwoWEQiG8Xm/F169S1UVJWUne58s8JbtR3PeVeUpeLcPMt+L2f054SpzOa3F7HijzlHyx5CnROogFPyc8JSH39RWY+cbQ5wRm3mV00hr6pPCUpLzXV2Dm+6MvC8y839ZNf+Rp4SlpC1xdgZlfFHtOeEpq7D0sqnlIeEoGg1dVYObX1z4qPCUpZzdrE3cKT8nCyK4KzPyVmQeEp6TJ3c225H7hKVkb21mBmd/XcKfwlHR6u9mbvkZ4SnYkt7HC8pQ4FDt3t9wiPCWD/i72NewSnpJr6zcLzLxLdfDxzutp82QAGAl1cXvTVuEpua15o8DM+3QXz/ZeLTwlS6Nd3N2+QXhK7mtfz6bkkOU/cfHyYMlTsqa2mwe6VgtPyWO96wRmPubw8Ors7cJTsjHdzYM9K4Sn5JmhNQIzn3T6+Ny8LcJTsr2hm4cHSpj5T4ysEZ6SOo+fzy3aKDwlu1p7eGi4hJl/efFa4Slp9Af5zPJ1NFqekj2dvdw3u4SZf2V0rfCUtAbDvLp6rfCU7O3rr8DMv7p+HSuazNdyRzTCy+tWC0/JNcP9HFwwR3hKXt2yVnhKuhM1vLhpFUnLU3LDyGAFZv6VK9YJzHxvKsbz20aFp+TGRcMVmPlPXbVOeEoG62t5audK4SnZt3K2wMwbqsrL161ndrN5TYeakzy+e4XwlOxfO7cCM//SzeuFp2R2e5qP7V0hPCUHtsxj94p+gZl/8fYNwlMyt6eOB69dLjwlt+5aWIGZf77MUzJ/sIF7blouPCW3Xr24AjP/zIMlT8nCuc3ccfNyEfs9uH95BWb+yUe3CE/JokVt3HZgufCUHLxjtISZD7p59MmtwlOydEUn+w+uEJ6SOx5YKzDz0RovH39hh/CULF/Xy013jwpPyR2PbWLZul4kSSKWDPDIy7uEp2Tl1kGuv7fkE7n7hZ3CU1JbH+ahz+wRnpLVu+dy7QPrhPa+z14tPCXplhgPfPF64SlZf/3iCsz8g1/dJzDzdZ1JHvzafuEp2XRglKsf3So8JR/70zuFp6R5sIEH//j2D9VTUkC6LF+/D/XVr371kl+/SlXbN1TbN5X7qbZvoNq+udj4r9W++SBtlmr75j1zVds309/3/7590/1nd1+W9s3/3fbi73z75jdR1Tsl1fpI1u/jXy3Vqla1qvWbrtHRUf7bf/tvv1B37tw5nnvuOT7zmc98oPmri5LyMlaCZK5aJX0ESR8G646FZt+GpJhtFVmpRbetQ5IsmqqxEL1M63JcgWppNSWFy74W2dK6bItw6INMn/qQcwe6Yt4ytqlpQo5RFMm8FR20L8Bj9FpaiVrXFmyqeWvXpWWIOZagWD6YmGMeQcNE0kvINHo24FBNqqxPz5B2zke1tBnnXCK2VkBCRqHTtwqX1a4JGxmaXLPRLOJsi3sWcXsjIKFIKoOBZXhUC/FsS9PmGUCzfDDd3iFq7WYEVJM05gYXiXZNypGmy9uDZnlbBv0DpBzmLXhD1lkUHsGnmW2ABmeKfl8HmoWkHwn1kXGat8rtisGK6Cx8Fv211Z1iMNCKJpvaJdFe6l3WOVJtrIoN4LN8Jp3eFMPBJjTL27Iy1k2Dy2yreDQ76xK9wjvSF0gxJ1wvUPdra7tocJvnKGA42JDswqeb53MwlGJOJINmeVs2pjtpcJttlbDNyYZMh9DOiqaYHU2hWtot9Z3Ueyy8tsPF+ro2PLp57ufGUsyuKeHrtzZ1UOc1fUVxl5t1DS1CO1KbYjhWK7Tb2jpJe81zn3B7WN3UjFs3r9O8VJrBeFxot3d1krT6vymfl1UtTbgs7YL6DP2JEup+W28nCa/5HskEfKxobcSpm9d0YVMdvbUxZElCliS2DXQS95rXqT4cYGl7Aw5Lu6i1nq5kDZJk+jm2DHdS4zO1DdEgSzoasFuPr1/UUU9nKookgarIbJrdScRrvkea4iEWdtZjs7D4i3saaLe0mqqwaV6naNc0J8PM767DZs27ZKCJlpR5/Q1NZf2CTtGuac1EGOmpw7DmXTLcTHPa1NoNjbWLOglYLZjWhiizezPomvlaWTK3hca0+Vpx2HVWL+0UrZ225hhDfRmBul+yoJX6jNmuc7kMVi7vFK2djvYEgwMZtOl5l7aTsbQej53lKzvxWD6Tju4kfYN1AnW/dLSLlKX1BZwsWdWF29J29qfpGapDmdau7aHW0gbCbhav6cFlabuH6+kerhfaZZsGSFjaUI2Xhet6cVntpd6RJrpmNQh8/fLts4jXmechUhtgwYYBnJa2b2EbHbMbhXbF7hFiGVMbTYdYsHkYh6UdWNZFx9xm4ZkZvXYxNXXmtYg31DB/y2wc7kqP0m+ypp998+t+/a7Wtm3b2L59O21tbdx333382Z/9Gf/1v/5X/u7v/o7/8B/+A5/+9KfZvn07sViMf/iHf2D9+vUfaP7qoqS8JLcwu0qSYS06zA9RSfYgydO32VTz35aHRJLs1piplWUP8rRW0lBkj3j2jSzZzW1Lq8huFEsrSxqK7BbPs5ElB6rsQUIBJDTZhWYtbiRUNNmNMo22l+1oissynkroslNg5RVJQ1ecqLJhaW3oslNoDdkpsPKKpGIoDqHVZbtlfpWRkDBkB4ZlNFUlDZvsQJXNX2CGYsOumOZXSZKxK3YMeVqrYlfsaLL5c9sUGw7FLuZ1KHZsFipekzUcaklrV2w4FdNMKiPjUO0CK6/LGk7FJhYwdsXAqdpMrSTjUm041Gmkv4pLNcQCxqkauFQbEhKKJOPSbAJBb8gqLtWGLitC69YqtY5praLiVm2mkRMTO+/WDSRAkWTcqiHMrjZFxa0ZJa2uC3+JKsl4dAOHZaK1qRpuvaR164bwl6iyjFs3sFu+ELuq4dZ11GmtoYtFiCab805rHZqG2zDKtAZuY1qr4DYM8Uverqm4bTqq9cAtt6ELrLymTGutY9A0XIaOYmldNgOXbfo1J1fOq5fmlZBw2wxc1jHoqoLLbggMvsPQcdkMFKHVcVk4dU2xtGJeDZddR5FkZAmcNl0cw/S808/JsRsaLruBIktIErjsOk7LuKmpCk6HIRYadpuGy6GbWlnCZdcFgt7QVEtrHYNdw+k0kGUJWZZwOQyBitd1BZfTQNfNeR12HadjWmuaYu2WIVTXVZxOQyxKHA4Dp8tAkkBWZJxOm5jXMFScLgPNWnA5nAZOl83UyhIu10W0WpnWbUOSJBRVxum2YZvW2jScbhvq9DG4bWJhISsyTrddGGN1m4bDYxPH6/TYcVq+FUVVzHktreHQcXrsYl6nxyHmVTUFp8cujsHmNHB67CjW8To9DpzWwk3VVZxeh/CbfBhVLF6er9/Vuu6663jttdd45JFH+OEPf8hNN93E/PnzGRoaYuXKlXzpS18ilUrxd3/3d3zrW98imUx+oPmrnhKqnpLK/Xw0PCXZGfPO9IlUPSXvHa96Si6+n6qnZHr8o+Ep6fj2PZfFU/K9HS/83nhKzpw5w/j4OMFg8D2x4A9aVcx8tapVrWpVq1q/ZFUx8++tXycCPLOq7ZuykrwvlEWCb0Bx31MWCf5SJWa+LBLsch3A7b63LBL8hzjsawGw6YMVkeCI53YinrtEJLgp/DURCfYYQ7SEXhKR4DrfbWS8t4hI8GD0cyISHLIN0x9+SkSCuwI30+a/RkSCl8ZfFpHgWscwC8siwbNDN9If2GVFgnU2JZ8WkeBG1zBr4neISPDymmuZG9osMPN76x4RkeAOzzBba28WkeDNib0iEmxXHBxovFdEggf8Q1xVFgnek94tIsEu1cn9rbeLSPC80CA31l8hIsE3N+xkjRUJ9mlunujcJzDzy6KD3Nq0RUSC72nbJiLBIcPDi73Xikjw2sQAd7WuE5HgR7u2sNmKBMftPl4ZulJEgrelB7mvc5WIBD83sFlEgtPOAJ+bs1NEgnc3DPJA93IRCX559kYRCW7wBPnC/K0iEnx1yyAP9i8RLZvPLNjApvoOAFr9Yb6weJOIBN/QOcT9QwtFy+YLyzeKSHBnKMrnVqwXmPl9fcPcO3u+iAR/ac1G1jS1ANATreGVVaVI8P7hYe6cO1dEgv9g8yZGm81zP5CIV0SCD8ybza3zZotI8Jd3bhKR4OF0LS9uWiUw87cvnsv+BbNEJPiLezaJSPCchhTPbi1Fgg+uHOHGRcMiEvyF6zaJSPD81gxPlkWC71w3n2uXDAnM/Of2bRKY+YWd9TxWFgm+a8tCrlo2IDDzn7lts4gEL+lv5JGrlgmPyT27FotIsNth8Km7NotI8NLhZh64ZpnwmNxz9dIKzPwn798sIsEr5rVy9w1LhW/k3n3LKzDzLzyyRUSCVy7p4OC+ZcI3ct/BUREJDofdPPPEVhEJXjXazYH9y0Qk+L7714pIcE2Nlyee2SYiwWs39rPvtuUiEnz/Y5tEJDiRCvDoi6VI8Lrtw9x450oRCb7/ue0sW9cLmJj5Rz61W0SCN141wrV3j5bQ8a9cWYGZf+izV4lI8JYbF3P1fWuF9pE/uIGFFjq+qSfFg18qRYK33zbK3gc2iEjwo39yq8DMtw038ODXS5HgK+7bwFWPbBYtmqf+1f0iEtw1v40HvvHhRoKrTwn+zVa1fUNZ++YnA3hcJg46K4WgcALIMlnMISlJinkT256TnIBCsXja0kYpFI4BORMzryTJWdosXpBkCgVTW1QSZPOmdqKooiu1TOXfNufF/KWRK5wli4Kh1DCVP0aRPBNFDbuaYDz3jnnQUoAiRXKFc0wUNBxqlPHccYGZd6kxzucOWdogBfJkCxeYKqq41AgXcscpUmCyoOPRIpzNmuh4SQ6QL2aZKoyTLah4tTBnsycEZt6rBTmdNdHRuuwnV5xisjDBZEHFr4U4nT1hHldRxacFOJU9AYAh+5kqTDFZmCRbUAjqQU5OnRSYea/m4eSUhWZX/EzkJ5ksTJEryESMAMcmTcR7oajj1VycmDJx4G7Vy1hugslClmxeocbm5/CEOY8s6bhVByemzGvqUbxcyE0wWciRLcjE7D4OjZvXRUXHrdk4Pmni4P2qh7PZCaYKOfIFibjDx7tjplaTdJyqwYlJEwcf1t2cnhpnqpAnn5epdXp5+4J5fHZZx65onJg0Ee8R3c2pSVNbLMjUury8fd7UOmUdQ1E4OWki3iOGm5MTYxbiXaLW7eXtc6bWJRtoisKpCVNbY3dxYtzS5iVqPR7ePmv93JqOLMmcmZywtG6Oj40JxHut18PbZ6a1NmQJzkxMAhBzuDh2/gL5YhGpUKn16gbFIpybNBHvMY+bo+fOm3JFu8QAAQAASURBVNo8JHwe3jltan26Qb5Q5PzklKn1ujly9jwFSxv3e3j3lKn122xk8wUuTGv9bo6cNrVyEWp8bg6dOie0U7k8Y5NZUxtwc+SUqVUKElG/i0MnLa3dzmQ2x/ikiYOvCbo5cvIcxSJoRYmQz8URSxtw2hmfzDIxlUPKF4mFPBw+cZZi0fT+BLwOjp00XytBp4PxiSkmJnPmvGEPR46bWl2S8XrsHLe0IbeTC+OTTE7mIF+kJuLh8NGz1ntExuO2c2J6Xp+D8+cnmZrKIeWKRKNejhwxr7+hKjhdBqdOmq/BkM/B2bPjZKfySPkCNTEfhw+Zr1ebZsLTTlvagN/JudNjZLN5pEKBaMLHkXcsra5i2DTOTM8bcnH21AWy2Tzk8kRr/Rx523qf2jQ0XeHsKfO1HQw6OXPyPLlsHvJ5oskgR94y3/8Ou4aiKZw7Zc4bDLs4dewc+Vwe8gWiqRBH3jTx9Xa7iqLIQhuO+Th5+Az5XJ5iLktNJszhN8zPoGnPyvnTFz609k3LN++/LO2bH+169vemfXM5q7oooeopqdxP1VMCVU/JxcarnpKL76fqKZke/2h4SqqLkt9sVds35SWVEMrIIcpPjyRHKnVlWlkOQRnrQinTypJLtHUAVDlcodXkcOn7JBdyGepeVyrnNZRQ2Tyl5A2ATSmh7QHsZdu67EIpw9c7lHLUvYRDKeHrbbILpQxJ71L9ZUoJp1rqG9oVF2qZ1qP6KrQutfRmcypOVKm02PBqpXkUSanAzrtUp4jiAvi10jyqpOBRS+feo1VqA3oJQa1JCh6tdO59mhOlDEkfMkpaXVbxaKVz79cdIrZrakvHZ8iqaL+AGRFWyvDaYVsZXlup1AZnau1lKH5VE60agJDNIaK4M7VOTROtGoCQfYbWUal1lGsdjgoyS9hZ0rp0vVLrnKF1lWkNHbum/lJat62UvAHzjkF5lW977EYF6r58TJLMh+UJraOUpgEIecrel5JEYIZWK9NOt2bAjCX7y2KlHpetUusr0ypyBXbe67aLKO5MrarKeNyl96nXY6/A1wfLcOuapoj2C5hY+XJtoAzxrusqLldJ6/M5kJWyRx2Uodmn0zZiXr9TRHEBAqEyrV0T7RcwsfLl+Hp/uPSesTn0Cq0v5KrURkrvW7vTwF6G2/eF3RXaQLT0eeBw20RbB8Af9Vbg6wM1vpLW48D2ISZvoJq++U1XdVFSVpLnqZKnxL690lPie7EMM9+M2/cp4SlxOPfg9twvFh+hwKsCM29o7cQCnxaekqBrL9EyT0l96NMVmPmW0AvCU5L07KXOd0B4SnrDzxNxLALAb3TSF35MeEpafLtp918nPCXzap4QnpKovYsF0QeEp6QvcEUFZn5N4iHhKUk6Olkdu114SuaFt1Vg5nem7hKekkZXJ1tqbxKektHYFuEpsSl2bqi7VXhK2j2d7EnvFZ6SzYmNrIwuF5j5g803CU/JgL+jwlOyJ7O+AjP/YPs1wlMyJ9jBLU2bhafk5sa1FZj5J7quFJ6ShdF27mpdJ7gld7SuqsDMP9+/Q3hKVsY7ubdzVHhKHupeLTwlNXYPnxzeKjwla5Od3F/mKXl8YLQCM/+puRuFp2RTfScPlHlKnpk9KjDzabePTy9YLzwlW5s7eaDMU/L8glHhKan3BXh56RrhKdnZ3s29s0qekk8sHxWY+eZgiJdWrBaekt3dPdw1MiIWH59cs4qVTea5b4uEeWHNSuEp2TPQy+1lmPlPbFglPCWdsSjPrl8pPCV75/Szvwwz/+K2VcJT0l1bw5ObVwhPydXz+isw8y/sWiU8Jb2ZOI9vXyE8JdctHRKYeZum8tze1cJTMtBYy8euWC48JdePDldg5p+7YY3wlAy3pXh4T8lTctP6ORWY+advWSs8JbO7Mtx39VKxcLlp20gFZv6pg+vosTwlc/vruOu6kqdk35ULKjDzT9y7QXhKRmY1VnhKbr5uERvXlDDzjz60QXhKFsxvqfCU7D+wTHhKgkEXDz+6UXhKFi5t5+bbSpj5W+5eJTwl4RovDz69VXhKlqzq4sY7VghPyYGH1rN8fZ+Jma8NcP8LO4SnZNnGfq67p4SZv/2prcJTksiEuPfl3cJTsmLHbK6+v+QpufOl3QIzn2yu4Z7PXC08JauvWsDehzaKxcfdn7tOYOYz7bXc++WbhKdk3Y1L2fvxLcJTcv8fHhCeksa+DPd87cCH7Cm5HL6SD+1wf+eq2r6h2r6p3E+1fQPV9s3Fxqvtm4vvp9q+mR7/aLRvmr5xP4rD9ou/4RKVH5vgJ1f+brZv/H5/xZ2rS9XJkyc/8PzVSHC1qlWtalWrWr9kfdQjwS+//PJvdP5q+6a8jHUgmR4KSZ+PpM9jmtKqOXYjW60dWUmi27cgST7z24zF6EZJ63ZehWZpNTWD27EJWTbndduW4jTmMr0eDLuuxKaat7jtah1h5zpUi/Aasi/BZwwJomvKvQOHat62dmv1JJwrUWXzFnfCuZCwrQ8JBQmFZu8W3Jp5K9qv11PnWowmm7ei613zqbF3WnxUhW7/OjyaefszYtTR4h5Bt0isbZ651NpbTSC9pDIrOIpPM1s7CXsdnd5ZGLL5V0OfbzZpRyMSEpqkMT+0FL9mthfSjgx9vn4MixQ7KzBMvbPOosQaLIssIKCb56jJlWHI341hkWIXhAdpdKUs8qvB6tgIId1sGbR7MswJdmBY9NflNf00u83b6m7VzvrELIK6eT57fGlGwq0YFtF1TbyXFo95q9ynOdiUHBDekcFgmvmRJnRLuzHVS6vXPEdBw8nWdC9Bwzyfs8Jp5kcbBP11a10PLV6zXROxu9ha103QMG/Xj9RkWBCrE9odjd00W+2amMPNloZOAoZ57ufF08yLp9EsQuoVrd2iXVPr9rC5uR2/zdQuTGYYqU2VtB3dNFjtmqTHy4aWNnw28zotytQxJ5kUlNZdPd3U+c1zn/b7WNfWgscwr9PixjqGUyV8/a6BbjIBn/k6CvpZ09GC29IuaalnMJVAsTDzVwx1kwqY16kxEmS0q1lQW5e2N9CfSaDIEoossXNOD0lL2xwLsaK7CaelXdbdSG/GRN2risz2kW4SAfOatiTCLOttwmE9vn5ZXxPddSbqXlcVti3sJhawHkmQirC4rxG7pV0+1ExnfQxJAkNX2bK4m6ilbauLsqC/QSDpl89ppb3exOI7bBqblnUTtvwgHU0x5g02YDMs7fw2WhpM1L3TobN+RQ+haW1rnLlDDRiWdsWSdpobzcdBuN021q7qET6Trs5aZs9qQLeOYcXKLpqaTK3X62DVmh7hM+nuSzM8pwHNIsWuWNNDvaX1B52sWNeLP2hqe4bqGJzbKOivKzf1U2dpgxEPyzf247Xm7ZvbSP9Ik6C0jm4fJm1pw3EfyzYPCm3//Bb65jcLSuuqK0dEuyaaCrJk6zAeSzu4tJPe+a1Cu/qahSSbzfdirC7Ckh1zcVva4dEeeha2o1gen3X7llNraRNNMRZfMQ+Xr9Kj9Jus4mX6+l2tvXv3/tJfv0pVFyXlJcnmFyBJivXv6RWtAqKlIpsLhWmDpaSIhYNZKqVTK1sLBUls///Ze+8wOa463f9TVZ3z5JxzkDSjCZqsURxplHPOkiVbkm0552x5bcB4yZiMybDs7v3duyzs3rtL2GQWFmPAYOOoNAqTU6eq+v1RNae7hcABYzD08TPPM+Xz9qnqU9WtmvN9309hotUB83WmVpLM7ZlxZeM4iB2TJEydkrEtxpGR4oyZMgrSzOuQkCQZWWzLZr9kbinI5riSJCFLiomgN7UzfTOvNA2rM9tiP5KMIsXGVcxtwHweioJsHmN8n9GvCMPqDMr9cm3cO73seK+klcS2RZzTy8aVjX0a8zPzWjnhGGb+MZ7pk8yR5TitLEkosiyMpookiX/wpbj+eO3M8qdFlsWNhPEcGFloFUnGkjCuHGe+TTy+2HuLjWuJ26dFjmll+Te1ViXx+C5/bfwxzBwfknFDYZET+4RWlgXKfmY/ihzfJzHznyJLCaZOJU4rSzKKIsWOV4kdgyQZKHcxZ/LM/BrzKUsylpn3Jkvma2fmwfh95pwqiiyOYeYGSIyrGMcnris5Nq5kzkPsfRtzJkmS0Rc37sz7FFqzT5LMa0WRhGFVMtHzshw7b3L8e5NlYViVJVM7c47j5wgDHy9J8eMY1/zMPMhK3DV42fwqiowkx41riY0rK1JCnywnasW4cf2Y7zP+mBSLnPi+FSlOG5sjQ6uIGxRZlszXJv8p+2O1F198kbvuuott27Zx4cIFAP7xH/+Rn//8529pvKSnhKSnJHE/SU8JJD0lV+pPekquvJ+kp2Sm/y/DU1L6+TveFk/JS7tPvis9JfHtu9/9LsuXL6ezs5Pvfe97PPfcc5SWlvLYY4/x9NNP841vfONNj5m8vUy2ZEu2ZEu2ZHuj7S+9fhPXbrvtNh566CH+6Z/+CZsthjNYsGAB//Ef//GWxkzelMQ1yf94HGb+CIr31lgkOPUzsUiwtQFPyidimHnvdQmR4Kz0L4tIsNPWQm7ak3GY+RvI9N0kIsGVmV8QkWC/Yx7VGR8QkeDSwPUJkeDW7E8IzHyGs42mzEdEJHh22rGESPDivA/GYebn0Zt9t4gEd2RczVwRCbaxofCxOMz8PFbl3iQiwX3ZBxMw8/tL7hOR4Hr/PDYXHBWR4I35+xIw89eW3y4iwc0pLewp2i8iwXuKdyVg5u+sOSEiwd3pLRwp2y4iwcfKt4tIcMDq5eSsa6jxFQOwNLuF6yo3iUjwbbVbEzDz7288KCLBq/OaualmtcDMPzh7UwJm/iOtu0UkeHNxC7fX94tI8HubNyZg5p/s2CYiwbvKWrhjzlIRCf5gx3o2lBiR4HJfOp/q2SwiwfurW7izaZGIBH+8d52IBNekZPCJhetFJPjwrFbuaOkVkeBPLl0nIsGzMrJ4sm8N5abH5Jq587g1DjP/mdXrRSS4ITuHj/avFpHg4/PauLEjFgn+7Mb1LK0wruXm/Dw+uHqFiARf193Odd2xSPBnt29gUaXhgZpXlM/71/dTYEaCTyzs5GhcJPjTezeISHBHeSGPbV4uIsE3LutOwMx/8tCGGGa+poRHti0TkeCbVvdwYFEMM//kNRtoqzTOae+sUh7c2Sciwbds6hWRYLfDxsev3yAiwYvmVnDv3qUiEnzrzoUJmPkP37JRRIKXzKvizgNLRST4tgNLRCQ44HXygTs2Csx8X08NtxxeIiLBt1/TJyLBqQE3779/s4gEL19Uzw1XLxGR4Dtu7BeR4IwML4+d3CwiwSv653Dt8SUiEnzHXasTMPOPPLZFRIJXrWvimutjkeA7HtrAslVGJDi/KI0Hn9guIsFrts3j8I3LRCT4rvdtjWHmyzO5/8O7RCR4/d4uDt4SiwTf89E9IhJcWpPLPR/fKyLBm65exP7bVwnt/Z8/IiLBlQ1F3P3pq4THZOuJfvbGRYIf+vr1IhJcO6+cu794TESCd9yxjj33bhSR4L/6xztFJHh2Ty13feXEOxoJ5u1AzL9Jo+sjjzxCS0sLXq+XzMxM1q5dy69+9avfqj98+DCSJL0hU+oTTzxBVVUVTqeTgoICTpw4QTAYfEPH9eyzz7Ju3brf+P8ZGRkMDg6+oTEub8nyDfGY+Tn4PAYyOSKlgDYEqAZmXs5G1wYAiEouQELXx01tOpp2CdAI6zqKkouqnjX68AE6mm6gozU5h6h2EdAI6hasSjYRdcDUpoCuoeqTRFCwKZmE1YuATlC34lCyCKoGDh4pBU2PourTBDUrTiWDafUSoBPWFVyWDKaiF02tgY6P6kHCugW3JZ3J6CCgE9JsuC2p5jYgBYjqEaJ6iIhmwWtJZTw6bIyr2fBY/OY2WGU/ES1MRA8T0iz4ramMRowIWFS34LX4GYuOAGCTA4TUEBE9QkRTSLGmMBwxxlF1Gx6Lm9GIgdt2yAGm1SARPUpUk0mzBRgMG+Noug2PxcVIxJh7t+JlKhokoqtEVIUMu5+LIQPFLWHFbXEwEjFw1V7Fx3gkSFRXiWgymQ4fF4LGPi3YcCo2RiLG+Q9YvIyGDa2qSWQ5fJw3tVbJhkOxMhI2EO+pVg+j4WmiuoaqymQ7vQxMG8fnkGzYFIXRsPEhT7N6GAkZWl2TyXZ5GZgytC7ZikWWGQsbiPcMm4fB4JSJeJfIcXs5N2m+b9mGIsVpHW6Gpk2tKpHt9jAwaVxzXqsNCRgPhwHIdHi4NDUlEO85Xg/nxk2txfjinzC1WU43lyZNrQZZXg/nTa3PakfTNSbDBuI90+Pm4sQkOkapJMvn4fyYofVb7UQ1jakZrc/NxfFJdN3QZvrcXBgzzpPfbieiqkyHo4bW7+bimKGVdcjwubkwamgDdgehSJRgxNBm+N1cNPsUTSLV5+LSjNbhIBiOEIqoSJpORsDDxRHj+Ky6RMDrYnBG63IwHYoQjqhIqk5Gqkdg5S2SjM/jYHjUuFZSXU6mpsOGVkvUWiUJj9vByIzW42JyMkQkqoKqk5Hm4eKgobXLMi6XjdFR47pK8TmZmAgSjWpIUZ30dC+XLhnn325RcDitjM1ovU4mxqcNraqRnuHl0kXzGrQo2OwWxseMazDgczI+No0a1ZA0jfRMH5dmUPdWBavNwoQ5bmqqi7GRKdSoBlGV9Gw/lwaMz5fDbuDgJ8eNcVNSXYwOTqCpGqgq6bkBLp01PrdOhwVJlpia0aa5Gbk4hqbpoGqk56Zw6ewMvt4os85oUzN9jJwfRdN09GiE9LxULp0xvmecbju6pjE9EXznyjefvRP59yzfaFNBXtr78Bs+1mXLlrF161ZaWlqIRqPceeedPPvss/ziF7/A7U40+f7d3/0d9913HxcvXuTmm2/m+uuv/63jfvGLX+TAgQN8+tOfpqOjg+eff569e/eyZcsW3v/+97/uceXn5/O1r32Njo4OvF4vzzzzDKWlpfzt3/4tN910Ey+++OLrjnF5+5O/KTlz5gy33nor3/rWt5ienqayspJPfepTNDUZd9W6rnP//ffz5JNPMjw8zLx58/jwhz9MXV3dG95H0lMSv5+kpwSSnpIr9Sc9JVfeT9JTMtP/l+EpKfnM23NT8vK+N35Tcnm7ePEimZmZfPe736Wnp0f8/zNnzjBv3jy+/e1vs2LFCq6//vrfeVNy7NgxnnvuOf7v//2/4v/deOONPP3003z/+99/3eO45ZZb+I//+A++/vWvU1lZyY9//GPOnz/P7t272b17N/fee++bfm9/0uWb4eFhOjs7sVqtfOtb3+IXv/gF73vf+wgEAkLz2GOP8fjjj/OhD32IH/7wh2RnZ7NkyRLGx8ff/A6luItDzoC4GwNJzon9LnmQ4rSynJWgVZTcWJ/kRZZiaGaLnEX8tNuU2LiK7EWRPHF9mQlahxJborTKXixx+HqnkiFSMAAuSwx1b5e9WOLw9W5LPL5ewmOJ4eudiherFMM2ey1pQish4bPEEPUuxYs1Dl/vt6bGpYEkUaoB8Fg8WOOQ9DPxXzAw84E47LzP4sEmx6HObbFxLJJCijU2nwGrB6scu4nJsMfGsUqKoLca+/RgjUv8ZDliWrtsIcUWm880eyK+PtsZO98OxUKKLTaf6XY31rjkU44zdnxOxUogTpvhdCfg63NcMa3LYsVvi33ZZV6udce0bqsVny12njJd7gR8fY4npvXYbHjj6r2Z7su0Xk+C1hOnzfK4E/D12XFar92OO35c72VaX0zrc9hx2WLnNNPnJk5Ktj9O67TjjNNm+T1CK0mQGaf1uxwitguQGYhpZUkSpRqAgOcybUpsHEWWSI/Xep3Y47D4mamx+VQUOQElH/A5sVlj10pmWtyjDiwKqfFavytBm5Eep7UqoqwDkBJwiSguQEYc4t1ms+CP16a6E1D3GXGId7vdgtcf9wiFNA+WeDR/Vty17bIlajO8Im0DkJ7tT9B6fHHaTF+iNjcgfnd5HLjjtKnZ/oTETHpe7PvA5XPiitfmBBKQ9Bn5sUdouP0uXHHI/3eivZ1PCR4bG0v4CYVCb+gYRkeN1arU1Nj3saZp7Nq1i5tvvvkN/1He1dXFj370I55++mkAXnrpJf7hH/6BFStWvKHXP/zwwxQWFpKXl8fExAS1tbX09PTQ0dHBXXfd9YbGuLz9Sd+UPProoxQUFPCZz3yG1tZWiouLWbRoEWVlhj9D13WeeOIJ7rzzTtavX099fT2f+9znmJqa4ktf+tKb3p/kuzcOM78exXuj8JQ4AieFp0SxlOMOvDeGmXdtweu7KYaZT3lvHGa+muzU9wpPSapnO5m+G4SnpDj10Rhm3lpDRfrDwlOS791OSeAa4SmZnfGg8JQE7LXMybhbeEoqAluoSdkrPCUdWXcLT0mGo5aurJuEp2ROykbmpm4XmPm+3JuEpyTPWUNfzlHhKWlPX0dH+jqBmd9QcFx4Sko9NazNPyA8JYuzVtOb2S8w83uKjghPSbW3hu2FO8WNyqqcFcJT4lQcXFO2T3hK5gRq2F+8SXhKthQuZ0UcZv6m6p3CU9KSWsPVZWuFp+RA6TLhKfHb3Nxdv1V4Sjozqrm2eoXwlBytXCIw82l2Dw/O2SA8JQuza7ipbqnwlNxYt0R4SrIcPv6qea3wlCzLr+Gm2YuEp+T2hsUCM5/n9vOetpXCU7KyqJZbG3uFp+TelkXCU1LoDfDern7hKVlbVsvNzd3CU/JA52LhKSnxp/JYb5/wlGysruPGeV3CU/LQgsXCU1Kemsaji/uEp2RzfT3XtbcLT8nJpUuFp6Q6M4OTy5YIT8mWxtkc62oTnpKTK5cKzHxtdgYPrFgkPCXbW+ZwpLtVeEpOrusTnpL6/CzuW7NIeEp2djRyaH7MU/Lg5j7hKZlTnMvdGxYJT8nO+XPZt8DwlNgtFh7c3ic8JY1ludyxeaHwlOxZ3MyuRU0CM//AnmXCU9JUWcAt2xaIG5W9/a1sXxLDzN93aJnwlLTUFnLDrgXCU7Jv7Tw29zUKzPw91ywXnpLWOcVct3eB8JTs39IhPCVej4M7r+8XnpK25hKOHlwgbj4O7u5mTb/hEwkEXNxxy0rhKelor+DqwwuFp+TgoV7hKUlNdXPLHSuFp6RrfjWHji4SnpJDxxcnYOZvvm+t8JR0L6lj/3WLhafk8E3LWbyqAUmSyMoNcOPDG4SnpLd/Dnuv7xM+kavvWSM8JblF6Zx4bIvwlCxa38zum2L+k2MnNwtPSX55Fifev0t4SpZs7WD3bauFp+Ta9+8WnpKi6lxOfHi/8JQs37eAnXetF56SG548LDwlpbOLOPHkkXfWU/I2toKCAvx+v/h55JFHXvc1uq5zww030NXVRX19vfj/jz76KBaLhWuvvfYN73/r1q08+OCDdHV1YbVaKSsrY8GCBdx2221v6PVWq5UvfvGLPP/883zta1/jC1/4Ar/85S956qmnUBTl9Qe4QvuTLt/U1tbS19fH6dOn+e53v0teXh7XXHMNhw4dAoy7urKyMn784x/T2NgoXrdmzRoCgQCf+9znrjhuKBRKuCMdGxujoKAgWb4hWb4R28nyzW/0J8s3V95Psnwz0/+XUb4p/tTdb0v55pUDD3Lq1KmEY7Xb7djtv/sBg0ePHuX//J//ww9+8APy842b6B/96EesWLGCH//4x+TmGjfAxcXFr1u++dd//Ve2bt3KQw89xLx58/j1r3/Nddddx6FDh7j77rtf931897vfZf78+W/gHb/x9ie9UvLSSy/x0Y9+lIqKCr797W9z5MgRrr32Wj7/+c8DMDBgGESzsrISXpeVlSX6rtQeeeSRhLvTgoKCP9ybSLZkS7ZkS7Y/m/Z2PiXY5/Ml/LzeDcnx48f5X//rf/Ev//Iv4oYE4Pvf/z4XLlygsLAQi8WCxWLh1Vdf5cYbb6S4uPi3jnf33Xeza9cuDh48yKxZs1i3bh0nT57kkUceQbv8hvUKbcmSJRQWFnLbbbfxs5/97A3N3+u1P+mbEk3TmDt3LidPnqSxsZHDhw9z6NAhPvrRjyboLn84kK7rv/OBQbfffjujo6Pi59SpU0aHYx3IxtK5bF+AbO8FjKVzq2sPssVYOpeVIuzOLUim1u5Ygj1O6/UcwGo1tFZLKT7XZhTZWGb3Opbisfcgmdos7z6cVmOZ3WktI9O9DqtsLLNnuJaQ4uhAwgpIFPt24rEay+Feaxn5nhVYZWPpPN+9kExni8DMVwe24LMWA5BqK6PMuwS7iaQv8/aS62wwSK5YaExZR4rNuMCzHKXU+npxyCYW299NkdtA0lskK+1pK0izGcvL+c5S5gQ6cMjGUnRTSidl7mpkZKySjQUZfWTYjRvGEncpzSktOBVjKbojrY0Kj4Gkd8h2+rIXkmk35rPKW0p7WiNOxfhrZEHmPKq9JchIuBQHq3O7ybSnmsdXQnfGHJyK8WFeltNCra8ICQmvxcn6/A6yHAEAGlNK6M2sw6kYc78mv4l6fz4SEik2F1uKWsk2fSat6SUszK7GqRgrSZuKmpgVyENCIt3uZltJE1mmd6Qjs4SFOZU4FGOFZ1tZI7NSjDnKcnrYVtZIltOYz56cEhbllQvtzqpG6lKNOcp1e9laMYcMp1Ey6M0vYWFBKXZTu6u2kbo0owyU7/WzpXoWGU5j7hcWldJbWILdXDLdM7uRmnSjBFfkD7Cptp50U7uotJSeomJspnbv3Eaq0o25L0lNYX19LalO4zwtriijqySGr9/T0khFhnEtl6WnsnZ2LSlO4zwtrSmn3dTKksTu9kbKMozzVJGVxqqGGvwz2voK5pUVCMrrzq5GSjIMX0FVbgYrGqvxOY1z2tdQSUt5vkGpVWS29zRSlGGc0+r8TJY1VeE1tcuaqmgqN/D1dqvC9oWNFGQa2triLJY0V+KZ0c6rpqHC0DpsFjYvbiQvwzj/9WU5LGqtxO00rpXlXbXMqcxDliRcDisb+xrJyTD+wp1VlUtvWwWuGe2COuqrcpFlCY/bzoYVjWSbHo/ZtXl0t1fgdBrXVf+SWdRWGah7n9fB2lWNZJrekTmzC+nqrMThMLX9c6iuyUWSIBBwsWrNXOEzaZhbTHtXnHbNXCpNbWqah/51TaRnGtq580qZ11OJfUa7sZnyGuOv6/QsH8s3tZBqjtvUVUlrbzU2E4u/YnsbZbWGNjM3hb7NraSY2pYFNbQsqMFqalft7aG0zihxZRemsXRbOynmnLUunUXTwjqBul99aCEldcZ3UG5ZFkt3duM3x21fOZemxbOEdu3x5RTXG39IFlTlsmT3fPzp714A2Rtpuq5z7NgxvvnNb/L//t//o6SkJKF/165d/PSnP+UnP/mJ+MnNzeXmm2/m29/+9m8dd2pqSpBzZ5qiKOi6zhspopw9e5ZbbrmF73//+8yePZvZs2fz2GOPcfr06bf2RvkTvynJycmhtrY24f/V1NTw2muvAZCdbdQRL18VuXDhwm+snsQ3u93+G3eoAOhh0I3lQF2PouthYpSbsPkDoKEThpmyjh4xtdpl2zGtLkpAUWMbYz+aHkab0eoqOmE0ImZfFE0PiXENrdGno6HpEXTzeDWi5ji6qY2IcXU0VD2CJvYZNV5rUnxUPYJqHp+u6wlaVY+iajP7TNRqaES1KJp5fKquEo0bN6pHiGqmVteI6lFU83ijukp0Zp9AVIuKbU3XiGgxrTGuar4zPaFP0zXCWgRNjx1DRI+axwBhLUpUm+nTCGlRoY1oKmFNRUdH1yGkRYnM7FPTCGtRVD02TkgzxtUxtDPjRvXLtSohLfbeLteG1CjajFZVCasz7yXxeKOaRkhVxfGG1ShBNXaeQmqUSII27hjUKCExrk44TqtqesIxhFSVkBqN06oJcxaOqgnacFSNHUM0StQsJURUjbAa04ajMa2m6YSjUdS4440fNxJViZjL9JpmjKOa40bV367VdZ1wVL3iuLoOoYhKNO4YIvFaVSMyowUi0SgRNXb+I1EV1dxPJKoSisSuq0gkStQsdaiqRiQS00YjKpGIakRYdZ2wuT0z94Y27r1EVOOvZyAcUYmq8eNGjdjsjDYcFX9pRyJRItHYnEUisfk1xjW16ESjccegakTCqhHdBSIRQ2vMJ0TCUdTojNbY58wxRCPGa41rRUvURo1tfeZ4w1Eiodh1FQlFxbmY0cbGjRIJmd8zmk4kFEGLxs1nKBKbh1AkNq6pjUYSS+x/0PZHgKcdPXqUL3zhC3zpS1/C6/UyMDDAwMAA09NGdDstLY36+vqEH6vVSnZ2NlVVVWKc3bt3c/vtt4vtVatW8dGPfpSvfOUrvPzyy/zTP/0Td999N6tXr35DnpD09HSOHTvGv/3bv/Hiiy+yZcsWPv/5z1NcXMzChQvf3Js025+0p2T79u2cOnUqIZp04sQJ/uu//ot///d/R9d1cnNzOXHiBLfccgsA4XCYzMxMHn30UQ4fPvyG9pOMBMfvJ+kpgaSn5Er9SU/JlfeT9JTM9P9leEoKn7znbfGUvHbVA2/4WH/byv9nPvMZ9u7de8W+K3lKent7KS4u5rOf/SwA0WiUhx9+mKeeeoozZ86QkZHBqlWrePjhhxNSrm+0qarKt771Le6++25++tOfol5+HbyBZnl9yR+vnThxgo6ODk6ePMnmzZt5+umnefLJJ3nyyScB40Rdf/31nDx5koqKCioqKjh58iQul4vt27f/kY8+2ZIt2ZIt2ZLt929vZe3glVde+Y3/96//+q8J2xaLhXvvvfct8UTi27/927/xxS9+kW984xsEg0FWr17NyZMn39JYf9Llm5aWFv72b/+WL3/5y9TX1/Pggw/yxBNPsGPHDqG55ZZbuP7667nmmmtobm7mzJkzfOc738Hr9f6Oka/cJP9fxyLBnmsSMPOu1C/EYeYb8aZ+Og4zfwNe3x1xmPmvxWHmW8lN+7SIBGf5biLLfwuSyQ2pyvwKAWcfAH5HGzUZHxKR4LKUGykJHBeR4HnZnyHT1QtAhrOd5sz3iEjwnLTrqE05KCLBS/M/KiLBBe52FmTfJyLBnRlHaUrdiSJZsUh2NhW9T0SCKzxtrM67WUSCl+UcpjN9g8DMHyx9UESCZ/nb2FJwXESCNxccYGHmSoGZP1Fxl4gEt6bOY1/xQREJ3l+8h77spSiSgtfi4Z7am0QkeH5GK9eU7RSR4GsrdiZg5h+dfYxan1FT7ctu5UTlZhEJvrNuO2vzjUhwht3PB+YeFpHgNfkt3FK7VrBLTs7ZkoCZ//i8vSISvLW4lTtnrRCR4Pe3bBaR4GJPKp/u3CkiwbvLW7lrTp+IBH+sc6OIBFf40vlM7xYRCT5U08rdTYtFJPhTCzewrtRgCtSkZPCZxRtFJPjq2fO4szWGmf/cso0iEjw7I5tPLV9HhRkJPt7Uxm3tPSIS/NSajSIS3Jidw8dXrhGR4Ovb27m5s0tEgr+4eRN9Fcbct+Tn8ZG1q0Qk+ERPB9f3xDDzT+3cKCLBbcUF/PXGlRSakeCbFndzLA4z//n9m0QkuKuiiMe3rhCR4Jv7e7h64TwRCf7skU0iEjy/tpRHdywXkeBb1/VyMA4z/+njm2ivMs7pgtllnNy9TESCb9+ykL1LYpj5T964SUSClzRXcv/+PhEJvmP3Ynb2NQnM/Mdv38zcasPXsLS9mrsPxjDzdx7qS8DMf+SezcwxI8HL59dy29VLRST4ruPL2WBGgtNS3HzgoS0iEty/ZBY3HV0qIsF337JSYOYzM7w8/thWEQletbKB669dKiLBd9+7VkSCc3ICPPa+bSISvGZjM8du6BOR4Hv+apOIBOcXpXHygztFJHjdjnaO3LxcRILvfWI7S1Y3IkkSxRVZPPixPSISvGF/N4duXRFDx39in4gEl9Xmcv+nDohI8Oajizl452qhfeiL18Qw841F3Pu5IyISvP2mFey/Z72IBD/ytzfQvcbEzLdVcO+XrxWR4N13r2fvfTHM/Hv++Z4YZn5+Lfd+46Z3PhL8DpZu/pTbHXfcQUlJCQsXLuTVV1/liSeeYGBggC984QssX778LY35J12+eadaDDM/C5/HQBtHJD9ow4BmYuYz0bULZp8T0EGfQdKnomkGtj2s6yhyJuqMFi86Krpu1P40OZOoqQ3qFixyhomdh4geQCeKpgeJoGCV04hoQ8xg5m1KGmHVwMHrGFpVDxLUrDiUNIJmX1hXcCipBFUDxaxLKah6GFUPE9YtOJUUptVhAEKaDZfiZ0odMSZDChDRQ6h6hIhmwW0JMGmi4sOaDZfiZVI1wD0W2U9YC6LqUUKagZUfjxp9Ud2C2+JlIjqDZvcT0kJE9SgRTcFv9QmsvKrbcClOxqMGbtsm+wmqBuI9qsmkWH0Mm1pNt+FU7IxHjbl3KV4mo9OoukZEVUi1eRkKG+A8CSsOxcZ41Jh7t+xlIho0tJpMut3LpZChVbBhly2MR43z71M8jEUMrapJpNs9XAqZmHEMdPx4xIiVByxuxiLTqLqOqspkODxcDJrocMmKVY5pUy1uhsPTho9Bk8lwurk4baDNnbIVRZKYiBheoFSrm+HQtIl4lxK0LsmGJMGkudSdbncxOD1lIt4lMlxuLk4ZWo/Fig5MCa2bwakZLWS43VycNFH8FjuqrjFt1ujT7S6GZrQapLtdXJo05t5rtRFVNYLR6G/0SSqke1xcmjC2fVY74WiUUFQ1tHF9kgppHheD5rbfbicYiRI2tWleF4PjRp+sQ4rbxdDMuDY7oXitz8XgmNGnaBJ+j4Ph8Wkx7nQ4SiRq4ODjtVZdwut2MDKjdTmYmg4TVTUkVSfV72LIRMVbJBmPy86oqQ04HEwFwwbiXdNJDbgYGjHHlSRcThtjM3h1t5OJyZDhP1F1UlPcDA0bc2+XZRwOK+Om1u9xMGlqpahOaqqboSFTa1Gw2hQmJ8xr0ONgfHwaTdWRVI3UNA9DJr7eYVFQLApTk4bW73UwPjqNpulImkZquoehS+b1alVQZFloAwEn4yNThp8jqpKS4WXYxNfbbRZkWWJ6Zly/g/HhSRMdr5KS6WPYxNc7TPNrcMrUpjgZvTRhrACoGqlZfobOz+DrDaNlcOYY0jyMXhw3zJfRCClZfoZNrdNlQ1M1glOhd6x8U/Dxe5Gdv2f5ZjrIqcP3v+ufEtzR0cGOHTvYsmUL6enpr/+CN9CSNyUkPSWJ+0l6SiDpKblSf9JTcuX9JD0lM/1/GZ6Sgo+9TTclR979NyV/iPYnXb55x5sUQx0jZwOxf7AlpTD2u+RFkmNaWclN0FqUolif5EOO01qVXOKtPHZLbFyL7MNiRnwB7EoOUtzNidMSy6VbZR8WOR5RnpWg9VhiqHu77MMqu+P6suKQ9BI+a2zp06n4sMkxbLPfGsPXS0gErBmiz634sMuxD2eqLT0BM59qi+GgvRYvdjmWwU+3pQmtIimk2WK4ZL/Vi12Ow5fbY1qLpJBui81Ris2LI06b7Yih7m2yhXR77AOfZvNij8PX5zpj58UuW8iwx+Yzw+7FHoevz3fFtA7FQro9Np9ZDi82OTb3Be6A+N2pWEl3xGmdnkStJ/Ze3BYbaY4YOjzbdZnWG9N6rDZSHbHzlOPxitguQIEvpvXabAQcjjitB0u81h+ntdvxO2LnKcfnTdQGYlqfw47vMm08vj4/Jab1Ox1447UBL0ocOnymrAPGw/A8jtg5zUnxCny9JEFeakyb4nHijtem+oRWliRy0uK0Xicue+z856TFtIoskR2Hh0/1uXDGa9N9Al+vKHICdj414BIrAQA5mX6htVoUMtI8cVo39jhtdlac1qqQHq9NdWOLw+JnxyHebTYLqamx6yot3ZOozQmI3+0OKylpcdoMr4jXAmTHId4dLhuBOG16li8BdZ9dEPucOt12/HHHm57tx2qL0xbGPv8urwNf3PGm56ZgiR+3KPZXttvvwhunzchPRYnD4meXxB6h4Qm48cY9LiDZ3vn21FNP0dnZSW5uLq+++ipgPHn47//+79/SeMmbkrgm+W6Pw8yvQvFeJzwlDt/dwlMiW0px+0/GMPPO9Xi91wtPSWrgAeEpsVkryQo8LDwlKe5NZPquE56SwpT7hafEZa2iLPUe4SnJ9W6kyH9EeErq0u4QnhK/rZrZabcIT0mpbx3VKbuFp6Q182ZyXe0AZDiqac+4TnhK6gNraEjdgmxi5hdmH4/DzFezOOuw8JS0pq2kLX2NwMyvyTssPCXF7ipW5u4RnpL5Gf3Mz1guMPPbCvZTYXpKKr1VbC7YKjwly3P6WJy1SGDmD5buFJ6SWf4q9hSvF56S9fmLWZ7TLTDz11ZuFZ6SppQqDpatFJ6SncULWZXXhoyEz+rilpoNwlPSll7J0cplAjN/qHyBwMyn2t3cNWu18JTMz67kuprFwlNyrKaX9UWNSEhkOrw80LhSeEoW5lZyon6B8JTcMGu+8JTkun082LxMeEqWF1Zzw5we4Sm5dW6vwMwXeP081LZUeEpWllZzYm6n8JTcMa9XeEqK/Sk82L1YeEpWl1dzbXO78JTc1d0rPCWlKanc37tIeErW1dRybF4bTovxD9O9ixYIT0llehr3Ll4oPCUbZtVypKNVeEru7usVnpLqrAzuXrZAeEo2zq3nUFeL8JTcvWIBvZXGearNzeSOlb3i5mNz62z29zQLT8ld6xYKT0l9YTa3rekVnpKtnQ3sWdAkMPN3bFooPCWzinO4af184SnZ1tvAjoVzBWb+jm0LhaekoTyPGzbPF56S7UvnsnVxo8DM37ZnscDMN1bnc922+cJTsmNlC5uWxjDztx5cLDwlTfWFHN01X3hKdq5rZV1fg8DM33z1UupMT0nL3GKO7JmP3/SJ7N7azqrlMcz8Ddf1CU/JvNYyDh3sFZ6S3Xu66F8xR2Dmr79pufCUtHVWsu9wr/CU7Dncy9IVc5AkSM/0cu1tKykz/RwdC2rYe3Qhbo+h3XvtkhhmPifA8bvXCE9JV98sdl27RPhE9t/cLzwl2QWpHHtgvfCU9KxqZMeJ5UJ76J51wlOSV5rJ0b/aKjwlCzfOY8dNK4Wn5MgjW4WnpKAyh2OP7xaeksU7utl+2xrhKTn6xF7hKSmuL+DYBw+8w54S6W36efe3j370o9xwww309/czMjIi0jaBQIAnnnjiLY2ZLN+QLN8k7idZvoFk+eZK/cnyzZX3kyzfzPT/hZRvPnrf21O+ufq+d335pra2lpMnT7J27Vq8Xi/PPPMMpaWl/OxnP6O3t5dLly696TGTKyXJlmzJlmzJlmzJ9qbbyy+/nPDcuZlmt9uZNM3zb7Ylb0rim2MzyAYJVrYvQrYvAYw7Ypv7ALLVKFvISgl2105k2VgydDiWYXcsFVqf5wg26xzjdZZy/O4dKOa4Pmc/XsciJIylyGzvVbisRiTUZa0g27MFq2Is32e6lpPmnI8s2QCZEv8+vDaDzuezVVDoXYtdMZbkCzxLyHZ1IGNFQqE2ZScBm1FeSrNXUOHrx6EEAKjwLqbA1YKMBRkLzambSLMXG8fjqGCWfzFOxbh7nxXopdTTgCxZsEhWujLWkGE3lrgLXOXMTenBpRhL5y2pPVR665FRsMl2FmeuINthLFuXustoS23HrRjL4d3pndR4DSS9Q7azImcJOQ5jjmq8ZXSnt+A2kfSLs9qp91cgI+NWnKzPW0CuwygvzfaXsSCzEbfFmPuVufOYEygV5ZvNhd3kOY0SR1NqKYuzZ+EykfQbClppSClCRiLF5mZHcTt5ps+kPaOUvtw63BZDu62khbmphUhIZDg87CprJc9llC26skrpy6vBbTHKLLvKm5mblocE5Li87K5oJtdlzGdvbhl9BZW4LMYK1d7qJhrTjTnK9/jYVd1IjssoWywsKKOvqAKnqT1Q30RDhrG0X+jzs7N2DtluY+6XFJexpLgMh1mSOdDQxOxME/EfSGFb/WyyTO3SsnIWlsbw9Qebm6jPMspLZampbJkziwy3cZ6WVVWwoLwEm6IgAQfamqjJMua+IiONjQ31pLuNssXyukp6youxKgqyJHGgq5mqLPPRAdnprG+qI9VtnNP+OVV0VRZhVYxSz775zVRkG+epJi+TtS21pJjaFU3VdFQVYVFkrIrCngVNlJnausIsVrXWEnCb57+1hnnVhVhkGbtVYc/SZkpyjM9IfWk2/W01+Ge0nbW01BSgmKWeHcuaKMoxzv/silyWddTgm9HOr6eptgBFNtI021Y0UZBtaOdU57GkqxqPWV5YuWgWjXUFAjO/ZU0z+abHo6G+gIXd1bhdxrWyavkcZtfnI8sSPp+TjeuayTW1jY1F9M6vxjWjXd3IrFn5BmY+xc26DS3CZ9LUWkrPghqcM9oNzdTOLjAw8+keVm9uJSvH0DZ3lNO1qAaHicVfvW0eNbMLkCSJjBw/q7a3kWFqW+ZX0bGkDruJxV+zp5OqOUY5LCs/lRU7O0g3tfMW19G+dJbA1689tIDKBqMUnVOcQf/ubtLM421f3kDbsjnYTO36o0upMLX5Fdn07+8lNduYh661zczrbxTaTTespGKuURYsrMln+cFFpGQZ2nek/RGIrn+qraSkhJ/85Ce/8f+/9a1v/QaN/Y22P2l42jve9BER89X1adAjwAz6eBRdGzWFYXRtGF2fNLVTZuTXiHJq2giaZsZx9TBqnFbTJ9G0cXQigExUGyZqjqvpYSLaMJpmRA2j+iRRdcREy1uJqCNE1Jg2rI4SndFqU4TVETSigIWwOkpYm4ncRgipo0Q1I2oY1iYJqqMmSt7CtDpOUB039xlmWh0johlxvJA6zXR0HE2PomNhOjpOUJ009xlhKjpBWAub2ikmoxPGuLrGpDrOlBndjWgRJqIThEzttBpkIjqBhoaEzkR0kil1yjy+COPRScIm3n4qGmQ8MmlqNcaik0yqxvsOaRHGIlOEVUM7GQ0yFplCQ0fTNcYik0yaMd+gGmE0PEXYRMCPR6cZNbWqrjESmWIyGjKPL4JmotwBxiJBhsNTBrJb0xgJTzFhxnyDaoSIpl6mnTbQ5ZrGcHhKxHyno2Gmo5haidFwkOHQtDlHGiOhIJPRGW2ECV0jbI47Eoppo5rGcCjIpDnuZCSSgKwfCQYZDprnW1UZCca0U5EIU5EwES2mHTG1EU1lZHqaKTFumPFQmKimoQMj00FGp02tamrD5tyHwoxMB4mqKjISI1PTjAWNOQpHVUamppk2tRPBMCNTQaKaioLE6NQ0Y9Nx2smg0E4Gw4xMBlE1DUmXGZ0KMm4eQygSZWRymmA4ao4bYnQySFTTkCWFkYlpxs0YajiiMjoxTXDmGKbCjE4EUVUNTZYZnQgyYWpD4WiCdnIqxOj4NKqmo2s6o+NBJqbjtOPThMxjmNFqmo6m6YyNTzMxFRbasfFpwiaqfWIyxNjYjFYztGYUNhSMMAaEZ97bhKHVddBUjbGxKabMcYPBCGpUI2zi1ycngoyPTqHrBlZ+fGxaxHyD02HCoahAy0+MBRkbnTIeMRHRGB+ZEjHf4FSY4FRYoOUnRqcZHzGuQTWqMj48yfRETBuPs58YnWLcjDurUZWx4YnYuJMhQsEwUfO9jQ9PCm0kHGVsaILgpHGOp8aDBCdDQjs2NMGYGXeOhqOMD44L7TvSdMn4+X3H+DNoN998M0ePHiUYDKLrOk8//TRf/vKXeeSRR/jkJz/5lsZMekpIekoS95P0lEDSU3Kl/qSn5Mr7SXpKZvr/QjwlH77/7fGUHL33Xe8pAfjEJz7BQw89JB5sm5eXx3333ceBAwfe0njJlZJkS7ZkS7ZkS7Y32GYeiPj7jvHn0g4dOsShQ4e4dOkSmqaRmZn5+i/6HS3pKYlrUuBDcZj54yje20Uk2JX25TjM/Fy8qZ8VkWCv9+YEzHx2xjcTMPN56Z+NYeb9t5LluxlJMu60qzO/RsC5FDAx85kfjcPM30JJ4FoRCW7L+TyZzvmAgZlvicPMN6SfoC4OM9+X/2QcZr6DhTn3i0hwV+ZxgZlXJBtbit4vIsGV3nbW5N0iIsH9OVfTmb5RYOavKjspIsGz/e1sLYxh5rcWHErAzN9YeU8cZr6N/cWHRCT4YMl+lmYtFpj5++puEZHg3ox5HC3fJSLBJyp3J2Dm3zPnWmp8xQAsz5nHDVVbRCT4nvodrMmLYeY/1HRERILX5bdya+1aEQl+tHGbiATnOgN8sm2/iARvL5mXgJn/4LytCZj5z3btEpHgvRXzuLshhpl/smtzAmb+qQXbRCT4cO28BMz8ZxdtEpHg2tRMPr9ks4gEH53Txl2tC0Qk+KnlmxIw85/pX0+5GQm+rrk9ATP/pXWbRCR4bnYun1y1VkSCT7R3JGDmv7xlM0srjGu5tSCPj61bLSLBN/V2caKnQ0SCv7x7s4gEt5cU8sFNKykwI8G3Lu1JwMx/8eAWgZnvrizm/dtWikjwbSvncyQOM//UNVtEJLi3tpT37OwXkeA71i9IwMx/9tottFUa53ThnHIe2bNcRILv3LYoATP/mZu3iEjw0pZKHjywTESC7967lB1L5wrM/Cfu3CIiwcs6arjnqj4RCb7nyLIEzPzH7t3KbDMS3N9bx+1X94lI8D3X9bM+DjP/4ZPbBGZ+5dLZ3Hwshpm/7/bVrOmPYeafeM82EQlevaqR66/rE5Hge+9fl4CZf+8TO0QkeN2mFo7fsExEgu97bIvAzBcUpfFXH9klMPMbdnVw9S0xzPwDH9wpIsHFFVk8/OReEQnedHA+V90Ww8w/+KkDMcx8XR4PfPqgiARvPb4kATP/yFePiUhwVWMx93/hGhEJ3nnrqgTM/GP/3810rTa+g+raK7j/a9eLSPDe+zay7/5NIhL8vn+5T0SC5/TWcd83b35nI8FJT8kVW3p6+u99QwLJ8g0QX76pxec1lgcjeAyPCZiY+RR0zUCzRyQH6Bowg6QPCA9JWNeR5dTYNm7QVXSMWqoqp6Ga4xiY+RSiM+PqfjQi6HrYxMynEBFaK1Y5QEQzjknHj6aH0YgQ1KzYZD9h05sS1hXssp/QjFdFCqBqITSihHULDsVHUDX8JiHNhkPxCE+JLvmIaGE0okQ0C07Fy7TZF9ZsOBQX06pRz1UkL2EthIZKSLPgVrxMCm+KBYfiZNr0iSiSj5AaREMjoil4LB4mTKy8qtuwyzamTJ+IVfIyrYbQ0IhqMl6Lm/HojCfHhk22MqUac++Q3UxFg2joRFQFv9XFaMTEl2PFKluYUo25d8keJiKmVpMJWF2MmFoFGxZJZko1avRu2S20qiYRsLkYCZuYcWwoksSU6WPxW1yMmh4SVZVJsTkZDhvvxSZZkZGYntEqMa2uyaTYncIn4pBMFLfpIfFbnIyGgibiXUrQOiUbOjpBcxk8YHUwEjLmRFIlUhxOhoMmXt9iRdVi/pgUq1P4TSQVUpwOhk2PhsdiI6JqwpuSaov1SdpvasOqSkQ1EO8Bp4OR6di4AZeDkak4bTROG9cnqQbWfdTc9tpsBCNRA/GuQcDtYMT0DMg6+JxxWquNYDhKVPtNraJJeJw2xkyfiNdmJxiOmOPq+D0ORicMrVWXcDlswn/ic9iZCoZRNR1J1fF7nIxOGPNpkQxj7Iz/xG+3MzVtajUdv9cpEPRWScJuszBpej98DkNroNh1/D4no2OG1i7LWK2K8In43HYmJ0MGDj6q4/M5GTO1NouMRVGYnja1ThsTE0F03Sjf+PxOxkbNcS0KsiwRnDauQa/bzsSY4QGQNA1fwMWYicW3WxSQIGRqfT4HE6PTBg4+quJLcTE2bGptFtB1QkFzXI+NcXMcVBVfipuxGYS+XUHXdMKm1uO1Cw8JqoYv1cPYkIm6t8loqia0voBLeEj0aARfmpexQeN7xuG0Eo2oREKRd6x8k//Bt6d8c/r4u7N809jY+FufWnx5+/GPf/ymx0/elJD0lCTuJ+kpgaSn5Er9SU/JlfeT9JTM9P9leEryP/DA23NTcu0978qbkvvvv/8Na9/K04fflKdkdHSUv/3bv+X73/8+r7zyClNTU2RkZNDY2EhfXx8dHR1v+gD+pJqcDhgrEyi5oA6CucIhKyVo6ssASJIPJDu6+SA9RclHVS8KrcVSRjT6ovE6yY8kWVA142F5ViWfqHoB3UzqOCylBKMvGa+T/Ugo5kP4wGHJJxQ9byZ1wG0tZjLyijGO7EdCImyunLgteUxHz5vpG/BZCxmLvGaMowTQdY2QmcbxWXOYiFww0zcSAVsuI+EzALgUP5quEtSMv0xSbNmMhi+ioZro+GwGw+cA8Fj8qHqUaTONk2bLZDh8yUzJSKTbM7kYOm/s0+InooeZNldDMu2ZXAoZ2hnM/IWQMZ8Bq4+wFharIdmOdC4EB9HQsUgKaXY/54ND5j59TKshsRqS50zn3LShtckWUmwezgeNOcqw+5iIBpk2V0MKXGmcnhpCR8cuW0ixuRkIGqtLWQ4fY5GYtsidymuTw+joOBUrfpuTgWljPrOdPkbD02I1pNiTyqsTQ+iAy2LFZ3UwMG38ZZfr8jEUmhKrISXeFF4eN645j9WGy2LjwrQx97luL4PBabHCUeJP4eVRQ+u12XBYrOKhe3keH5emJwmZX9KlgRReGpnR2rErCpemjb9i83w+Lk5OitWQkpQUXh42tH6HHUWWGZoyzlOe38fFiThtagovDxnagNOBJEkMz2gDPi6MTRAx/yErTkvhlUFT63Kg64jkTn6Kn/Nj40TMf3CK0gO8esk4TyluJ5qui9WQ/DQ/A8PjxmqIBAVpAV6b0XqcRFWNcTMJk5/u59zQGKqmI0sSeRl+Tl0wtKleF+GoKlIzeRl+BgYNrYGZ93HmonH+U/0uQuEok+ZKRH5WgHMXRw2tIpOV5uXsBUObFnAzHYowNaPNCXD2/CiapmO1KKSnejg3o011MzUdZtpcicjLTeHcwIihtSqkprg5bz7ELj3Nw8RkiKC5YpCXl8LZs8PoOtjtFvx+FxdmtBleJsaDMW1BKmdPDxlahxWvz8GlC8Y1mJHlY2x0Wqxw5BWlcfa1IXRdx+my4fI4GDTHzcjxMzY8FdMWp3PmFQOI5fLYsTtt4gF9mXkpjFyaIBwytWWZnHnReDCpy+vA7rAxfNEYNzM/leGLY0TMtFBeWRZnXjS+KzwBFxabhRHzGLIK0xkaGCFipm/yK3M4/bzxHeRN8aBYZEbMcd+JJulXuNF/C2O8W9tbudF4M+0NeUrOnTvHoUOHyMnJ4YEHHmBycpKGhgYWLVpEfn4+//Iv/8KSJUuora3lq1/96h/0gP+QTfLcGPOUOJajeI4KT4ndd0scZr4Yt+8e4SlxOlfj9R4XnpIU/51xmPlyMgL3Ck9JwLWWDN81wlOSH7hdeEpc1gpKUm8TnpJs9xqK/AeFp6Q65QbhKfHbKqlLOyE8JcW+FVSl7BSekrnpxwVmPs1eQWvG1cJTUuPvZ07qJtNTYqUn8yrhKclxVrAga7/wlMxN6WNe2iqBmV+eu1d4SgpdFSzP3i48Jd0ZS+nJ6BOY+Y35O4SnpNxTwfq8jcJTsjhrIQuzegVmfnfRZuEpqfVVsL1wtfCUrM5dwLI4zPzh0vXCUzInUM7ekn7hKdlSOJ+VcZj56ypXC09JS1o5V5UvEZ6SPaXdrMlvEpj5m+v6haekM7Oco9ULhKfkqspu1hU2CE7J7bOXCk/J/OxyjtX2CE/JsbpO1hXPMjklPu6cu1h4ShbnV3DtrC7hKbm+oYs1pqckz+3jntaFwlPSV1zJtQ3twlNyY1MXq8uqjbn3BbirvVd4SvrLK7lmbpvwlNzU3iU8JSUpKdzZ3Ss8JSsrq7i6pVV4Sm7t6RaekrK0NO5YMF94SlbXVXNVW7PwlNy8qFt4Sioy0rhlcbfwlKydU8v+jibhKbm5r1tg5quzM7h5ebfwlKxrrmVPV5PwlNy0skd4SmrzMzmxokt4Sta31bNzfqPAzN+4tkd4SuqLsrl+TbfwlGzoms223kaBmb9hQ4/wlMwuy+H4hi7hKdm8sIFNCxsEZv7E9l7hKWmozOOaTV3CU7K5r5H1ixsEZv66Xb3CU9JYV8DhbV3CU7J5RRNrlswRmPnjBxYIT0nTnCIO7uwWnpKt61tY0TdbYOaPHlkkPCXNzSXs29MtPCVbt7WxfLmBmU9JcXP1scXCU9LSVs6uAz3CU7JtbxdL+mOY+SM3LBOeknk9Vey8qld4SrZf1cvCFXOQJInMnACHb+0XnpL2hbVsu3qh8InsvG6p8JRk5ady+K7VwlPSsWw2W4/HkPR7blkpPCW5JRkcun+D8JT0rG1my/XLhadk3z3rhackrzybq05uE56S3s3tbL5plfCUHHxkh/CUFNbmc+ixXUlPyZ9Re0Plm8zMTHbv3s3evXupr6+/omZ6epq/+7u/44knnmDTpk3cdNNNb/vB/qFasnwTv59k+QaS5Zsr9SfLN1feT7J8M9P/l1G+KXji7SnfnLr+3Vm++UO3N1S++fnPf05GRsbv1DidTrZt28a2bdu4ePHi23JwyZZsyZZsyZZsf1ItCU/7g7Y3VL55vRuS31f/J9Oc20A2llll+1Jkx3IwSzI2zxEUq7G8KCslONz7kBVD63CswOHoF0/+9XuPY7cZy5Y2SwUBzz4sptbvXIXPuVyUb3J8R3Hb5gDgslaS492BTTHw4FnulaS7FiFLdkCmzH8VfpuxUuWzVVHs3YRDMea6yLOcXFcPsmRDQqE+ZS+pdgNJn2avpNq/GqeJpK/y9VHkbhdPCW5N20aG3Yhu5jgqmRPow2Ui6ecEFlHhaTYx8zZ6MzeQ7Sg29umqpDV1IW6LcafflraAGt8cgZnvy1pNjsNYDi/3VNCZ1o3HYiyz92b0MMtfL8o3a3KXk+80lq1rfRUsyGjDYzFR59ldNASqzfKNk80FiylwGnPUEChnSVYLXotxntbmd9CUUoGMhN/qYkdRLwWumScel7MspxGPiaTfUtRGS6qBpE+1udlb2kWh2yiHdGaUsyJvFh4TM7+zdB6t6cXiKcH7K9opdBuY8d7sclYU1AnM/L7KVlozCo2nBLt8HKhqpcBtzOfi/HJWFsWQ9IdqW2nJNOYo3+Nnf20z+R5jPpcWlbOipEog6Q/PbqU5yyzX+QPsmzWXPFO7rLSC/rJKgaQ/0tRKY7Yxn6Upqeye3UiOxyiHLK+oYFl5hUDSXz2vlYYcQ1uRlsbOxjlke4zztKKmkiWVZdgtBmb+SGcrs3ONua/KTGd702wyvcZ5WjmrmoVVpdhMzPzhnlbqTG1NTgZbWmeTbmpXNdawoKZUYOavWthKTZ5R4qoryGLjvFmkeY1zurqllp7aEqyKUeo5uKSVqjzjnNYXZbO+o54Uj/HZW9NeR1ddMRZFxmG1cGB5KxV5RjlsTlkua7rqCJjatT2z6KgvFpj5vStbKc0zzn9DZR4ru+vwm0/SXbtwNvNmFaHIEm6njd1rWinOMz5PjbX59PfW4ZvR9s2heXaRKN/sWN9KoamdO7uQvgV1eMyyxbqVjTQ1FCHLEn6/k62b51GQb2ibm4pZvKgO94x2fTMNjYY2JdXN5q3zyMszrsGWtjIWLq3HNaPdMo/Zc4tE+WbDjnZyTG1rVwW9y2La9bs6mNVULMo363Z3kGVq5y2ooWf5LIGv33Cgh7rmYsB4SvDafd1kmtqOvll0r2zAYWo3XbOY2majfJdXmsnqA71kmNrOlXPpXDkXu6ndfP1yqpuN76CCqhxWH15MhjlnPRta6VzTjN3E4m+9dS3VrUa5sbiugFVXLyUt19C+Iy1ZvvmDtrcETztz5gz/9m//xoULF9AuW/679tpr35YD+6M09QLohiFN10dBC4FumPg0dQBNO2cKQ6jqWTTTZKppwyZq3jDmRdVzRNUBo0+fJhI9I2LAUW3IwMzrIUAhHD1LWGiDhKLnBHY+rA4R0UbQ9BBgY1o9R1A1zGCqNs10dECg5EPaMMHoEJoeBqxMRc8zHb1k7jPIROQ8YdO8Oq0OMxkdRNMj6LrCePQik1EzwqxNMx65REgzDJRT0VFGI5cEZn4kfInxyLC5zyDD4UsEzdjveGSUkfAgGiq6rjEcGWQ8aryXoBpkKDwojK6jkTEGQ4OougpoDIaHGI2Mm8c3zaXwMEHT6DocHuNiaNiMCKtcDA0zbGono0F0hk1TrMRgaIwLoRE0Ewd/PjjCSNh43xPRIBFNFebVS6FxBoKjZkRY5dz0KMMh432PR4ME1Ygwr14MjjMwPYaOTkSLcm5qlKHQlPlegoxHQkxHI4DEhelxzk2NoQNhTeXs1BjDpnYkFETTZ0yxEgNT45ybMt5LSI1ydnJMxHVHQgYufcYUe25ynHOThjYYjXJ2fEzEfkeCQYLRCEHzGAYmxjk/YbzvYCTC2YkxRuK0k+EwIXMJ/dz4OAPj5txHI5wbH2fUjBcPTwcZC4YIm0v350bHOT9uXkeRCGfHxgUefnhyiuGpIGFVRQYGRse5YGqnwhHOjYwJPPzw5BSXxqeIqCoWJAZGxrkwampDEQZGx4V5dWhiigujE0RUFSsyA8PjXBw1ztN0KMK5oXEmgsY5HRqfMkyxqoYsSQwMjXNpzNBOBkMMDI4zaWoHRycZGBoXmPmBwXEGR2e0Yc4PjQuj6+DoJOcHx1E1HVXTGLg0xtCocU4np8MMXBoT2qHhSS6Y2mhU5cKlcYZntFNGxHfaNI4ODk9y/uIYmqYTjWpcuDDG8IhxDBMTIcIRVcR+By+Nc/GCqY2oXDg/xog57sR4kOnpMMFgnPb8GLoOkbDKhYFRRkdi2onxIEFz3EsXxrg4MIqu60QiUS4OjIpo78TYNGPDmjC6Xjo/xsVz5vdTKMqFs8NCOz4yRSQcFXHiS+dGuHRuxLi2gxEunhlmfHhGO0lwMkR4Rnt2mEvnzO+VqTAXTw8yNmxcD2ODE0yNT4uI8MXTg1w6Y3xfBadCXDw1yISpTbZ3rkUiEaqqqvjf//t/v+Xn3FypvelI8Gc+8xmOHDmCzWYjLS0tIa8sSRIvvfTS23Zw71RLekri95P0lEDSU3Kl/qSn5Mr7SXpKZvr/Qjwl73vw7fGU3Hj3u95TkpeXxz//8z9TU1Pzto35pomu99xzD/fcYxh0XnnlFV5++WXx8268IUm2ZEu2ZEu2ZHvDLVm+Ee348eM8+uijRKPR1xe/wfamb0qmpqbYunUrsvznR6iXAh+Jw8xffxlm/muXYeafimHmfbfi9d0Zh5n/+xhm3t5GXvrnRSQ4238HWf5bhf+kJuubBJx9AAQc7dRmfkxEgstTbkvAzLfnfJFMVy8Amc5OWrMeF5HgxvQbEzDzyws+JTDzhe5OFuU8KCLBPVnX05S6w/SU2Nha/AEKBWa+gzV5t4lI8Mrco3SmbxCY+SPlfyUiwXMCHWwvvE5EgrcXHmZB5gqBmb+56j4qzEhwW2o7B0quEpHgq0oP0pe1RGDmH6i7TUSCF2S2cSwOM39j1d4EzPzjDddT6zNq1f057dxYtVVEgu+ftTsBM/+R5mtEJHhDQRu31a4TkeD3Nu5gfRxm/tPtB0QkeGdpG3fNXikiwR9u2yYw8yWeNJ7q3iMiwfsr27inYZmIBH+6Z6vAzFf6M/jCwu0iEnx1XTv3NMcw808t3sK60joA6lIzeWrpFhEJvrahnbvnxTDzX16xRWDmGzKz+fyKDVSYkeATLZ3c3j5fRIK/un6LiAQ35eTy6dXrRCT45s4ubu7swml6Sr6+bSt9FcbczyvI58n1a0Qk+NYF3QmY+a/u2SIiwR0lhXxk82oKzUjw7X3zEzDzXzm0VUSCeyqL+evtMcz8nasXJGDmv3Rsq4gEL6wr4327VohI8F0bFwnMvMNq4QsnttJeZZzTxQ0V/NXefhEJvmf7YvYsjmHmP3frVhEJ7mut4qGDMcz8ffv72LG0SWDmP333NhEJXt5Zw71XLROR4Puv6U/AzH/igW3MMSPBKxfWc+fRGGb+/htWJmDmP/JX26kzI8Grl83h5uN9+M2Y7wN3rknAzH/w8R0iErx2zVxOxGHmH3hoQwwznxvg8Q/sFJHgDVvmce1Ny0Uk+MH3bYth5ovTeexje0QkeNOeTo7e2i8iwQ99ZLfAzJdUZvHIp/aLSPDWw70cvn2liPme/OwhEQkur8/j4c9fJSLB26/v4+Bda4T20a9fKyLB1XOLefBLR0UkeM/tazhw7wYRCX7ft26le43xHVTfUckD3zghIsH7H9ycgJl/4vsPiEhw48J6Hvi7W9/ZSHCyifZf//VffPOb36SwsJC+vj7Wr1+f8PNW2psu39xyyy2kpqZy2223vaUd/im2WPmmCp/XWCqM4ALd9GvoUZD8wm8Skeygq2AC0MJ4DQ8KJmZe8qPNbONC16NgAtCiUoroC+oWFMmHau4nrPvQ9Qg6ESIoWGQfUdMzEtStCds6PlQ9jE6UoGbFKnuJaCYOXlewyV7C5raGj6geRkclrFuwyx5Cpr8kpNmwyU7CmlHr1SQvES2EjkZEs+CQ3QRNf0lYs2GT7YQ0w5sgSx7CpjakWXAqbgFSi+oW7LKD4IwWDyEtZHoyFFyKiynTixLVrNhkK0HNhM9JHqZVQxvVZNyKk0nTi6LqVqyShaBmzL1NcgltRFXwWJxMRKfNM2vFIskENWPu7ZKLqWjYPAYZr8XBeNTEl2NFIaZ1SS7Rp2oSPquDsYiJL8eKhERIM/468CgOxiPmYwRUOUFrk6zouk5YM5aZPXJMq2syPpudsXDIPD4LoAsAmldxiD5JkxK0DsmKpsXG9VlifZIq4bPbGQuZeH3FQlTTBNTMa3EwHprRcpnWSlSNaf1WO2PBmWMAr90uXutWrIRVVSDefY44rQpeh53xYJw2+ga1ViuhSNTEtoPXaRf+ElkHt90mPCRui5VgOIqm/6ZW0SScdqvwkHisNqZDEVOr43XZBVbeqhs4+KkZDLotTqsmai2SjM2iMG1Cwrw2G1PTYQPxrul43XbGJ81xJQmrRREeEq89pkXV8XjsTEyY51+WUWSZoDmux2ljaipkjBvV8XgcTJhYfJtFRpYkQiZ8zOOwMjkxM58aHq+DiXFTq8hIkkTY1LodNiYnZh4d8Jtaw4diaL0eGxNjRh9RFY/PycQMFt+qoGm60HrcViZMtD2qisfvFNt2u4IW1YTW7bYxMTqDpNfw+F1i22aVUCMq0Yj5mfE6mDB9K3o0gifgZsL03dgdVqLhKNFI9J0r37znobenfHPzXe/68s2+fft+Z/9nPvOZNz3mm74pUVWVlStXMj09zaxZs7BaEz0Jjz/++Js+iD92S3pK4veT9JRA0lNypf6kp+TK+0l6Smb6/zI8JYWPvT03Ja/d8u6/KflDtDddgzl58iTf/va3OX/+PM8++yz/8z//I35+8pOf/AEO8R1sctwSoFIg4sAAsqUSML6wJcmHLOfEpEqhKMcAWC1VQivLASxKbFybUiTiwABOa6X43SIHsCmxpyw6LYVmHNhoHmt5bBw5BbuSFtdXgCzZxHbAVip+dygBnEqK2PZb81GkmZsRiTR7sehzKQFcil9sp9pyUcwHxUlIZNjzRZ/XEsCtxD5QmfYcFEkR2mxHbtw+A7gVt9jOdmQJrSIp5Dpic5Rq84s4MECeMwtFMi5Vi6SQ54zNUbrdj8cSm/tCV6bQ2mQL+c702PE5/CIODFDszhBau2yhwBWLFWY7/SIODFDmzUA2z6lTsZLvCoi+XJdfRHwByn3pyKYB3G2xke+OzWeeO1Fb4Y9pPVYbee7YfBZ4/CIODFCRksbMLYPPZifXjPgCFPj8Ig4MUJEap7XbRcQXoNDvF3FggMr0mDbgcJDlic19YcBvPKRtZtyM2DWX4nSQEactSg0kajPjtC4n6Z7Y56kwLYAtTlueFdOmeVykxWmLMgJYFfO6kqAsO07rdYk4MEBRZgpWc1xZkijNiWnT/W4Cntj5L8pKwaIY51+RJYpzYuc/PeAWEV+AopxUlBmtIlMUF0FNT/XgjdMW5sW0VotCQW7ss5eR5hFxYICiglQU2Zh9m81CXpw2M8Mn4sAAhYVpyKbWbreQkxuIabP8IuILUFicLrQOp5WseG3OZdrSDKF1umwJ2qy8FBEHBigszxLhBpfXQUa8tiBVxIEBCiuzhdbtc5Ie996yi9JFHBigqDpXaL0p7gRtTkmmiAMDFNfFfQelekjLiWmT7Z1v0WiUf/7nf+bjH/8442aK7+zZs0xMvLVE1Ju+KXn88cf59Kc/zXPPPce//uu/8i//8i/i5//9v//3lg7iT6VJnqMxT4l9EYr7KuEpsXuOYXEYPhHZUoTTd7PwlDicy3F7jghPScB3Ay5nPwA2SynpvluEp8TnWkG655C4Mcn1X0/AuQQAl7WMosAJ4SnJdPdT4NsjPCUVKdcIzLzXVkZ1yjXCU1Lo6aPSv0V4SmanHYrDzJczN+2A8JRU+pYwK7BOYObb03cJT0m2s5zujJ3CUzInsJCW1BUCM784exulnlkA5LvKWJy9SXhK5qX10pm+WGDmV+VsFJ6SUncpq3PXCk9Jb8Z8ejN6BKdkc8Ea4Smp8payKX+58JQsy+5iSVaHwMzvKe4XmPlZ/lJ2FC0VnpJ1+Z0sz2kRmPmryvuEp2RuSil7SxcIT8m24nZW5jUKzPyxqsXCU9KWXsqhih7hKdld1saawjkCM3+ibqHwlHRllXKkukt4Sg5WtbGmqB4JyHJ6uXH2fOEp6c0t5eq6NuEpOVLfyspiAx2f6/Zx09we4SlZVFjGkdnzhKfkmjltrCw1tAVePze2dAnM/NLicq5qaBaekuMtbSw3PSXF/gA3tHUKT8nS8nIONjUJzPzx9naWlBvXcklqCtd3dQhPybLqSva3NglPyfHudhZVGje8ZRlpXNfbLjDzy+sq2T1vrvCUHFvQLjwlldnpHFvcITwlKxqq2dHeIDwlR5e201lpXPdVuRlc09cuPCUrm2rY1jVHYOavWd4uMPM1BZkcWd4mPCWr22rZ1D1bYOavXtVOi+kpqSvO4qpV7cJTsqa7ng3zZwvM/OH1HcJTUl+ew8E1bcJTsnbhLNYunC0w81dt7hSY+TnVeezb0CY8Jev65rBy0SzBKTm0o1tg5ufUF7B7S7vAzK9bNZf+pQZm3udzcnBfj/CUNDQUsnN7h/CUrN/QTN+yWQIzv/9gr/CUzG0pYduuDuEp2bC9jUXLZiFJkJruZd81C4WnpKm9nC37unCbN1Ib93axoH82kiSRkeNnz3VLhKekZX4Vmw7NFz6RTVf1Mn+lwVXKzEth9w3LhKdk3uJ6Nh6JIem3XttH9yrDf5JTnM6e21YJT0lHfwMbjy4VnpLtN6+iY6WhzS3LYs/dG4SnpGtdC+uvXS48Jbvu3kTnGhMzX53Hnge3JjHzf6T26quvMmvWLNasWcPRo0cFOPWxxx57y1T3N12+yc7O5vvf/z4VpjHuz6Elyzfx+0mWbyBZvrlSf7J8c+X9JMs3M/1/IeWbR9+m8s2t7/7yzdq1a/F6vXzqU58iLS2NZ555htLSUr773e9y8OBBXnjhhTc95pteKbnuuuv44Ac/+KZ3lGzJlmzJlmzJ9m5vEognBb/lnz/2m3ib2g9+8APuuusubDZbwv8vKirizJkzb2nMN31T8vTTT/O5z32O0tJSVq1a9bZEgP5kmnO34SUBZMdyZMcaUb6xeY6j2OYZfZYyHO6rkE2tw7kGp3NtHGb+Buym1matIsVzCItiLPX6XWvxO1cllG88NqN04rZWk+vbi10xlm+z3WvIdC0XmPmKwDUE7MbSqd9WTalvGw7Tg1LsXUm+e6HAzM9OPUi63YiapturqQ2sx2UxygI1/n5KPd0J5Zssh7HyleusYm7KStwWo07bmLKUKm+bwMwvzNpCrtNYvi92V9OWthSPJQBAZ9pi6v1NKJKCXbazImc9+U5jSb7CU0lPei9ei7EkvzBzAQ2BOWb5xsmGvJUUusylc18lS7I68ZlI+v6cHppS6kT5ZnthH0UuY47mplSyPGeewMxvKOhiXlo1MhIBq5s9JQspcRuo87b0SlbmNeEzSzLbiztoTzeQ9Gl2DwfL51PiMcpW3ZkVrC1oECWZfeUddGSUISGR5fRyVWUnJR6jdLIgp4J1RbNFSeaq6jY6sooFZv5ITTslXqN0siS/gnUl9UJ7TX0b7dlGKaLQG+BwfStFXmM+lxdXsq6sFrdZvjna0EZ7jnHNlfhTODSnmQKvUTpZUVbF6opq4UE53tJGa65xzZWlpHKgsYk8r/EX2aqqKlZWVolI8PH2NpryjPJCZXoa+5obyfUZ52l1XTX9NZVx5Zs2GvOMua/OymB3ayPZPuM8rZldQ19tBXaLgiJLHFvQzpx8Y1m9NjeTHW0NZJnatU21LKkrx2aWeo4uaae+wDhPswqz2dY5hwyf8dlbP6+eRbPKsSoKNovCkWVt1Jra2cU5bO6eLZD06ztn0Tu7TGDmj6xsp7rA+Iw0VOSxYf5sUk3tht7Z9MwpNcs3Vg6uaaOi0Hw6dnU+6xbMIsVrXCsbljTQ1ViKIkt4XHb2r2+jrND4PDXVF7Jq0Sz8pnZjfyPtcw2tz+tg7+Z2Skxtc2Mx/Utm4TPLLBvXNDGvucR4SrDfxc5t7RQVGtdVa0spy/pmi5LMpk2ttLSUIssSqalutu3soMDUzusoZ2n/bNwzZZYd7cxtLUWSICPLx+Y9neQXGdq2+VUsXjknVpLZ101Dq/GZzspLYdOBbnLNcTuW1LFwdaPwoGw+vIDZ84xSdE5RGhsO9ZJjarv657BgbRNOU7v1uj5mtRtlwbyyTNYfWUSWqe1Z20zv+pa48s1K6tqN76DC6lzWH+sjy5yzBVvamb+pLa58s5G6TuMRGiWzCll3XT8ZBTHvWLK9c03TNNTLV8WA06dP4/V6r/CK129vGjMfCATe/Tcfv62pL4Nq1MR09aKBmNeN6JkWfQkt+rKh06ZQo79GM7Waeg5Nn0Q3kfSR6K+JRg2QnKZNEIq+gKqayHd1AFUbNZH0FoKRXxOMvmr06RNMhV8krA4CEFQHiKhDAjM/EXmJqchrxj60CcYjLxNShwCJqeh5guqgwMyPhV9hPHIagLA2wUjoVYLREQDGI+eZjF5E1SNousxg+BSjkQFzn5MMhk4xHR0DJMYiFxkJXxCY+YvB0wyHLwAwFZ3gQvA0U9FxQGIwfJHB8HlUXUVHZSB4hsGwMUeT0UnOBc8yGZ0EJC6FLjEQNLV6lDPT57gUMt73eHQSdUplImrEAM8HBzkzfR4NjYgW5bWp81wMGUjq0cgEITXCZHQakDk7PcRrkxfQ0AlrUV6ZvMD5oPG+h0MTTESCTEQMJP3pqSFembxoaNUoL01c5Py0EdceCk8yGpkW8d3XJod4ZeISOjohNcqL45c4P23EswdDkwwGJ5mIhACZV8aHeXlsEB0IqlFeGLvEgImSvxScYmBqXGhfGhvipVEDmT0djfDrkUHOTxkGsQtTE4RUlclIGAmJl0aHeNHUTkbC/Hp4iAtTxvV5fnKC6WiEqWjE0A4P8fKI8b6nIhF+PTTIRVM7MDHBeCjEdDSKBLw0NMQrw4Z2IhzmxcEhLk0acz8wPsHodJCgqX3x0hCvzmhDYV68NMjgpHHdD4xNMDQ5RSiqIuvw0sVBXhsy5nMiGOKli0MMzYw7MsHF8QnCURVFl3jpwiCnBw3t2FSQl84PMWyOe254jIGRGGb+5fNDnB40jmFsOshLA0OMThqx1XNDY5wdHCOqasZ7OzfI2ZlxJ4O8fG6QsSlTe2mMUxdGUFWNqC7xytkhzl0yzunoRJCXzw4xZo579sIopwaGUTWdSFTllTNDDFw0tePTRKIq4zPa86O8embQ0EZUXjk9yPkZ7egU09NhJszI8NmBUV49NWREayNRXjs1yIWLxrUyPDLJxESQSVN75uwwr752yYiCh1Vee/USF81xh4cmGR2ZYmpm3NNDnHr1ErpuIN5PvXyJi+dN7eAEQxfHmZ40otJnXxvk9CvG91NwOsyply4yaI47dHEcNaIyPWVoz7xykTOvGJ/p4FSYUy+eZ+iCqb0wRigYYdo8htMvnufMS8Z3RXAyxKkXBhg2tYMDI0xPBAma2lMvDHD2ReMRGtPjQV771TmGzhvn7dKZYSZHpwiZkezXfnmGMy8Y31dTY9Oceu4MI+eN6+EdackH8om2ZMkSnnjiCZ588kkAJEliYmKCe++9l/7+/rc05pv2lPw5tqSnJH4/SU8JJD0lV+pPekquvJ+kp2Sm/y/DU1L0yMPIjt/TUxIM8urtd77rPSVnz55lwYIFKIrCCy+8QHNzMy+88ALp6el873vfIzMz8/UHuay9pQfyJVuyJVuyJVuyJdtfdsvNzeUnP/kJX/nKV/jRj36EpmkcOHCAHTt24HQ6X3+AK7Q35ClZtmwZ//7v//66uvHxcR599FE+/OEPv6WD+WM3KfCxOMz8icsw89+Iw8w34U39Qhxm/na8vjtEJDgn43/HYebbyUt/Kg4zfxdZvpuFp6Qm6+8IOJcCEHB0UJv5pIgEV6TeSUnguIgEd+R+WUSCM51dtGa9X0SC56bfQm0CZv7TcZj5LhbnPCQiwfOzbqQpdYfpKbGxvfhDFJmR4CpvJ2vzbxeR4FV51yZg5q8pf0xg5hsCnQmY+R1FVydg5m+teoBKMxLcntbBwZLDIhJ8pOwQS7MWC8z8Q/V3iEjwoswOjpfvEZHgm6v2s8LEzKdYvby/4YSIBK/M7UjAzD84a4/AzGfa/Xy85aiIBG8qbE/AzD8+dyfrTMx8njOFz7YfFJHg3aXt3B2Hmf9Y2w7WFzUKzPwXemKY+YOV7dwbh5n/7PxtAjNf5c/gy4t2ikjw0foO7m1eIjwlX1qylbUlxhM261Kz+GIcZv76xk7unrdQRIK/unLrZZj5jSISfNO8rgTM/Nc3bBWY+eacPD6zZr2IBN/a1Z2Amf+bHdtYWmFcy22FBXxiQwwzf/uingTM/Df2bROR4K7SIj66ZbWIBN+1vDcBM/+1w9vorTK086tK+MCOVSISfPeahRxe0CoiwV85vi2Gma8v4327V4pI8L2bFydg5r90w3YRCV7aWMmj+2KY+ft2Lk3AzH/x9u0CM798XjUPH1wuIsEPHFzOjqVzBWb+c/duF5HgFV213Hc4hpl/8NiKBMz8px7cLiLBqxbNSsDMP3jT6gTM/Mcf2yEiwWv7G7jleJ+IBD909zqBmc/K9PGh9+8UkeD165q54fplIhL88MlNCZj5Jz64S0SCN25r4/iNy4T/5OH3b0/AzL/343tFJHjzvq4EzPzJj+1h0coGAEqqsnn0MwdEJHjb1QsTMPN/9dRhgZmvmJXPyadimPmdNyxLwMy/55vXxzDzTSU8/JXjIhK898617Lt7nfCUPP7t2+habWLmO6t46Js3ikjwwZNbEzDzH/i3h0QkuHHRLB78X7clI8F/pPa9730Pq9XKvn37+NCHPsRHPvIRDh48iNVq5Xvf+95bGvMNlW8+9alPce+99+L1elm9ejXNzc3k5ubicDgYHh7mF7/4BT/4wQ/4h3/4B1auXMl73vMeCgoK3tIB/TFarHxTic9rTEcEB+gmil2PguQR2xFsQNT8mUHJG31hXUeSPLFtXOh6GDCWGaOSD83sC+oWZMkjtsO61/SEqERQUCQ3qulpCepWFMmFqps4eDyoehjQCGpWLJKbqKkN6woWyUXU1Kp4TSS9Rli3YJVdREysfEizYZXsRHQTqY6HiB4CdCKaxUTQG7X9sGbDKtsIayaiWnKbSHqdkGbBLjsFgj6qW0ytib7GTVibQbwrOGQHQXOcqGbFIlsIm+h4GbdAzkc1GafiYFo1j0+3okgKYRMHb5WcTKuGNqIquBQ7U+Y2WJElibCJg7fhZEo19hHRZNwWO5NRE19uouNntHYcQqtq0m9ojTGMc+qS7UxGTa0q47HYmDC3rVjM92wsQbtlOxMRo0/XZDxWm9i2SxY0XbuiVtKkRC1WVF0jamo9SqxPUhO1TsVCRFVRzY+6R7EzEZ7RGkj1mW2nbE3QepVYn6SB22Zj0tx2KRZCUVUg3uP7JBVcNitTYRPbL1+mtduYDMVp7VamTLy6y2Jg5q+klXVwWK1Mz4yrWAlGIibi3USom1h5RZOwWRWCJtrcZbESDEcEDj5ea9UlLBaF0AwG3WZlOmRqVR2X08DDg4GZtyiy0HosVoGnl7TLtEgoikw4ftxpswRx2bg2SUKSJCImXt1ltzJt9klRHZfLxpTp7bCZcDahtVmE70NStUStnKh1xms1DZfbLrwoVllG13WBeHc7raKPqIrLY2fKxNnbLDKqqqGaJR+XQxF9qCouj4OpGSy+VUaNqkLrdFhEH6qGy+tgagZ1b5GIhKNoZtnG5bKJPj0aweV1MjVufM/YbIrQvlPlm+KH357yzSt3vvvLN4qicO7cud8o0wwODpKZmXlFE+zrtTfsKQmHw3zjG9/gq1/9Kt///vcZMU10kiRRW1tLX18fhw4doqqq6k0fxB+7JT0l8ftJekog6Sm5Un/SU3Ll/SQ9JTP9fxmekuRNSazJssz58+fJyMhI+P/PP/88zc3NjI2Nvfkx36jQZrOxfft2/v7v/56hoSGGh4c5e/YswWCQZ599lve+973vyhuShKbkx/1eZKyOmE221DAzXZLkF3FgAEUpQYrT2qx1QivLKSIODGCzlCDH4eud1lpmUusWOUXEgQFclhKUOK3PVi20NjkFh5Il+rzWIpQ4fH2KPYbFdyopuCyxiybFVohF4OslMuwxJL1bScFjiUNo2wuwmPh6CYkcR3HseCwpeM04MECWIw+Lia+XkMhzFoq+gDWAzxKHW3fmYjXx9YqkUOiKzVGaLQWfNQ6L7srBYmotkkKxKzZHGfYAfmsMdV7izsZi4uttskXEgQGyHQFRugEo92QJrUO2ijgwQK4zIEo3AJW+LCwmkt6pWEUcGCDfFcBvjc19lT9TaN0Wm4gDAxR6AvhsMW1NSgbKDF7bahNxYDAiwl5rLP9fkxrT+mx2Cn2x+Sz2B/DGsQJq0jMEvt5vd5Af98VXHAiIMg9AbWZMG3A4yIvXpgYE+RWgJitDMBZSXE5yfLHYX0laSqI2OwNzWFLdThEHBijJSMFpjd18VufGtGleF5m+uHOamYrD1EoSVOXFzlO6zy2iwwCl2anYrTHMfGV+TJsRcJPmi53/0tw0gbpXZImKuFhpZoqH1DhtSV6awNcriiziwACZaV4Cvti1UlKQLrRWiyLiwACZGV7xhGCA0uJ0LBbzsQg2C8VFMW1Wpk9EhwFKSjIEvt5ut1BYFLsGs3MConQDUFKeKbQOp1XEgQGy81JE6QagpCIL2dS63HYRBwbIKUjFHactrsqOab0OEQcGIyLsih+3Nk/g6z1+p4gDA+SUZOCKQ/OX1OcLrTfFLeLAYBBenXHa0jlFAknvS/O+83HgZPlGIEAkSWLv3r0JWJA1a9bQ19dHR0fHWxr7TXNKZprf7yc7O/s3Hsj3bm6S64DwlMj2+SjufXGckquwOJYbfZZCnJ5rY5h5xyLc7v3CU+LzXoPLscx4naWYNN91Mcy8cylpnn3CU5LjO0LAuQgAl7WEgsDVwlOS4V5MnneH8JSU+g+Q6ewBDMx8ZeCA8JTkexZS7t8oPCX1KbvJdbUBkGIvpSF1p/CUlHl7qQusFpySlvStAjOf5SilPX2z8JTU+7uZm9onMPM9mesFZj7PWUJv5lrhKWlJ6aI9baHAzPdlrRKY+WJ3Kctz+oWnpDO9g+6MbhRJwaU4WZPbT5XXmM8KbzHr8pYKT8mirDYWZ7UJTsnmwiXCU1LnL2FTwULhKVmRN4++nGaBmd9VvFB4SuakFLOjuJuAeROzrqCF5blzkJFIsbs4WD5feEpa0ovZU9Yhbky2ljSzsmC2wMwfqeoSnpK2zGL2VbYJT8nuimZWFNYKzPzVtR3CU9KZU8yB6hbhKdlb3cyKIgMdn+P2cWx2h/CU9OaXsL++WXhKDs5qZnmJ4RMp8Po52thGhekpWVBUyt5Zc8XNxlWNzfSVGvNZ5PdztKVNeEoWlZayp7FR3EBc1dLC4jLj+ixJTeHq9lbhKVlSUc7OpgbhKbmqvYUFFcZNbGlaKoc7Wyg0PSVLa8rZ1jJHeEoOdbfQU2Fg5ssz07iqt1V4SvpmVbJ53mzhKTm4oIWOCuO6r8xJ5+CiVuEpWd5Yxcb2WcJTsn9Ri/CUVOVnsG9Ji/CULGuuZn3nLIGZ39fXIjDz1YVZ7F3eIjwly9tqWNNdLzDze1a2Ck9JTWk2u1a2CE/Jip46Vs2vF5j53WvmCU9JXUUOO9a0Ck/JikX1LF9QJzDzuzbOE56SWTV5bFvfKjwlK/vm0LeoXmDmd2xtE56S2bML2LxpnvCUrFrdyOIldQbTJMXglMx4SuY0FrFxW5u4MVm1vpkFS+sFZn7bvm7hKWloLWH9rg5xY7J6Wxvz++qRJIn0bB/bDvcKT8nczgrW7ekSPpF1+7rpXm54yjJzA2w9ukh4Spp7a1i7P4akX394IR39BlcpqzCdrdctE56SeUtns+aqhcJTsun4Mtr7Tcx8aRbbbl4lPCUdq5pYc/US4SnZctNq2lcZ31f5lTlsv2Nd0lPyDje/34/f70fXdbxer9ieuS+46qqr+MIXvvCWxk5GgkmWbxL3kyzfQLJ8c6X+ZPnmyvtJlm9m+v9CyjcPvk3lm7vf/eWb+++/n5tuugm32/364jfYkpHgZEu2ZEu2ZEu2N9hmUPG/7xh/Du3ee+9928d8y+WbP8vmOmB4SQDZsQrZuUGUb+zeG1BsnQAolgocnqPIptbpXIfTuTHuKcG34rAb9TS7tYZU71GsirHcHHBtIODaIJD0ef6b8doNJL3bVkue7yB2syST41lPlnsVsuQAZCpTriPFbkTsArZayvy7cSrGsmWpbw2FnqUCM9+YdjUZDqPMkuGopT6wRfhKav2rKPcuQDbLN50Z+8h2GCWEPGctLalr8FiMskBT6nJqfZ1G+UaysSR7B/lO84my7ho60/uFr6Q7fSlzAq0mZt7B6txNFLqM5fsqbzULMxcLX8mSrMU0pzSJ8s3mgrUUu4w5mu2vYll2j/CVrM5dwLzU2cjIeC0udhf3U+o25qg5tZpVuZ3CV7KlcD4d6bUCM3+gdCllHnMZOL2Kdfmt+ExfyZ7SbrozqpCRSLd7uLpiIWUe82m+WVVsLIoh6Q9VdNGTVYGERLbTx9HqHsq8RpllSW4Vm4obYuj4mk56skuRgHy3n2N1nZR6jflcXljF5rIYkv7a2R105xQDUOQNcHR2OyU+A/G/sqSaTRX1onxz/dwOuvKMa64skMo1jfMo8hlzv7qimo1VdaJ8c2JeB+35RtmiIjWNI02tFJgelLU1NayrqRHlmxu7Omkz03LVGekcam0m32/89bZuVi2r66pF+eaG3k6aC4y5r83O5EB7E7l+o8yyobGOlfVVAjN//eJO5hYaZYv6vCz2ds4l22+c040t9fTPqTIw84rM9cs6aSgyyhZzinLY1d1Ilqnd1D6bvoZKgZk/vqKTWUVmKaI0lx29jcJXsql7NosbKwzMvM3CsTWd1BYZvqK5lXlsXdhAulmS2bKwgUVNFShmfPjqDZ1UFxnnv6mmgI2LG4SvZMuyufQ2lxslGbfxlODKYkPbOruI9X0NwleyZVUTXS1lKLKE3+vkwPZOyoqNz968phLWLG8QvpKtG1rpmFduPPk34GLf7i5Kio3rqm1eGStXNAhfydatbbS1Gdq0dA+793ZTZGrbuyrpX90oyjdb93TR0l4uMPM7DvZQYGo7F9awbN1c8ZTgbYfm09RRjiRJZOensO1wL/mmtquvnqXrm0RJZvuxxcztMkrceSXpbL1mEbmmdv6qRpZsahXanTf209Bllhsrstl8vI8ccx4WbGxl8ZZ2Ub7Zc+daZncZnsSi2jw2n+gn29Qu3t7Jom2donyz78GtzO4xYvRlc4rZfPNqsooSjZZ/0DZDdP19f/5M2je+8Q02b95MW1sbc+fOTfh5Ky25UhLfIr8A5SwAunoa9CmBmVcjP0OLPgeApo2hRn6KphraqHoKXRtDNyO44fCzhCO/NF6njRIMP0NEPWf0RV9D1YZNJL2FqfBPmYr8yhxnhInwzwhHTdxy5DXC6iCaHgRsjIZ+zkTk18Y42ggjoV8QVC8BEuPhU0yrl9D0MDoWBkO/ZDT8CgBBdYRLoV8yHTWQ9CPhU0xEL6CZmPnzwRcYDp8CYEod4Vzw10xGhwGZodAZRiIGZl7VFc5M/ZqLIeN9T0RHOT31ayaiY4DM+dBZLoVmMPNRXp18mfNB432PRUaJaBHGTe3Z6bNxmPkIL028wrmg8b6HI2NMqyHGIwaS/tTUAKemB9DQCGsRnh9/jbPTBur6UmiUscgkY5EpQObliQFenhxAQyekRfnl2CnOTBn4+ouhMYbCE4xHpgGJX4+f5/kxQxtUI/xs9DRnpgx8/fngGOeDY4yZ2l+Nnee50QF0dKaiYZ4dPsvpyREAzk6NcnpyxETSyzw3cp5fjJxHx8DB/3TonNCemRwjrEaF9hdDF3hu2EBxT0TCPHtpgLOThmP99MQo09EIEyZm/ueDF3hu0HjfY+EQP704wLkJA0l+emyU8XCYyYiBmf/ZxQv86pKBDh8LhXj2wgADpvbU6CgjwSBTkQgS8OzAeX5pPnJ8NBjk2YHznB83YuqvDY8wPDUtMPPPnhvghYvGuCPT0zx79jwXxo3PyKuDI1yamBSY+Z+fOc+vLxhzPzIV5GdnznNxRntphPNjJmZek/jZ6fO8eN5A6A9NTPHz0xe4ZGpfuTjEwMg4EVXFgsQvTp3n5Rnt+BQ/f/U8g+PGZ++V88MJmPmfvzrAq+eNczo0NsUvXj3P0JihffncEKcvGpj5sKby3MvneW1GOzpJKBJlxIyevnxmkNfODaGaiPdfvnSeU+cM7aWRSSamQoya2ldODfLKaQMzHwpHef7F85w5Z5z/i4MTjI5NMzYz7qsXeenli2im9lfPD3DunIlXvzTB0PAk42Z09qWXL/LSi+fRNJ1gMMKvfnWOAXPcSxfHuHhhjPHxIBLw8q/P8+ILA+i6gY5//hdnOW9qLwyMcu70MJMThval5wd46VcD6LrO9GSIF35+lvNnTe3ZESLhqIj6vvTcWV56zvhMT44Hef7ZU1w8a35mTg8RnAoL7Ys/O83LzxnfFZNj07zwzKtcMrUDr15iamxaYOZf+MmrvPIL4wFukyNTvPA/r3DpjHGOz71ykfGhCYGZf/5HL/Lyz4zHbYwNTfD8f78ktO9Iezs8IX8mKyUf+MAHuPPOO9mzZw9///d/z759+3jxxRf54Q9/yNGjR9/SmG/aU7J37172799PT0/PW9rhn2JLekri95P0lEDSU3Kl/qSn5Mr7SXpKZvr/MjwlJfedfFs8JS/fd8e73lNSXV3Nvffey7Zt2/B6vTzzzDOUlpZyzz33MDQ0xIc+9KE3PeabLt+Mj4+zdOlSKioqOHny5Ft+PHGyJVuyJVuyJdu7rc14Sn7fnz+H9tprr4nor9PpZHzcWI3dtWsXX/7yl9/SmG/6puRv/uZvOHPmDMeOHePrX/86xcXFLF++nG984xtELr/DfZc1KfDxGGbeeyOK9zbhKXGlfzOGmbc14039oogE+3x3JWLmM/8hDjPfQX76F0UkOCdwbwJmvjbrf8Vh5jupy/xEHGb+rgTMfGfuVwVmPsvZnYCZb8q4NQEz31/wOYGZL/J0szj3YREJ7s26KREzX/JhgZmv9naxLv8OEQlenXddAmb+aMV7BWa+MdDF9sLrRSR4V9FRgZl3yE5ur35IYOY70jo5FIeZv7rssMDMeyxuHq6/U2DmF2d2JmDmb60+IDDzAauXv268kVqf4VVZldvJTXGY+Ydm703AzD/ZckxEgjcXdnB7XQwz/9dNu1kfh5n/XMchEQneU9aRgJl/sn0nG4rmCsz8l+fvE5Hgw1Wd3BOHmf/8/O0JmPmvxGHmj8/q5J7mxcJT8pWl21hXWgcYmPkv920VkeAb5nZx97wFwlPy9VXbBGa+MTOHL67cJCLBt7R1J2Dm/2bjNoGZb8nN47NrNohI8O3dPQmY+b/duZ2+CmPu2woL+NTGtSISfOfi+QmY+b/Zv53Flca13F1WxMe2rBGR4Lv7FyRg5r9xZDu9lcZ56q0u5YNxmPl71y7iyMJ5IhL8teu2C8z84lnlvH9PDDN//5YlCZj5r9wYh5mfW8lj+1aISPCDu/sEZt5lt/KlO3YIzHx/Ww0PH4ph5h861J+Amf/8fTtEJHhldx33HV4uIsEPHV+ZgJn/zMM7RSR4zeLZ3HV0mYgEP3xzImb+E+/dFYeZb+TWa5eJSPDJe9YnYOY/8te7RCR44/oWbjwRw8yffGSzwMzn5qXw1x/eLSLBm7e3c+1Ny4Wn5JG/3pGAmX/fJ/aJSPDW/d1cE4eZf+TJvQmY+cc+e1BEgnccXZSAmX/si0cSMPOPfOGIiATvvqmfg3euFtr3/t0JgZmvaS7l4a/GMPP771mfgJl//3duF5j5WV1VPPx3N4lI8FWPbk/AzH/oPx9OwMw/9P/dnowE/5FadnY2g4NGibaoqIj//M//BODll1/mrQZ7f+9I8P/8z//w6U9/mk9+8pN4PB527tzJNddcQ4X5JfduaLHyTTk+r7F8HcEKulH3NTDzTrEdwQpEmFkzD2M3PSIzmHlnbBsnuoltB4hIbtFnYOadaOK1bhMzrxNBSegL6lZkyWH6S0Alpg1qVhTJgWr2hXUFRbKj6iaqHY/4PaxbsEgOoqY2pNlQJKuJrIcobqKmNqJZTAS9+VrNhiJZiJpacBIxfw9pFmyyXWDlo7rF1M7cqLoERj6iKdhkm9iOalZkSSZqlskkXIREn4xdtoltVbciIxHRjWVbCw6CM+OqCg7ZJrZ1LEhIROO1asQ8BhmHYhXbkm4FdKJmKc6GnWmzT9UknIpVbMu6BR2E1iHZYlpVTtBasaDqmsC2O4hpdU3GabEybS5J21AStZJN9EmalKC1YyGiaWim1inH+iRVwmmxMG0ukdtlhWi8VrKKPkkFp9XCdMTYdsgWwlFVfGe65FifpF2uVYT28j5JBYfVQtDcdsoWQtGowMH/Tq0S+13STCy6iWmXdbBZFEIzyHQ5UeuwWQRWXtEkLIpM2Cw7OJVYn6TpCVqLJmGxyITNcR0Wi8DIS6qOw24hGDK1SMiyTCQaO4ZQ/Lh2K0ETmW9BQpIgOoNit8T6UBO1NhMINqN12iwEZ/D1UR2Hwyq2rbKEroNqljacFiWmVbUErU2WUTUNzSzj2C0KIYHF17A7rYSmZx7bIKFqukC8O+yK6COqJmoVAx2vmaUku1UmZGLxUVXsTpvYtlok1EhMa7PJhKZmtBp2l01sWxWIhqOxce1W4SfRoxEcLjtBc9tqVYiEIgYa/x0q35Te8/aUb1564N1fvjl48CAFBQXce++9fOxjH+OGG26gs7OT//7v/2b9+vV86lOfetNj/l5G13PnzvGd73yH73znOyiKQn9/Pz//+c+pra3lscce48SJE7/P8H+EpsGMl8O8GRAtYTuU2HWZNn5bN//x/21aLW5b00O/tc/YDv5WrXrZftS4fvUybTRBq4sbEqMvURuJ29bR4m5IEDckM23mhsTQ6nE3JIgbkCtta2hocb6c0GXa+G1V14ivTgcv0wYv0yb0qZHfuj1z4zLTpi/Txm9HLhv3d2nD2uuMG/0d2uhv14bU19PGavbh39AmeqRmbg4AQpf5BuL73qw2GLcd/B3jvK42HNvWdcQNyZW0wTitpuvihuTyvitq48YNXa4NxbZVTUfVfpc2di7Uy/wS8X2Xb0cv83PM3FRcafvNaCORxPMUukwrbjqupJ3+HdrL3re4IbnCdiR0mXYq/Fu3w5cf31Tid1IwbjscTBznHWlvR/nlz2Sl5Mknn0QzfUdHjhwhNTWVH/zgB6xatYojR468pTHfdPkmEonwN3/zN6xcuZKioiK+/vWvc+LECc6dO8fnPvc5vvOd7/DUU0/xwAMPvKUD+qM2JYZbl5QSkPxiW7bOZuYeTpICyHFaxVKGFKe1Wecwc3MjyylYLSWiz24pQ5Zid8Zu22yhtcqponQD4LKWocTh6/22emZOmV1JFaUbAJ+tFIsUA9ik2WuRmMGip4rSDUCqrRirNIO6lshyVAqtx5KKzxp7uFKmvQir7DCVEnnOMiQTNO6zpOK3xtDRuY5CbLJdaAtdJUKbYk0hxZoitAXOfGyyUZZQJIUSd6HQpttSSLXF5rPYnYdNNsoSFkmhzBN7HECmPYVUW2w+yz252GTjPNlkC+WeGJI+x5lCqi02n1W+HKF1yFYqvbE5ynelkGqLzWeNPxurrJjzaaXSF5ujAncKKbYYkrwuJRubqXVbbFT6Y3HFIk8KKfYYZrw+NQur+cA0r9VGuT82nyW+FAL22F9k9ekx1L3PZqcsEMPXlwZS8MdpZ2VmYTHH9dsdlARic1+akoLPbo9ps7IEvj7F6aDILN0AlKWl4o3X5sRpXU7xhGCAsvRUPPYY6r4+N0vg69PcLlG6ASjLTMMdr82PadO9bnLjtOXZabjs5uMLJKgryBJI+gyfm+yUGOq+PDcNp6mVJYnaopg2M8VDVkrs/Jfnp+OwmY86kCVqiuO0qR4y47WFGdhntIos4sAAWele0lNi10p5UQY2U2u1KFSWxrTZmT5S47WlmdhMLL7NZqEsXpvtJyVeW56F1dTa7RZKSmPXVU5eCoFA3CMUqrKF1uG0UlQW9wiFglT8KXHa6hwsJhbf5bZTVBY7htyiNHzx49blYTHHdXsdFMRp80oy8MZpK2YXoJgIfY/fSV6cNr88C48/TttQhGIegzfVTV557PEQBZU5uOO0lc2lAnXvT/eRW/YOlm4gWb6Ja7IsY7HE1jY2b97MBz7wAa699lpscY+9eFNjvtkX5OTkcOjQIYqKinj66af57//+b44cOYLXG/ti6OvrIxAIvKUD+mM2ybUVTJ+IZO9Cce0QnhKbexcWxxIAZEs+Ts+BGGbe3ovbvSuGmffsx2VqbZYiUjwHhafE41hAqme78JRkevfgd/Ya41iLyPPtETcm6c5ecr2bhKek2L+DDKfBSvFYiyn17xA3Jrmubkp9q4WnpDqwiRxXKwApthLqUjaJG5MSTxfV/uWCU9KYupYCdwMAGfYiWlLXCE9Jta+dhsAigZlvT19BidvwQOQ6i+hK7xeekoaUebSkdgvM/IKMPso9Bnug0FXEoqwlwlMyL62VjrR2FEnBqThYlr2ISq8xR2WeIvqze4WnpCejmfkZLQIzvya3R2Dmq31FrM3rEp6SJdlNLMpqFJj5TYVd1PoMT0G9v5BNhe3CU7Iit5GlObMEZn57SZvwlDSmFrKtpFV4StYXNbIsrw4JiXSHh93lrcJT0pJeyI6yZuEp2VzaQF9+tcDM76lsFp6S9uxCdlbOFZ6S7ZUN9BUa3o9st4/9tc3CU9KRW8TO6gbhKdlZ08DSYuOay/f62DdrLuWmp6Qrv5gddbOFp2TXrAYWlRg3zoV+P/sa5gpPSU9xMdtmzRackj1zG1lQamiLAgH2NjUKT8n8smK2NNQLT8nulkZ6yo2b7NK0FHa3Noobk97KUjY21gtPya62RrrKjWu5NDOVXe2N4sZkQU0p65vrhKdkR2cjbRWGT6Q8O42d3Y3CU7JwVjlrW+uwKgp2i4XtPY20lJsMlrx0ts1vEJ6SRQ0VrJpXKzDz2xY00lRh3MRWFWSwdVGj8JQsaalkRXutwMxvWdJIQ4Vx/quLs9i0pFF4Spa0V7Gss0Zg5rcsn8vsSsMnUlOWzcbljcJTsqSnhiXd1QIzv3FlE3Wmp6SmMof1KxuFp6RvUR2LemsEZn7DumaqTU9JXW0ea1fPFZ6SvmWzWLCwVmDm129socL0aNTPLmD1hmbhKelb2UDPolqBmV+3tY2yGe3cIlZuahWekr71TXQtrkWSJNKyfKzZ1UFJpXFTMKe1lBXb2oRPpH9rGx1L6gHIyA2wZl+38JQ0dFbSv6NDaFfs7qZtqcFKyipIY+2hhcJTMre3lv49PcJTsvrQQlpNbU5xJmuvWSo8Jc19c+g/sEB4StYeW07rchNJX57Nuuv631lPSbKJ1tnZyR133MF3vvMdJicn35Yx37Sn5KmnnmLTpk04fs+a2p9SS0aC4/eTjARDMhJ8pf5kJPjK+0lGgmf6/zIiwaV3nkT5Pf/9U4NBXnr43e8peeSRR/jud7/Lv//7vxMMBmlqamL+/Pn09vbS1dWFx+N5/UEua296pWTXrl1/VjckyZZsyZZsyZZsb7QlI8Gxdvvtt/OP//iPDA8P873vfY81a9bwk5/8hNWrV5OWlvb6A1yhJTHzcU1yHwbFWJqWnWuQnVuJYeZvRbEbwDjFUonTcz2yqXW6NuFybRflmxT/XThMrd1aS6rvOqyWYqPPvYUU9xZRvskP3I7X3g6A21ZHgf9qHBZjaTrXs4kcz3qBma9OuZFUhxGFC9jrqQjsx2kxloXLfOsp9q4QmPm56cfJdDQAkOmoZ3bKdtwWo4RQH1hLpW+JKN90Zx4i12lgm/NddcxL24jXxMy3pK6g3j/fxMzbWZazmwKXUW4oc9fRk7EKn8XwK8zPWM7clA6BmV+Xt41il1GSqfbWsCSrD7/VWOpflr2U1tQWFEnBrbjYXriBUrex1N8QqGFlzkL8VmP5fl3eIjrSGgVmfn/JKuEraU2tYV1ejyjfbC9aSE+GWZKxeThctowKrzFHXRnVCeWb/WW9LMgykPQZdi/HqxZT4TWWrRdmV7OtOFa+ubpqPguzq5CQyHH6uL52ARU+o8TVl1fD9tImUb65tq6bhbkVSECBO8CJWT2U+4ySzIqiGrZXNIryzQ0N3fTmGaWTEl8KJxq6KPMbZZY1pTVsr5ojyjc3N3fTm29cc2WBVK5raqfEb8z9uspattbMEuWbWzq66S4w5rMqLZ1jLW0U+wMAbKitZXNdvYgE39rTTUehUTqpzczgmvZWCgPGedo4u46Ns+tE+eaWhd20FZnlsJwsDne2kB8w/tLbPHcW6+bUCsz8zX3dtBQb5ZDZ+dkc7GkhN2Cc0y3zZrO6sUZg5m9a0c1cU9tQnMv+Bc0CM7+1aw4rmqqN8o1V4cTqbuYUGyWOuWV57FnURKZZZtnW28Cy5ipRvrl+QzezSswyW3UBO5fMFZj57UvmsrS1SmDmj2/uptbUttYVsm3ZXFLNMsv2/mYWt1WhyBI+t4NrtnVTXWpcK/MaitncP1eUb3asbaW3rdKID/ucHNndI3wlbc2lbFg1V2Dmd25uo6ez0sDMp7g5uK9H+Eo62itYt6ZJYOZ37Oygs8vQpmd42XdwvvCVdM2vYvX6JlG+2Xmgh7buSiQJsnL87D6yQPhKuhfXsnJTiyjf7Lx6Ia09xmc6pzCVXccWUWhq5/fPpn9LDB2/6/qltMw3H0lRksGO65aSV2Ki49c2sXx7u9DuvW0VTb1GhL2wKoftNywnz3xviza3sWxnlyjf7L9vA429xndQSV0B229dTa6pXbqrm74980X55tBf7aBxoVFCKm8sYfsd68kuiflVku2dby+88ALPPPMMzzzzDD/96U/x+Xz09/e/pbGSmPm4pod/BLKBW9ejL4M2HsPMh59GDT8DgKYNEwn/J5pqoI6jkRfQtFGBmQ+G/pNw+CfG67QhpoP/QSRqjBuMvICqDpqpHAvjwf9iKvwzACLqEKPBpwlGzwASE5FfE1YvmqkbK0PB/2Ys9AsAQuogl6Z/xHR0AFAYDf+aqehFgZm/MP0/DIWeB2AqOsi56Z8wGb0IKAyGXmQ8EsPMn5l6lovBlwCYiAxySn+W8egQoHA++AojkfMCM//yxM8ZmH4VgNHIIKGJIOPREUDhzPQrXDQx8xoRXhh/jjPTxvseDg8zrU4xFjEw869Mvsp5EzMf1cM8N/Y8p6cNfPXF0DCjkQlGI+OAzK8nTnF6ysDMh7QIz468yKkpA0l/PjjMYHiUkcgEoPCrsVMCMx9Uw/xk5CVenTQw7uemhxmYHmHURNL/fOQUL4wb2ik1zH8PvsIrkwZC/fTUMKcmhxg1MfPPDJ3mudFz6OhMREM8felVXhk38vmvTQzx4vglxiJBQOYng2d4dugcOjAeCfFfF17j1QkDg/3K+BDBaAwz/+MLZ/jJoIHiHg0F+c+B13h1bASAl8aGmYqEBWb+h+dP8z8Xzwntf507zalxA0n+0sgQY6GQwMz/8OxpnrkwAMDQ9DT/deYUp8YM7a+HhhiZDjJtouOfPn2aZ88b8zk0Nc3Tp85wZtRA3f96cIihySmBmX/6tdP8bMDQDk5O8cNXz3B21AAmvXDhEhcnpgRm/oevnOEX58zHAUxM8cOXTzMwauDrXxi4xMBoDDP/w5fO8Mtzxnm6NDbJf794mgtjpvbsJc4OjxFRVXQkfvTr0zx/1jhPF0cn+NGvT3NxzPicPn/6IqcvjRqYeR1+9PxpXjhjaM8PjzMxHWbQ1P7qtQu8dt7AzIfUKD/+1WlenNEOjTM2GWRodAoJ+NUr53n1rIGZD4Yj/M9zp3n5lHH+z18aY2hkimFT+8sXB3jllIGZnw5G+MnPT/GKqR24MMrFS+OMjhnJuueeP8dLrxiY+enpMM88e4rXTO25cyMMDIwwZqLjf/ncWV588YKhnQrz05+8xulTxnV19swwp18bEpj55352hl//6hy6DpMTIZ798SucedUY9+ypIV596SITM9pnXuOFX8zg4IM8+8OXOfuaMe6ZVy4RCkYEOv65H7/KL58xvvcmxqZ59r9eZMA83tMvXWBqIiS0P3/6RX71E+O7Ynxokmf/49cMvGbM76kXBpgYnRKY+Z/9+/M8/+OXjWt7cJyf/uBXDLxqaF/71VnGLo2LFM5Pv/ccv/rvFwEYuTDKM9/9BRdMbbK9s23Lli1873vfQ9M0enp66Onp4fbbb2f27Nlveczfm1Py59CSnpL4/SQ9JZD0lFypP+kpufJ+kp6Smf6/DE9J2e1vj6fkxUfe/Z4SWZZJT09n7969LFiwgO7u7rfkI0kY8206tj/DdvlTHKU32Penr5V+47S/sXGl1xlH+p3a2LamS+i6jKZLaLr0G1r5d7z2d417+WtfTxu/ffk+f9f2bx4fv3X78r6Z2Osb0f6u7cvH+Z3jXvZ00t91TL9rnNc73t94rXTl319v+3Xf2xsc9/K+t+v4fmNcOe5/6Oa8mLHP32fcP5z28nmQ3lDfu0H7TrSkpyTWhoaG+OQnP0k0GuWuu+4iPT2defPmceutt/Ktb33rLY2ZvCmJa1LgyTjM/E0o3tu5Mma+CW/al94gZr6d/PQv/XbMfPblmPlPikhwZerdvwMz30Vr1hMiEtyccVsCZn5FwWfjMPNdiZj57JtoSt0pMPM7Sj4Sw8z7EjHza+Iw81bZzrGKxwVmviHQyY6iEwmY+YWZK4Wn5PbqhwVmvv0yzPzR8qtYlr3E8JRYXDwy6y6BmV+U1fEbmPmVJmbeb/Xwwcab4jDzHZdh5vcJzHy63ccnW6+NYeaLEjHzTzTtEpj5bKefpzquimHmyxMx8x/viGHmizypfGX+/hhmvjoRM/9U7w6Bma/0Z/C1xbtEJPhYfSf3Ni+JYeb7trO2xKil16Zm8dVl20Qk+MamyzHz2wVmfk5GNl9atTmGmZ+XiJn/5qbtAjPfnJvH59dtoDTF8J/c3nMZZn5HDDM/ryCfT29cJyLBdy3pTcDMf/NADDPfVVbEx7cmYuaP97bHYeZ30Ftl+GXmV5XyoZ2r4zDzixMw81+/bofAzC+sL0vAzN93GWb+qzftpL3KxMw3VvKe/StFJPiB3csEZt5ps/KVu3YKzPzytmpOHuoXkeCHr+pnx9Imw1PitPOFB3YmYObvPxLDzD987SqBmfd7nHzukV3MMTHzqxfN4q5jcZj5W9YIzHxqwM0n3xfDzK9b0cgtx/timPl7NwjMfEa6l49+YLfAzG9Y38IN118ZM5+dE+CDH9mTgJk/fuOyOMz8ToGZzy9K5/FPvjHMfHFlFu/53G/HzD/6xcMCM19en8dffTEeM788ATP/vr+PYearm0o4+bVrfytm/ol/ukNg5us7K18fM782hpl/+H+/w5j5ZBMtEAiwevVqHn/8cX70ox8JeOrjjz/OypUr39KYyfIN8eWbMnxe4z4tosuAiVDXo4CdGZJrBAsGZl43+62iL6zrSNjRxbYdnTiyIU7RF9QtCdqQ7kI3KakGZt5mouRnMPOxbRVXrE9L7Avria+N4hbU1rBuMbHyxjJoyETHz2xHcMZ+1xK1Yc2KLCmoZjlLxyGorSHNgkWyiu2obkGWZFSTlKrpzphWtWCVLKJEpukWJEkSWl13iL6oJidoo5oVSYrRWiVsRDSjL6Iq2GQLYW3m+Ix/dGe0sm4XfRFNTtBKJjp+RqvoNtGnalKCVtYtqLqOZp5/KxZBY1VVGZusiG0LiqE1P2ZWPabVNRm7rBAyt20oRLQY4t2GRZBbJU3Crij/P3t/HSbJdd5945+CZmbuaZjpYeZZnGVeaYWr1YoZVriywBZYZMY4ThyzHcd28uZN8kuey8nz5rEdehwwSZbFWrGWeXeo4fdH1ZzumgWBZcWK+95rrmvOnu+cqqmq7j5z7u/9OaJtrqgGrUWq9kklCbOiCJKrRVJ1P4Y+rlTtk0qcoK0lwFqo0Zbnak/dJ5U0HPwsUdUiVb+Xysa+E7TyqbVyBVRZYab05uMqZQlZlijqy/9GbcWgVedqFUUQXqVSBbOp2laRQJIErdUqnU6LUStX+5ijNSFRqVSqKHZFFoRVqVjRkOqz40pztLLEzPTsOZQxmRXRNkkS5XJVa5JlQWOVymVMZlW0VUmiXCpXx1WrWoolg9akSBRnymKPE5NSQ24tlTBZVNHWtCWhVQ3askGrShWD1qRqKHnQ0jcmi0m0VVUW379X6ZvGOx9BsfyG6ZupSZ77yPs/fbN//35+/OMf86Mf/Ygf/ehHPPHEE/j9fhYuXMj4+DjXX3/92x6zbnQ1RO38bC6+eOot9iEmGdr306fsO0E7B9tePk37dH1z26U5faVKbV62Ymgb+4ztChUxIQEMGPm5bU1bOqW21rNTpmy49DNzPTyn05aN2uma9lzM/PRptMW3oZ2LmZ+Lh69tz5RPr52qaZ/QVzp1+820tROLuZj507XfVW2NB2G6eOq+t6OtVBATkjfTlisVsd/L29bOwa3XtktlI5LzXdPO8VbMRb7PnE47XTpley6Sfi4evrZdnHvM02hPOOYclHxt+4Rx3pZ25pTtuX3vSbwbRNb/IUsBoVCIYDDIggULuPLKK1m8eDEdHR2/0Zj19E1tqNVNBCU1D3K1zlox9QHaMrokeVHUluqPqU3IchX5bTH3A9oyuiL7MauFap+pGUX2ibbT3Ieka02yH5spL/ocpgKq7BVtr6UHSZ9HWpQATlOD6POYGzHL1Rl3yNqFpJtl7UoAtykl+gKWPGZ5Fl8tEbNVkfRONYDPVEWzR6xZLLJdV8qk7c3IutZjCuA3V3HQCVsGi6wtNcvIZB2NwrfhN/sJmoNC22BPY9WR9Iqk0OisIulDFj8hS/V65h0prDqSXpUUWlwNQhu1+glZqteo2ZUUWrOs0upOCW3C5idkqV6jNk8Cq6Jde6tsos0TF9qUw0/Y6hLaTm9Va1dMtHur1yjj9BO2Vs1dXf44FkXVr6eZNl/1GuXcfoLWKjq8JxjDoiPp3WYLrb4qDjzv8RO0VvHaveGYwNd7LFZa/NXr2egLELDVaKNVrddqpVDDDGgKBPDbqqj73lhMoO79NhuNgeq1bwoG8NqqfxX2JmICXx9w2MkFq9pCOIDHWkXS96Sq2qDLQSZYfe4L0SDuGm1vQxxF92aE3A7SQW9VGw/i0rWSBN2ZmNCGvU5SQY/QNidDOK3a/Zclia5cTHhJon4XiVptOoxD1yqyRGe+RhtwEQtWn5XmTBi7Vd/qQJFpb6xqY2E3kWD1WWnORbDpWpOq0NYUE76OWMRDqEbb0hTFqmPxzWaV5kJUaOMxL8HacZtjWCz6tghWE4XmqjaR9BGo1bbFMetam90sUjcAiXQAf7Bmu4XOpNDanRZyLdVnO5kN4avRtvSkMekIfYfLSrZGm2qM4K3V9mWE1um1k2mJi750IYYnUNW2DuaE1h1w0tBa3UKjoTWBu0bbNloQqHtvyE26tbrtRD3e2/jlL3/Jrl27+Iu/+AtuuOGG33hCAvVJiSEk66YqZt48jGI7W3hKTPZzUK3jAMhKAot9s/CUmC3zsNnPFZ4Sp+MCbLrWpKbxOC+oYuYt8/HZz0bS954JOs/HbZ0PaJj5qPM84Snx2+YRdW4UnpKU6yyCthEAHKY0Da5NwlMSs4/S4FotPCWNng1E7VqO1mNO0+JZJzwlDY5hCu7luqfERKd3NUm75hMJWtJ0+1YJT0nBNUiHV+eUyGYG/MtocGgeiKg1xZB/qfCUdHr66dc5JWbZwrzAOHmnNiFL2lIsCC0SnpIBfy/DgSGBmV8SXiAw81lHimXhecJTMhrsYV6oDxkZh2pjZXSUZpd2jZpcKVbHRoSnZFG4m0XhLoGZXx8fotWtvWm1ehJsSA4KT8nyaCdLIu3ISHjNds5M9dPq0d5ku7wJzkz3CU/J6mQHS2MtSEgErE7OzvTQ6tHx2v4kmzI9wlOysaGd5fECEhCyOTk3102L7inpDyU5J98lPCVn5tpZmtKeo4jdxXmFbuEpGYwmObvQITwlZzV1sCStXaO408V5rZ0CMz8ST3JWc7vwlJzT2sGijOa7SbrdnNfeKTwlo6kUZ7a2CU/JuV2dLMhkAEh5PZzb1SE8JfOyac7oaBWeknN6O5if0659g8/LOT0dAjM/P59hg84pUWWZc/o7Gclpk+FMwMvZAx3CUzK/kGGdzikxKQqbhjoYymvaXNjPWcOdwlOysDXLmllOiaqyabSD/rx2T/NRP2eOdQpPycKOHKsGWgSn5Mx5HfTq6Ph8PMAZCzqEp2RRT15wSuxWMxsXddLVpH1wNqVDbFzcKTwliwebWDaioeMddgsbxjtpb9SelUImzPqlncJTsni0wPhYs8DMr1/RRWuTpm1ujLBuRZfwlCxe0MwinT3idttYt7qb5oKmbWmJsWZVl/CUjC9pZcGCZmRZwuO1s3ptD42676K1Pcmqdd3CUzK+ooN5i1qQJPD5Haw+o19g5tu6U6zc2Cc8JUvWdjOyuEXDzIfdrD57QGDm2/sbWH5mv/CJLD2jj+Elmq8pGPOy6rxh4SnpGM6z/JxhoV1+3jCDS7UtKSJJPyu3zBOeku75zSzfPCY8JSsvXED/Uu0DLZIOsvqSRcJT0jPezvILFwhPyarLxhlY0Q1ALBdh9RVL31NPSd3oWo13YxIyN+qeEuolwcbj/PZLgqdKRu3c0t16SfCJ2t+oJHjuzxq0nFZbLwnm7ZUEn6as94Tj1EuCTzrO73pJcNP2d8dT8uzH35+ekt7e3rdc9fSzn/3sbY9f95TUox71qEc96lGPtxRnnHGG+H5ycpI//MM/pK2tjdFRjUz+k5/8hCeeeILrrrvuHY1fT9/UhOS4ARRteVy2nYVs3yrSNxb3PaiWJQAoags213ZkRSt3tNs3Y3dcLNI3fs+HsVk1rcXUQcC9HZOqLaX7HFvwO7aIkuC07z7c1gUAOM2dpL03YVW1cseEazNx57kCM9/qv5OAVUvf+CydNHuvxq5j5hs955BzbxTpm8HQrURsWjlexNpJj/9inKq2JNvlPYsWd3WX4MWR60jYOgFI2TsYC56PS9VSCCOBjXR7lwjM/Nr4ZTTYNT9No7OD8fCZuFUtfbMkvK66S7Bs4+zkhWQdWmqizd3O6uhakb5ZF1vNWGBEYOYvajiXvFO7Rn3edjbGl4v0zdnJFSwI9iMj41YdXJU7k4IzrZ9fO+ekxkX6ZmtmGePhbmQk/GYnNzSto9mlLd8vDLdxQcN8kb65qnEJy6IdyEiErW5uaV1Js1tbOl8ea2NrblSkb25sHWd5vBUJiYTdw/aOZTS7tZTMmmQbFzUOifTNbZ2LWZ7Q0jcNTh93dC+m4NFLrDPtXNI8INI3H+hbxLKkdo1ybj/b+xbS6NFSMmc2tnFxa69I39w1tIglae2Za/IFuH1oPnmvdu3Paelga0ePSN/cM38RixoyALQEg9wyMkZW37n73I4OtnR1ifTNB8cXs1BP37RHwtw0b5QGHTN/fk8n5/V0ivTNPcsXM5bVrn1nPMINC0dI6trNA12c09chMPN3rV7McFZLyfSkY1w7PkxcR9JfMNojdglWFZm7NixmMKelZPqyCa5aOkRUR9JfuLCXjYNtAjN/x5mL6c3ppfBNSa5YMSTSN1uX9hl2Cb793MV057XXyFBrmktXD4r0zUWrBlgz2qqXBJu55YLFdOa1+z/SmeGidYMifXPRhiFWjmnpG7fTyk1bF9OW11IGo31ZLtgwKNI3F589wrL5mtbrsXPjZeM057XX3thQnvPOHBTpm4svGGN8YQuyLBHwO7n2qnGaGjXtgvkFzjl7SKRvLr5kAQsXadpQyMVV1ywh36g9gwvHW9l03pBI31xy9TjzFmvpm0jcy+U3LCOraxet7OCMzSM4nLr2xmWMjmspmXg6wKW3rKBB146v72HDhdWdfy/bvprhJVr6NpUPc/Htq0nlNe2yswdZf/F8ob3iQ2eI9E2mJc5FH1hPUv/dVlwwj3WXLhLpm6seOpeBZVoqINeZ5qIPbSKuX7PVly5m7RVLRPrm2k9dTP9yLd1c6M9x0f3nEstVfVu/7fh9T9/cd9994mvPnj1s27aN//t//y+f+tSn+NSnPsW//du/cfPNN7NLp0S/3aivlNREZfpfQNZQx5WZJ6lUDgvMfHHqnyhNa0tR5fJeZib/kXLpRQBmZn5FuXxAYOaPT/4jU9P/pf1caTfHJv8/ZoqadnL6cYrlvQIzf3Di/3B06qcATJd2s//4D5ksvgLIHJ76FdOl3QIzv2finzg49UsAJoq72XX8nzlefANQ2T/5ayaKuylXpimj8uqxf2Xv5BMAHCvu5pVj/5ejxV2Ayq7JXxsw8zuO/js7J58G4PDMHp4/+h8cKe4FVF49/nQNZl7m6cM/5bWJ5wHYP72HY8UjHC7uB1R2HHuGvTpmvlSZ5olDv+CV4y8BsHdqD4dnDnFo5iCg8syRZ9k5WdX+/ODjvHRMQ9K/MbmHPdP7Oagj6X99+HlePb6LMmUmSlP8x/4neOHYawC8NrGH1yf2Csz8Ywdf4EUdM3+8OMW/7X2S549quPWXj+3l5WN7BGb+p/t38JyOmT86M8k/736G549oL6QdR/fy7OFdAjP/73t28PShXVSocGh6kh/tfJbnj2ho6+cO7+XXB3cKzPy/7drBrw7spAIcmJrgh68/z/OHNe0zB/dwvDgjMPP/8saLPL5Xx8FPHeeHrz7PjsMa4vvp/Xs5WoOZ/+fXXuQXuzXM/L6J4/yfl15gx6EDAPx6724O1WDmf/zSi/x8p4YO33v8OD96cQcvHTqkaXfvZv/EhMDM/+iFHfzsdU2759gxfvTCDl4+qGmf2LWbvTWY+R899wK/eFU7h11HjvLjZ3fwmq791eu72H3kGFPFElIZ/unZHTw2qz10lH965kXe0PH1v3p1JzsPHWG6WEIuw4+f2sHjr2jXYefBI/zzUy+y8+ARJOCxl3byho6ZL1ck/uXJHfxa176+/zBHjk+x6+BRTfvCG7y6T8PMU6nwL4+/wJMvaff09b2HOHDkOHsOHkMCfvnc67yyu4qZ/9dfvsBTL2mo+9d2H2TPgaPsO6Rrn35NYOYnJmf4t5+/wLMvaQj913YeZOfuwwIz/4tfvyow88cnpvm3/3qB53Xtq68f4LXXD3DwkPZe8YvHXmHHSxpm/tixKX7y78/zwg5N+/LL+3jxpb0cPjyhjfvzl3jhBQ0zf/ToFP/+k+d4cYeOYn9xL88/t0tg5n/xXzt47pmdVCoaDv7f//UZXtLHfen53Tz769c5dlTT/vzfn+e5J7X7dPjQcf7jx0/zij7ui8/sZPL4tEDH/+xfnuWZx18F4ND+o/znD5/kNX3cHU++zrEjk0L70x89ydM/117/B/Ye5j/+v1/x+gva9X3hV69w5MAxgZn/z//vVzylo+MP7DrEf/zgl7yha5/75Usc2ntYYOb/43/9nCf+r/Z+te/1A/z73/2MnTs07XsS/w3VN48++ih/+Zd/yVNPPYXNZmNsbIyPfvSjNDc3n1R/9dVX86UvfYlPf/rT3Hzzzaccd/Hixfz4xz8+4f/XrFnD3/3d373pef35n/85//Vf/3XC/1944YUMDAzw1a9+9U3HmBvvK0/Jo48+yt13381NN93EZz7zGQAqlQoPPPAAX/rSlzhw4ADDw8N84QtfoL29/S2PW/eU1B6n7imBuqfkZP11T8nJj1P3lMz2/354Sgq3vTuekmc++dY9JatWreL8889ncHCQYrHIPffcw+OPP86vf/1rHA6HQftXf/VX3H///ezZs4ft27efdlKyf/9+pqeryIh9+/bR3d3Nl7/8ZS655JI3Pa9oNMqjjz7KpZdeavj/r33ta9x5553vaLXkfbNS8p//+Z986UtfOmGjn4997GN86lOf4utf/zqFQoGHHnqI5cuX8/TTT+NyuU4x2lsJBSidon26vndPK6FQOUX7dH1aW6ZC+U37QMO8V7W1fXPH0T6wKvo0X0bWuCF61LZ/W1oZSUDLAGRJplwzKVQkuQpLm6Ot7Xt3tRKlysnbp+v7n66VJUlA4xRZ0pkdnLT9VrWSpD0vb1ULGtvk3dTKkkSFylvTypIAkb1d7enaJ/QpkoGzUts+UStTrvmgr22fru/9oH1P4r9hpeQHP/iBof21r32NcDjMT3/6UxYuXCj+/7XXXuOGG27g7//+71m7du2bjuv3+w3t7373u9jtds4555y3dF4333wz1157LT/96U8ZGdGsBT/5yU/46le/yr333vuWxpgb7wtPydGjR9myZQt/8id/gs9XZR1UKhU+85nPcM8997Bp0yY6Ojr4xje+wfHjx/nOd77zto9jxMzfNgcz///UYOZ7cQX+rAYzf88czPzf1WDmh0mG/qwGM3/vHMz8X9dg5kcNmPkm/z0GzPxY/LsCMx+2jzEc+awoCe4PfcCAmV+TrsXMz2NZ/JE5mPktekmwypbsF06Jmd+Q2GbAzF/f9EmBme/2zuOC9M2iJPjCzPWMh9fWYOYfqsHMj3HFHMz8yugygZl/5HSY+dbLWatj5t06Zr7VnQE0zPxtNZj5BzsvEZj5gMXNV2ow8+ekR7mzrYqZ/3T/Vs6swcx/e97VAjN/UX7UiJkf3cKmht6TYuavbDZi5r+x6AKBmW90B42Y+c553DuwTHhKvrNis8DMt/jCBsz8LX3zDJj576/fLDDzXTpmfrYkePvwAu4cXSg8JX9x9maBme+LxflWDWb+zgVGzPxfbrmAFU3aszw0BzN/97JFBsz8X1y2maUFzdcylkvzR+dtFCXBH1wzzg2LRmow8xcIzPzCQtaAmb9341KuHh8SJcHfv+mCGsx8oxEzf24VM29WFb57+xZGCto9XdbTxMcuXSs8JQ9sXWnEzN9TxcyvGm7h4StXC0/Jg1euZsuKvipm/oGtAjO/Zn47919dxcw/eOM6gZl3Oa18/ZGtdOmY+fXLurjn+pXCU/Lg9g0CM+/z2PnKJy8SmPmNa3oMmPmH7t0kMPPBgJM/+vypMfMP12DmI1EPn/9iFTN/zmYjZv6Rz2wRmPlEOsCnv3KZYJWcd+l8I2b+jy8WmPmGxjCf+OaVVcz8dUuMmPlvVTHz+bY4H/3OtaIkeOttczDzf3WzwMw392Z49M9rMPMfOtOAmf/0398lMPPto0088tfbq5j5j2w2YOY//3+rmPme8Q4e/ru737clwYcPHzZ8TU1Nnf7gehzSU7G1k4pyuczWrVvZvn3728oU1MZXvvIVzj///BNWX04Vd955J9/85jf5+c9/zrZt29i2bRs///nP+frXv86dd975js7hfZG+ufjii/H7/Xz6059m8eLF9PT08JnPfIYXXniBfD7Pz372M3p7e4V+48aNeL1evvGNb5x0vKmpKcPNP3z4MKlUak76RkJDyc+mb0yiraVWqsuIU5VqW0vfmGp+1mzQzmChorc1zLxJtKfKNvH9DIqhb7JiQkKlgo5br1jF95NlEzIqZb09XVEM7ZmKraZPNfRNlc36SkRJ77dWf66sIksqZT19NV02aX+l6qsWZSyC8DpVVlEkRVBcixXVoC1VLKJvqmTUlvRUz+xKSblioTg7TllGlZSatgmoIt6pmETfTEkxaCuolCsVMS5lc1U7Z1wqRq1Uro5bKkuYJIUZvS1VVEqV6lqJWlEE5bVUkjWMt77srVQUAy1WrSiir1I2atWKfEqtVJYMWlNNH4CJap9UMmo1fP2ptJxWa67UaMtztafuk0pgUmRmSjXaUo22pk8qgSrLFGd/N0kWuHeprMHKZttyRVu1ElpOoy1rqxqzKxFGbcWgVcuStn3BrLb2HEpGraKnZGdXa8zIgpoqlSqoarWtov1RLLDtUrWPudqK9ofW7DuySZaq4xbnaCWJcrlc1ULNOZTnnINRqyJRFLj9MqqqiLYClGpSOLN4eACKJVSTItqKZNTO4uG1382oVWUjLVYxaMvGcSkbtKpcPYdKccaolSWKM7Pvie9N+qb55ncnffP0Z+4+4f/vu+8+7r///tP+bKVSYePGjRw4cIB//ud/Fv//6KOP8sMf/pC///u/R5IkMpkMN99882nTN7XxH//xHwwPD/Pv//7vDA0NvZ1f512N3/n0zXe/+11+9rOf8Z//+Z8n9O3cqZndIhGj8zoSifDSSy+dcsxHH32UBx544E2OPBdfPPMW+06vrZymfbo+rV086feAmEicrH26Pu0DvnRqbaX2mDUf8GBAzmvt0mm0pdNqa6M4R1vbrk3rvJl2Lmb+N9HOGJD55Tl9c9o1H+onaMvvjvZ0fb8z2ppl9ZnSqfsAMckAxIf/ydqVivE6vZm2Np10Om25UjEsqb+ptrZvjg+jtl0qv3Vt+W1o52Lm3562dMp2ae44c7Dzte23oz1d32+mNb4Hvd/ilVdeMUygLBbLadRa3HDDDTz22GP8y7/8i/i/n/70p3z2s5/lZz/72TveOfkrX/kKHR0d72hCMj09ze7duynPeQ9Ip9Nve6zf6fTNK6+8wk033cS3v/1trNZTz0zn3oRKpXLaG3PXXXdx6NAh8fXKK1rVB2ob6P4GSS2AHBY/o5iH0DblA0n2oZiqJDtVbUWu0VrMo0ho56vIASym6lKa1dSKKldR4i7LMJI+rkkJ4jBV8fVOcwumGny93zqArCPprUoIl6lR9PkszVhqkPQRWx+ypGPR1RBec0b0hSwFrMrsC0Eiae9C1uenLjVIwFxF0sesjdgUl66UyTjakHUTrtcUJGSpQUfbc9gVbdlPRqbJ2SK0QXOQiKUGt+7IYle0JWxFUmhxNQl8fcQSJGatXqOCswG7ol1Pk6TQ7s4JbdwWJGatItTb3A04dK1ZVun0NCDPouPtQWK2avqv05vCoVr062mi25cS2owjQMzmEdoefwq7qqVRHKqZbl+C2Scs7woSs1XfWPqDSeyqdu1dJgvdgbjQNnoCxOxVr9NAOIFN17rNFroCUaEt+IJE7VW89mA0gVXH13stVjqC1evZ7A8StleXXIfiCYG699tstIWq17MlGCRUszw7lExiVrT7FLDbaQ1Xta3hEEFHFV8/mE4IbcjpoDlcRd23RkP47VV8/WAmiUnXht0OGsPV+9QaD+NzaFpJgsFcElXR77/HST5So02G8di1eypLEv35hNBGfS6ykeprpC0dweOYfe1J9BeSAnUfC7hpiFTvf3s2iktPCSiKTG8hgaKPGwu6SUW9VW2+qlUVme7mhEDdJyIeErXaQgyHXd/qwKTQ1VajjXmJRarPVXtLHLtN01osKh1tCWRdm0z4iEar2rb2BDZda7WZaG2valPpAOGacdu6Ulht+uvfYaa5PSF8M6lskFDtuD1pLLrW4bJS6EyK9890Y5hgpPpst/dnsOgIfafHRlONtqEQJVBzDh3DeaF1+x3kO6vvK5nWBP5a7VgTZl3rCbnId1U/zHKdaXw12s4FrZh0NL8v4iXX1cB7GpV36Qtwu92GrzeblNx44438zd/8DT/84Q9JJqt4/X/+539m9+7dpNNpVFVFVVVeeuklbrvtNjJ6uf/p4vjx43z3u9/liiuueBsXAp599lkWLFiAzWajoaGBbDZLNpslk8mQzWbf1liz8Ts9KfnpT3/K7t276e/vFxf6xz/+MZ/73OdQVVWskMyumMzG7t27T1g9qQ2LxXLCwwAgWVeBzh6RTL0otvXCU2KyrUO1aIYiWY5hsZ2BrPtEzOZ+bLYNwlPisG/EqqPjVSWBy34GJlVnmliG8NjXCU+J374Bt1WDzliVBCHneuEp8VqGCDtWC09J3LEGv03LpdrVBEnnauEpCVn7SDqXCk9JxrWcsLUHALcpQd61THhKEvZecs5FglPS7B4nbtcmTn5LgnbPYuEpyTm7aXGPCsx8t3cBaYdWhhayxOnxzheekmZXF12eQYGZH/CNknXoXhpbnCH/iPCUdHnb6ff16EwTC2PBQfLODAApe4z5wQHhKen3tzMc6EZGxq7aWBzup8mlvcFlHTHGI33CUzIabGUs1IaMhEu1syzaQ8GtXaNGV5QV0W7hKVkUbmV+qBkZCY/Jxqp4l+CUtHhirEl0CU/J0lgLiyIFJCR8ZjvrUh00e7RnrM0bZW2qXXhKViSaWRTNIwFBq4P16Taavdr17ArEWZ9pE56S1elmFsa1F2/I5mRDro0m3VPSE4yxPtcqPCVrss0sTGrXKOJwsqGxRXBK+qJx1je2CE/JuqYW5qe0N/ao08mG5layXu0DuT8eZ22hgF3Xrm9pZkz/iybudrGutZkG3VPSn4qzuqUgPCXr2lsYyWjXPuFxs7ajWXhKBhuSrGovCE/J2s5mBjPatU/6PKztbhaekqFckhUdTRqnRFZY3dNMf1bTpoNe1vQ2C0/JSFOa5d1NwlOyuq+Fnqw2GW4I+1jV3yw8JSMtaZZ0N6IqMhaTysqBZrpy2j3NRH2sHGoWnpKR9gbG+xpRdKbJipEW2rPaaySXCLBipEV4Ska6sywcaBSY+eXzWmjVOSXZVJDl81qEp2SkL8f8wap22YJWmnVtLhNi6aJW4SkZHcozNtyIrHtVloy30qjzOfL5CEvG24SnZGysiZHRRoGkX7K0jZzOCGlsjjK+vF14SuYtbGZorAlJAo/XwfiqTrI6I6SpNc7ilR3CUzJvaRuD8wpIkoQv4GTxmi7BKSl0JFm0plv4ROav7qJ/ofb694fdLFrfS0rXNvc2sHB9r9AuWN9H70Ltj6xA1MviMwdI6T6RtqE8C88YEJ6SRZuG6Fmk+aVCcT+LzxkRnpK20SYWnjUsPCXj54/RM669X4XTQcY3zyeef396St5qVCoVbrjhBv7yL/+S//N//s8JH/hbt27lscce4xe/+IX4isfjbN++nb//+79/0/G///3vMzU1xYUXXvi2zuuSSy5BlmX+9m//lp/+9Kf87Gc/42c/+xk///nP3xHNFX7HPSVHjhw5IQ1z6aWX0tLSwgc+8AHa29uJx+Pccsst3HHHHYC2jBQOh/noRz/K1Vdf/ZaOUy8Jrj1OvSQY6iXBJ+uvlwSf/Dj1kuDZ/t+PkuCWbe+Op+Spz731kuDrrruO73znO/z1X/+1gU3i8Xiw1WyuWRsn85RcdNFFJBIJHn30UYN2wYIFJBIJvvvd776t38PhcPDTn/6UlpaWNxe/xfid9pS4XK4TNvxxOBwEAgHx/zfffDOPPPIITU1NNDU18cgjj2C327ngggv+O065HvWoRz3q8T85/htKgr/4xS8CGuysNr72ta+9JZ7IbLz88svIsvGPoWeeeYZ/+Zd/4R/+4R/e3kkBbW1t7N27923/3Onidzp981bijjvu4Oabb+a6665jYGCA1157jX/4h394R4wSyXlzDWb+XBT7pVQx8/ejWpYDoKit2F13i/SN3b4Fh+PyKmbe+wg261Lt50ydBD13ifSN37GVgPMSkb5p8D2I26qV+TrNXTR4bxPpm6TrQhKuC0T6pj3wQYI2rczXZ+mmxXe9SN8UPJvJuzeJ9M1Q6A6itgEAorZu+gKXi/RNt+8c2jzr9PSNmSXRG0nau7XzsXezILRFpG/Ggpvo9S1HllTMspUN8avI6LsENzm7WBY5W6RvlkU2MuxfLDDz56cuIe/QylLb3Z2si20Q6ZuN8bUsCI4JzPxlmQtocmrXaMDXyVnJVSJ9c15qNePhIWRkPCYH1zWeLXYJHgt2cEF6mUjfXJpbybJIr1YSbHZxc/NGWvRdgscjHVyUXYTXpN3T65qWszKm7Sgcsbq5o20NrW4tLbAy3s5ljfNF+uaWtmWsSrQjIZG0e7m7awUtevpmXaqDywujIn3zga4lrEq2IAEZp497epfSoqdvNmU7uLJ1SKRvPjiwhJVp7RrlPQHuHhgX6Ztzmjq4vH1ApG/uHRlnRYPmI2r2B7lrZJEoCT6/tZPLuvpE+ub+hUtYmtGuZ2swxAfmLRDpmwu6uri4p1eUBD+wbAmLc9pycEc0wu0L54n0zZa+bi7s7xbpm/tXLWGBvktwdyLKLePzRPpm61APmwe6RPrmvnVLGMtraaG+hjjblo2J9M1F83o5d6hLlATfu2kpw41aWmggn+T6laMifXPx4n7OGunApChYTSr3nLOEgUbtng4VUlyzekSkby5ZPsAZo+2oiozdYuKuzUvobdReI6PtDVy5blikby5dM8S6eW0oiozTbmH71iV0NWr3f6wry2Ubh0X65tIzRlizoE1g5m+7ZInYJXj+QJ6LNg2L9M1l542xYmGrKAm++cqltOqpiAUjTWw5exiPnpK5bOt8li1uFSXBN167lIKuXbigmc3njYj0zeVXLGJ8XNOGw26uvWEZjU3aM7h4aRvnXjAq0jeXX7+UBUtakSSIJrxcdfMKcrp2fHUnZ28dE+mbK25ZybylbUiSRDIT5Mrtq8no2mUb+zizBh1/5V3rGFuupU7SjREuv3MdaV274txhzrh8kdBe/cBZDC/X/njMtCa47INniPTNqq3z2XjlEpG+ufajmxlaoW110djdwGUPnENCTzetu3IpG65dLtI3N37+MgZX9Wivg8FGLnt48+9F+uZkX6ebkLz44osnVN786Ec/4utf/7rh/wqFApVKheXLl7+9kwI++tGPcscdd/CjH/2Iffv2nVDi/E7idzp9816FSN/s2IDb+hRQoag0UikfgvIbTFWKKOYRSjO/hMoERdmLrCQpzTwOVCgpLZTL+ymXdzJdqWC1jDE1/XMqlQmKUghViTE18zgAsqmTYmkvxfIuJisqLssoR6d/RqUyRUmKYVZCHJv+NTMoOM1tTJd2M13ay2TFhN86yMGpX1KuTKPIccyKl8PTzzBZNuGztHC8uJup0n6mKypRWx+7Jx+nXJlGVRKYZScHpl9guqIStjZzZGYXE6WDTJXNpOzdvD7xBKXKDGY1jlm2sXfqJWbKKnFbEwend3G8dJiZspkGRxsvH3+KUqWIU41iki3snnqVqbJKgz3P3qndHCsdoVQx0+gs8PyxZyhVSrjVGKqssnPyDaZKKnlnjp0TuzhWOkYFEwVXnmeOPE+pUsJvjiEj8frkboplmRZXlleO7+RYaYJKxUKLu4EnDu2gTJmIRctnvzaxl5mSQocnw4vHdnK0OIkiWWh2J3ji0MuUKmXilghlKrx6fB8zZZlub5rnj+7iaHEKs2Sl2R3lsQOvUKZC2hZmplzi1eMHKJUl+vxpnj68i2PFKayylYI7zC/3v0aZCjlHiKlSkVePH6RUkhkMpfj1gV0cK07jVKzk3QEe2/8G5UqFJmeIY8VpXjt2mEpZZiic5Ff7d3G8OINHtZJ1+/jl3jeoAAV3iCPTU7x+7AhSWWI4muSxvbuYKM7gM9lJuTw8vkfD2bf6QhyYnGDnsaNIJYnhRJJf7trJZLFI0GIn7nLzq927NG0gxP7jE+w6dhSpBCOpFL944w0mi0VCNgcRp5MndmnY7vZgiL3HjrP76DGkMgw3JPnFa28wVSwRsTvwO+w8tWsPUhnaY2F2HT7K3mPHkUownE3x81deZ7pYIuJw4LXZeGbXXk2biLDz0BH2HT2OXIbBXIqfv/g6M6USMbcLl9XMszv3adpUhDcOHGb/0QmUimZ0/cWON5gplYi7XdgtZp6f1TZEeG3vIQ4em0StSPQ2JvjF869TLJVJ+NyYVZUXd+5HKldoz0Z5dfdBDh2bxIRMd1OcXz77OqVSmWTQg6rIvPTGAaRShY7GGC+/cYDDxyYxywodTTEee0bTpoJeZEnilVltc5yXXt3HkWNTWBSZtkKMx598jVK5Qjrio1Kp8NobB6FUoaMtwYsv7eXosSlsqkKhKcoTv36NcrlCOuGjVCzz+hsHkYoVOjqS7Nixh2PHprBZVPL5CE/q2oaEj+mZEjtfP4hUKtPRneaFZ3dy/Pg0DquZTD7EU7/Sx00HmJqYYdcbB5HKZTr6Gnj+qTeYOD6N024mmQnx9OOvUqlUyORDTBybYvfrB6FYonMox7O/epXJ49O4XFZi6QDP1miPHp5g7xsHoVSic7SRZ37xMlMT03i8NsJJP8899oqmbY5yeN9R9u08CKUyXfOaefpnO5iamMbttRJKBHjuFy8CkO9IcWD3Ifa/cZBKcYbuRW08+e/PMj05gzfowh/z8vwvXnzP0jetN7w76Zsn/+D9uUtwbcyuupyq2KQ0N433FqI+KaHuKTEep+4pgbqn5GT9dU/JyY9T95TM9v9+eEpar3+XJiVfeP9PSk62b05tLFq06G2P+TvtKfnvDRUMzI7a9un63p62FpBW+73WrsLS5rZP7HvrSHoZpYZNYsTMG/uMbUn/V36LWqgySGphaXPbJ2pPj3gHBDztdFpFkg1AtLlaVarCyuZqa/tO1Eq69sS+ue3T9f1G2hrY2Ju1/ydpJckIRHtb2hoAGmhlwLMMD1kyAtFq+34TrSLrz0rlxL4TxpUlAzzttFpFolJ+a9oT+lTZwBipbZ+u793VKpRqJjm17dP1AUYom0l971kl/w2ekt/VeCeTjjeL972n5N0MyfcnNZj5Ww2YeYcBM9+DO/DdGsz83bjc95wCMz80BzP/ISKeO5AkLU/cGv0rvLaVAHisw7SHvzIHM79NeErmxb9L2L4YgLB99B1j5hdFb6Pff2ENZv4PBWa+2T3PiJlPzsXMf0Jg5nt889jScEsNZv46A2b+7taHBWZ+xD/KlTWY+evyV7Iqulxg5h+twcwvCRsx83e0XM66Gsz85/pup82teSDWxce4vQYz/1BXFTPvN7v48tCNBsz83e2bhKfkU/1b2aRj5iNWN9+ed5XAzG+dg5n/o9EtnNXQh4RE2uHnu4urmPkrmse4z4CZ3yww83l3wICZv75zjPsGltdg5s/nzJyWo2/2hfjeqgsEZv7mvjEDZv57688XmPnOYIQ/W38uTbqn5Pbh+dw1uqgGM3++wMz3RmMGzPwH5i/gjvnzRUnw/7NlMyubtGs/mEwYMPN3LV1oxMxfupllBe1ZHs2m+OPzN5LWPSX3rF5swMx//+rNAjO/oJAxYOY/tHEJ1y4ZFp6S722rYubHO/IGzPx95y47ATM/2qzd02W9TXz8sipm/v6tK7hkeRUz/527t1Qx80MtPHLlmipm/orVbFnRj6LI2G1mvvXAhVXM/Lw2A2b+oRvWCsy822nla49cSPcsZn5pJx+8fpXwlDxUg5n3eux8uQYzf8aaHj6wbZUoCX74Q2dyxtpazPzFAjO/6cyBOZj5c6qY+YiHz3/xEoGZP3vzCNtuX31SzHw85Z+DmV/A9bWY+T+6hOUbepEkiXQ+zCe/VcXMX3DtqTHzudY4H/uzKmb+wltXc8UHNwrtJ/7fKma+0JPh0b+4SWDmL/3gGVx+31k1mPk7WbBRew9qG2nk0b+pYuavfPR8A2b+c//2kMDMdy1qe88x8/Woxj/90z+d9uudRD19w6nSNzC7oqGlb6orHDNI1G6cN1WRRZ+WvlFrflY1aKcxiz4tVVLdhG+qXEXHa5j56mqIhpmvrnjMxczX9k1XlDlta833qmFFY6psNqyUTFcsom+mbNROl01Qoy1VzDXjGLVFPQ00u57wdjDzpYpZrGgUy7JhhaNYVvU/VDRtRUe+g5a+qdWWK4pRWzZVtWXZuBJRMw6AVFZFX6kszdEqxo3oalDypZJxXLkiG7XlqrYy5xyUinRKrTTnHJSycVyVmhWCkmTEtqMYVxMMWk6rNVVqtGXjpnsmjH2GVYqScbO5ueOcVnuaceUKhg35TjeuXJ6jnYOZr11BUMvGTfZUqdonlYxapWLUmiqn0TIHHU/NqsUcrVoxUl1VSaqOW5wzroRhAz61Qs05lE84h1ptLUpeKpcNqxhyBcMGd6pcQ24tloxajFqFclVbmqutGDfVo1Jd/SiVDashUrlkHFeSRF+lOGPYhE+qGfe9St+0XffupG9+/Yfv//TN3EoeMPpL3omnpL5ScsqYuyRY2557oX8TbS1u3dh3Yvt02tJptMa+sqFdoXZX4PJptJW3ra2+Eb4ZZt6oLc/R1h7z3dPWpkZO13eitvK7p53jDTBg20/T93a1Bmz7m2nL7762UjFi3t+Wdo53oTalUZtimdv3G2nLb097qr4TtKXfQDvHN1Lbnrvj7m9PWzpl+8205dKpx31PovIuff0PiAMHDhi+du/ezQ9+8AMGBwffUYkx1CclxjB1M3tJJLUVlCpCXTHPE6kcSQ6gmvpA9zeYTJ0oSkJorZaFIpWjyCGs5h6htZo6MSkxoXVb5yPrqRyzEsZp7hRal7kTs1LF1weto8h6KbFVCeMxt4o+v6UNqzKL/JaI2YdQJG2506GGCViahDZsbcWm+HSlTNrRh6Ij6T2mMGFLlRaYsDXjULyAho7PO7tRJB1fbg4TtaaFNuNowqm6da1Cs6sdVdeGLCHi1uo1anI24lK1JXdVUml3t6BI2opJzBoiaasux7a6c7hUnawrqfR4CyiSdp+SthApe/UadXqzuFTtelpkE72+vNBmHCHS9ioWvdeXwaVq19OmmOn3Z4Q25wyRdlTx5YPBDC49PeNULQwE0ij6XwRN7hApRxVfPhxK49TTM26TlYFgUvgQWrwhUk6v0I5G0yI947VY6QslhLbVHyLprP4VNRpPi/SM32qjLxIT2vZgmESNdiyZFumZoN1Od6SKr28Ph4k5q/j6eQ1pbCb9PjkcdEYjVW00TNRV1Y5l01j1UuKwy0FHrKrtiEcIu6r4+rF8Gouq3dOox0lrvOY+JSMEda0kwVhTVRvzuWiOV1H3XQ1RAi7t9SRLEiOFNGZdGw+4aYpX72lXNobfNfvakxhuTWPStYmgh8ZEFV/flY/hdWrPiqrIDLalBb4+GfaSrdUW4nh0rUlVGGivalMxH5lk9VnpakngdupbHZhV+jrTAl+fSvhI12o7krh0rdVioqe7qk2nA6Rqtd0pnLrWZjPT1Z1GVnTEezZIIll9Brv6GnDoaRS7w0JHT402HyZWqx3MipSL02Ojva9B4OszhSjRGm33SF5oXV47rTXaXFuCcM359swvYNPTM56gk5a+jNDmO1MGbe+iVpHK8YU9NA/kxF/cjT0NhGq0fUs7seqpnEDMR2Eg/473e3kn8d9REvy7Gh6Px/AVDAZZvnw5H/vYxwTQ9O1GfVJSE5J5ISjaB7Jkake2LBMTEdW6FNU8AoAshzFZlyPrWpOpE4t1uZiI2K3LsVo0rapEcViXY1IzWp+5C5d1qeCUeG1LcVo0nohZiRCwL8Gqajlwt6WToG1ceErC9sX4LD0A2NQoUcci7Ko2cQpYO4g75uueEoWkYwEhq8YIcJqipB3zcKpa3X/U1k7GOYosmZAlhZxzhKhNI/J5TBGaXCO4VO2NPmVvpdHVjyypKJKJVvcgSZs2wfGbI7S5B3Cr2htGztFCq7tHx8yb6fL0kbZr1yhsidDj7cVj0vwHLe4murwduv/ETL+vm6xDm+DEbBEG/V3CU9LhaaLP16pj5i0M+9vJO5P6+YUZDXQIT0mfr5HBgIaOd6pW5ofaaHTqmHFHmAXhVoGZHw7mGQk2akh6k5VFkRYaXdo1anSFWBxtEZ6SsVCO0VAOCQmP2cqSWIFGt47idodZGi8IT8mCaI6xcAYJ8FlsLE000eTWrmeLL8yyZJPwlCyK5xiNpvV7aGd5upG8R/swbPWHWZZuFJOWJakcIzFNG7Q5WNqQJ+vRPjDagmGWZvJi0rIkk2Morl2joN3OslyejNerXc9whKW5vOCULM3nGUxo2rDTwdLGHGndU9IVi7KkMSc8JUuacvSntGcu4nIyXsiR8Gr3tCsRZXFTDouqoMgS4805etOaNupxsaQlR9yr3dOudIxFzVmBmV/UlqOrQbtPcZ+b8fac8JR0Z+IsbMtiUhRMqszijhwdaW3SGve7WdSZI6x7Srpzcea1Z1AVGbNJZWFnjvYG7Z4mQx4WdueFp6S3kGReZwZFkbGYVRb25mnN6tqIl4W9OeEp6WtNMdqdQZElbFYT8/vzFDLa/U/FfMzrzwtPSW9niuFeTWu3mZk3lKcpq2nTyQBjg3nBKenrbmBA/7B2OCyMDTeSy2oTsoZ0kNGRRuEp6evL0tevaZ1OCyNjjWRntdkQI/MKwlPSP5SndzCLJIHba2NkYTMNujbbFGZkYbPwlPSPNdIzpE0CPF47w4tbSOX0bSZaYgyPt4qJyMCiFrqGNU+RN+BkeGkbCX3cXFuckWXtQju4tJ3OUc135wu6GV7ZRTynY/G70gyv6BITkeFV3XSOaR4of9TDyJpe4jpCv9CfY3h1r/CUjKzvp32eRjUNJPyMbhggljv1tiL1eO8jFArx9NNPv6OfrXtKqJcEG49TLwmGeknwyfrrJcEnP069JHi2//ejJLj96nfHU/LEH7//PSWPPfaYoV2pVHjjjTf4yEc+wszMDP/6r//6tseslwTXox71qEc96vF24vf+T3ktenp6kCStlL02RkZG+OpXv/qOxqynb2pCcm4HvcxXtm9GcVwp0jdWz8Oo1hUAKGo7dvd9oiTY7rgYh/Nqkb4JeD+OTddazd2EvPeKkuCA81ICzstF+ibj/wge6zgALksPWd+doiQ45b6YpOsikb7pDD5A0DYPAL+lhzb/zaIkuNl7IY2ec0RJ8Gj4bmL2IQBitl4Gg1eLkuBe//m0ezcKzPzy2K2k7D3a+Th6WBS+RJQEzw+dQ79vlcDMn5m8jqxDK2EtuHpYGd0sSoJXRjcxGlgiMPNb0lfQ6NSWWTs93WyMbxIlwWcmNrAoNB9FUnCqDq7MbqXg1K7RoK+L81PrRPrmgvRaloZHdMy8k21N59GiY+bnB7vYmlkp0jdX5lezMjqgY+bd3N6yiVa3lg5bGunk0twSkb7Z1ryS1fFuZCSiVg93d6ynzaOlG9YkOrmqaaFI39zRsYK1yU6Bmb+3ezWtHu16bkx3ck3LPJG++WDvctamWpGArMvP/f0raNFLgs/OdXJN+4hI39w/tIzVae0aNXoC3De0VJQEn1/o4urOIZG+eXDeMlZltCXuFn+Qe8fGBWZ+S3s3V/YMiPTNQ4uXsTynPZ/toTD3LFgkSoK3dndzeV+fSN88smI54zpmvisa4a7xhaIk+OKBXi4Z7BXpm4fXLmNRPqM9R8kYdyxdIDDzl4z0sXWoR5QEP7RxOfMbtfvUn0lw68r5oiT40gX9bB7pFiXBHz57OaNNWmpqqDHFzWvmi/TN5UsHOW+sS2Dm7ztvGUNN2j0daU5z4/p5oiT48pVDnDW/U2Dm7926nL4m7TUy1pHh2jPGRPrmyg0jbFzQITDzd1+6nJ6Cpp3fk+Pqs8ZE+ubKs8ZYv6gDRZbwuGx84IrldDZpz8rCoUYuP3dMpG+uumA+q8fbUWQJv9fB9utW0FbQUlOLxgpcfP6YSN9cdclCVi5p10qCgy5u2baCZr1sdnxxKxduGRPpm6uuHmfZMk0bjrjZdstKmnTtkhUdXHDRPJG+ufqmFSxe3q6VBCd9XL99NbmCjo5f1815ly0Q6Zurt69mwYoODTOfDXLt3evI6toVm/o554oqOv7aD21k/ioNB99QiHL1hzaKkuBVm0c46+pxob3h0XMZW9UFQK49yVUPnCVKgtdeuohN1y0X6Zttn97KyOpu7XXQk+GqRzeLkuAN1y7nzBtXifTNLX98FcNrtFLj1uEmrvr41npJ8H9T7NixgxdeeIEdO3awY8cOXnrpJY4fP86//du/veNN+urpG2rSNy+sxm17DoCikqFSPgjlvRpm3tRPaeZXwBRFyY2sxCgVnwSgpDTqmPm9TFcqWMyDTE3/EpimKAVQlBDTM1p+TTK1USztplTez2RFxWnu59j0Y1SYoUQEk+Ln+MyzzKDgMDUzXdrNTPkAkxUTPksvB6cep0IRWY5ikl0cndnBZNmE19zE8eJupsuHmK4ohKzd7J38FRVKKHIUk2zn0MwrTFdUApY8R2d2M1U+wlTZTNzWxs6JpyhTwqREMMlW9k+/xkxZJWrNcXB6F5PlY0yXzaTsBV49/gxlyjjUCIqksm96J1NllaQty77pXUyUjlOqmMg48rx47HnKlHGqERRJZs/UHqZKKhl7AzundjFZmqSCiZyjgeeO7qBCBa9Je0PcPbWPYlmm0ZnmtYndTJQmqVTM5J0pnjnyEmUqBM0hKpTZNXmAmZJCizvFS8d2M1GaQpbMNDpjPHn4VSpUiFrCzJSL7Jo8xExZpt2T5IWju5koTWPCQqMrzBOHXqdChaQ1xGRphl2ThymVJbp8CZ49vJuJ0gwWyULOFeSJgxoOPmMPcrw4za7JI5RKMj2BOE8d3M1kqYhDttDg8vHEgV0AZB0Bjs5Ms3viKJWyTF8wzhMHdjNVKuJWLaScHp7YryHe884Ah6en2D1xDKks0ReO88S+XUyVSnhUG3Gniyf37QGgyRPgwOQEeyeOI5Uk+mNxHt+9i+lSCb/ZRsTp5Cl946yCL8C+48fZNzGBVIL+eJzHd2nagNVOwG7n2b37AGj2B9h79Dj7JyaQytCXjPP46zuZKZcJ2ux4bVae37sfqQzNkSC7Dh/l4MQkUgn60nEef20nM6UyIbsDl8XMjr0HNG00yM5DRzg0MYVchp6GOI+/vJNiuUzE6cBuMfPiHk3bkgjx2v7DHJmYQq5oHpPHX3qDUrlC1OXEYlJ5ec9BTZsK8+reQxydmEIpS3TmYvxqh6aNeVyoisyrew4hlSu0NIR5ZfdBjk1MY6pItOWiPPH8TsqVCnG/G0mSeH3PIaRShZZshJd3HuD4xDQmSaYlF+HXz2nahF+baL2x+7CmbYzy0qv7mJicwSzLFPIRnnz2DcrlCsmQl1KpzK49h6FUoaUQ5aWXNa1VUchnQzz1zBtUKpCIeijOlNm95zBSsUJLa5wXd+xhcnIGm1mlIRPkmac1bTLmZWpyhr17jiCVyrS0J9jx3C6mporYLSaSDQGee0rXJnxMHJ9m354jSOUyLZ1Jdjy7i6nJGexWE/FUgOeefB2AdCbAsSOT7N9zBIolWnrSvPDk60xPFXE6LIQTPl6Y1WYDHDl4nAN7jkCpROtAlucef4WZqSIut5VA1MuLT76mafMhDu0/ysE9R6BUpm24kWd//iIz00XcHiu+iIcXn3gVgExLnAO7D3Noz2EqxRnaxgo8+18vMDNdxON34Am5eenXr75n6ZuOqx5BMf+G6ZvpSX71pfd/+ua3EfVJCXVPifE4dU8J1D0lJ+uve0pOfpy6p2S2//fDU9Jx5bs0KfmT/xmTkh//+Md84hOf4Mknn0SSJFpbW9m+fTsLFix4R+PV0zeGqH1DNs/pq22bTtNnbEtz+k7XPrHPeBy5pi2fpg9Alkwn/f7EtoRcYy2aLfc9WVtCMrTfTCvXTKzUOdratqz/eydak2SciNS2FUkWWPqTauXa85ujld+51lzTNsmy8an6b9CalTl9p2m/mdZU0zadpu+3pZUkRCkuIMp9T9aWJQ0i91a1ylscV5ElFFl697WKLEpmAUymOVrTO9fWVsyeTquaFEN57Qla82m05rla1aA9Vd/c9un63kxbj/c2vv3tb7Ns2TLsdjvbtm3jhhtuwGazsXTpUr7zne+8ozHrk5KakLx/XIOZv8mAmbcHv1+Dme/GFfhODWb+A7jcd9dg5v9GYOatlgGSwe8IT0nUezcR93bhKWmN/iVem+Y/8ViHaA9/uQYzfxdZ743CUzIa/w5h2yIAQvYRhiKfEZ6SvtDtBsz86tRXBGY+7RhlWfzhKmY+cgv9/i06Zt7EBdnPC8x8k2vUgJlfF7/BgJm/tvFjAjPf5RnlgvTNwlOyJX2NATN/Z8uHBWZ+2D/CFTWY+Wvyl7MyugxFUrCrNh7uvEdg5sfDwwbM/PaWS2sw8w4+23srre4MAKtjI9xWg5l/oPNiA2b+SzWY+U3pEe5qP1N4Sj7Ru4Uzdcx82OrmmzWY+QtzIwbM/BdHLhCY+ZTDx58uukRg5i8vjHBvDWb+qwvPF5j5nCvA92ow89d2jHLvwDLhKfnW8vM4I9sGQMEb4rurNgtPybbeUQNm/jtrz2NDXsvTdgQjfHvdOcJTcuvQPO4cXSg8Jd876zyBme+ORPlmDWb+9nnz2D6vipn/883ns6JJe5b7E3G+cvYZwlPygSULDJj5719ynsDMj2SS/NF5G4Wn5O5ViwyY+e9ddb7AzM9vajBg5j+4YZxrajDzf3bj+QIzv7g9Z8DM33vOUoGZt6gqf3rrZkYK2j1d0pXnY5dWMfP3blnOxcs0zLzVrPLtuy8QmPkVgwUevnK18JQ8cPlKtqzoE5j5b9x3gcDMrxprNWDmH7h+jcDMuxxWvvrwhXTpmPm14+3cc/1K4Sl54LZ1Bsz8lz6+VWDm16/q4o4bVwrM/Ic/eAYb12jo+IDfwRc+s1Vg5jdu6DNg5j/80NkCMx+OuPnsH1wkMPObzhvmxttWCU/Jg5/abMDMf+rLVcz82RfP47oazPxDX7yIZes1w2IqF+Lj37hCYObPu3rcgJl/5OtXCcx8tiXGo9++WnhKLrh5FVfcs6GKpP+LbQIz39TdwCPf3yY8JRffvZHL7t0kPCWf+F8fYP4G7T2oZSjPw391u/CUXPbQeQbM/Gf+5UGBme9c2MbDf3vXe+opqXNKqvHwww/zsY99jO9973ts27aNm266ie9973t85CMf4cEHH3xHY9bTN5wqfVNmdp1bS9/Ioq0tIFaXFKcq1baWvpFrflYxaKdRRVtLlVS1k2VzzTEUY1/FZDyHirnm50xIGshZPwcFbdWnorctNX2qQTulo+NntVMVs+ibKRu103qqZ5aSWqyYasZRdVz9bJ9qoKnOlE2iPVUyaksVxaAtlk1iw71iWVuVmG3PlI3jlstKta+kGLTlSrUPoFxSa8YxjlspG7WVUrVdKkun1UpluaotychSFW0uVWQDVVQqV9uVslErV6RTaqWyZNSWjePW/qxUMmqVyum0nFarlGu05bnaU/edMO5pxpFK2gqI2FzuNOPKukZoTzOuXD6dtjLn/DCQVw3nUKqccA61WrUsCRqrVKogy9W2whx0fKXaxxztXMx87c9KxdOPq5QrNedQNmrnjCvXastGbW2fdpyadrFk1FYqc8Yt1fxuc7Vlg1YyaI3nIJWKxnFrjlMpzhi1lQplPcX0XqVvOi9/d9I3j3/l/Z++sVgsPPHEEzQ2Nhr+/7nnnqOjo4PJycm3PWZ9peSUMRdfXH6Lff892soJ2sop+96pdi4O/kRt5aTfv1l7bl/5NO23oz1d329VW/OJVfv9m7V/n7W1zdNpK5XfnvZ053da7Rx/R237dH117buhnfteVo/3MlKpFP/4j/94wv//4z/+I6lU6h2NWZ+U1IapH3QfhKR2ICkZ0aVYFoGkLSdLcgjVPCS0JlM3itIgtDbrEiRdq8gRbOZBZi+1zdyDSaneLI91MbKkLT2blSguS6/Qui3dWGtQ9yHbAhQ9RWRTovgsVSR9wNqJXZ2lGkok7GOoOr7eqUYJWVuFNmrrwKmnZyRkss4h1FnCrClKzNoktCl7Ky5VSxHIyBRcfZgkLZ0QMEdJ2HLi/PKOFtyqliJQJIV2dzcm3b8SsURI2dJC2+IqCLqrKql0ezsw6d6RhC1Cxp4U2g5PEx6Tdj3Nsol+X4vQpu1hso4qtr/X1yhSOVbZxKC/SXhJso4wOWeV/DgYyOE16xRexcxIMI+qa5tcYfKuKup8NJQTqRyXycJIKItJR9K3eCLkXVXU+bxIFq9Z03rMVkYjDai6ts0XIeeuIrMXxDK4zTpe22JjJJoS+PqOQISsu4r4XpisagNWO0OxpNB2hiI0uL1Cu6ghg8us3aeg3c5APC60XZEIKY9HaBdnszh1bcTpoC8RF/j67niUpKf6l9yifAaHWbunUbeTnkQVdd+TjBH36K8RCRYVsth1bdzroisZFd6GnnSMWI12YUtWoO4TfjcdqYjQ9mbjRDzaPZUlifmtGay6Nhn00FarzScI6SkXVZaZ11HVpsJeWtJV1H1vISHSM6oiM9qZwaJr01EfhYbq/e9rTeLXUy5mk8JIdwaz7pNIx/001mh7O1IilWMxqwz1ZoR3pCEVINdQs9VBd1qkcqxWEwN9GeHjyGSCZDI12r4Gkcqx28309WdQVe25yubDpGu0fUM5XLrW4bTQPZARnplcIUKqdtyRPE5d6/LY6BrKoujj5ltjJGrHnV8QWo/fQedQDlkft7EzSbxG27+4FYeu9QZdtA/nhbapp4FYpnrNBpZ1YNe1/oiH9tEm4ZlpHsgRrdEOrurB7tK0gbifttHCSTeG+21FPX1Tjdtuu41t27Zx7bXX8q1vfYtvf/vbXHPNNdx0003cfvvt72jM+qSkJiTzIOiTC8nUhGQZE54S1TyGYtbyo7Lsx2SZj6xoH7KqqRmLZb7wlFgt87HoWlUJYrfOx6RqWqupBad1vvCUuK3zcJg1j4ZZCeC1jmHVfSJOUws+25i+341MwDaMx6IxQqxqkJBtGJuqfSB7zQXCtkFkyYyETNQ+iN+q+Q8caoi4rR+HPhEJWZpI2PsEZj5l7yVs1XwCLlOQBkcPLh0dH7M1knF2Csx83tlFzJbVjxmk0dkhMPMpe44mVxuKpGCSzDS72knoE5GAJUiru01MRHLOLK2ugsDMd7hbSOsTkZAlQKe3WUxEml0ZOj1NyMhYZTM93gINjqh+fkF6fQUxEWn3NNDtyyEjYVctDPgbyTo1bdIeYMCfF56Sbm8Dvb6MjqS3MBTIkXNq1yjtDDAcrE5E+gJpBoINSEi4VCuj4SxZfSKScfoZDWeEp2QwlKI/mERCn5SEM2RdOorf7WcsmhGekuFIioGQ9nt7LVbGYhky+qSl0RtgXrxBeEpGY2n6Itok1WezMS+RFhORgj/IvGR1b5zRRJreqPZsBO125qUaxESkORhkLJUWnJLRhhTdMe0aBex2xhpSYiLSHAoymkkLT8loJk1XXNOGHA5GsykxEWmOhBjJanvYyJLESC5FR0KbBAZdDkbyKTERaYmHGM6nMKsKiiwz3JiiLalpw24nw01pIrq2NRlmqCklMPPDhTQtSW1yEfE6GWpOEdInLa3pMIOFFKoiYzIpDDWnKaS0exr1uxhsSRHUJyJtmSgDLSmBmR9sS9OY0u5pLOhmsC0tJiLt+Rh9rSkUWcJqNjHQniava+NhN/2daTERaS/E6G1PCST9QFcDWX0ikoh66etuEJySjtYE3R1JZFnSJhq9DTSktT8CEnEffb0Z3Lr3o6MjSVd3StM6LPT2ZUjNalN+egcywlPS3pWiozuFJIHTZaVvKEcyo2mTDUF6hnI49H10OvsztPemkSQJp8dG70ieRIOmTeXC9Iw2Cp9I51CO1j7tPdLltdMz1kR8VtsYoWd+QWi7x5po7dfeK9wBJz0LWojp1yHTEqdnYYvwlPQsbKFF13pDbnoWt4uJSKY9Re94u/CU9C7poGVISxf4o156l3YSrpno/daj8i59/Q+Ia6+9lu9+97s8/vjj3Hzzzdx000386le/4nvf+x5XX331Oxqz7imhXhJsPE69JBjqJcEn66+XBJ/8OPWS4Nn+34+S4K5L3h1PyWNff397SorFIg8//DCXXXbZO07VnCzqKyX1qEc96lGPetTjbYWqqnz84x+nNHcC+htGfVJSE5LrTlESLNsvRHFcSxUz/zFU62oAFFMHDs9DoiTY4bgMp/N6kb4J+j6D3bpK+zlzD2HvQzWY+SsIuq5B0v0e2cAn8diWAuCy9JLzf1CUBKfdl5NyXyJKgruCjxCyLdTGsfbREdguSoJbvBdT8GwWJcFjkXuJ2YcBiNv6GQ7dIEqC+/1b6PRuQpZMqJKFlbHtpO16mZ+jlyWRy0VJ8MLQeQz41wjM/NmpbeQc2u7DLa5e1sa2ipLg1dGzmRfUynxtip2LGq6myamlkLo9PZyVOEeUBJ+dPJPx8EIUScGlOrk2fwnNLu16Dvt7uCC9QZQEX9SwgeWRUWRkvCYXtxQuECXBC0PdXJpdI9I31zauY1VMK/MNWtzc1XYObTpmfnm0m6sal4v0za0ta1iX6EVGImbzcF/XGaIkeF2yi2ubF4v0zd2dq1mf6hIlwQ/2rhMlwZsaurm+dYFI39zXt5L16XZREvzQ4GpREnxeYzc3dIyJ9M3DwytYl9GuUcEb5KGRFaIk+ILmbq7vHhHpm0cXrGBNVivzbQuEeHDBMpr0kuCtHT1c1zck0jcfXbqSFTpmvjMc4f7FS0RJ8CW9vVw1MCDSNx9fvZJlee357IlF+dDSxaIk+NLBPi4f6hfpm4+tX8niRm2ZvT8V554Vi0nrJcGXjw1w8UivKAn+yKaVLGjS7tNgNskH1iwSJcFXLBrkwrFeURL86HmrGCtoz/1IU5rb1y8UJcFXLhti8/weTIqCzazy0JaVDOslwWOtDdxyxgJREnz1mhHOXdiNqsg4rGYeuHglAwUtPbagK8u2sxaIkuBrzhjjrEVdKIqMy27hvitW0qtj5hf25bnu3PnCc3LNufPZON6plfm6bHzwmpWiJHjxcBNXb54v0jfXbl3I2qUdAjN/142raNdLgsfnN3P5hfNF+ua6K8ZZvbxDYObvuHW1KAleMt7GJRcvED6Sa69byvIVmjYS9XDr9jWiJHjZqk62XrZQpG+uu20VS1Z2iJLgm+5eR14vx12xsZctVy0SJcHX372Oxas6RUnwjfduFCXBq84Z5PyrF4uUzI0PbmLBai3dnGmOcsODm0RJ8NoL53He9cuE9qaPb2bemm4A8h1Jrnv0PFESvP7ycc65caVI39z6B5cyuqZHex30ZbnuExeKkuAzb1jJ2besEemb7V+7jpF1Wvlw60iB6z57ab0k+L8pli1bxo9+9KN3dcx6+oZazPwy3LaXACjKKQ0zXznAVKWIbOqiPPMkMKNj5oOUihqSvqTkKJX3USkfYLpSwWzqYXrmV0CRohRAln3MFJ8HQFKbKZb3UCofZLKi4jD3cHz6V1QoUiKMKruZKL6oY+YbmSrtolg+wmTFhMfSyeGpX1OhhCyHUSUHx4qvMFk24THnOV7cxUz5KNMVhaClnX1TT+naKKps4cjM60xXVPzmLEeKu5gpH2eqbCZqbWbX5DNUKKMqYRTJxKGZXcyUVcKWDAdndjFdnmC6bCZhy/HaxAtUKGNXQ8goHJjZw1RZJW5Ls29qN1PlSYoVlbQ9y8vHNXS8QwkjSbB/ej9TJZW0PcWuyd1MlaeoYKLBnmTHsZepUMFjClOuVNg3fYBiWSbrSPD6xB6mytOUK2ayjjjPHdXQ8QFzgGK5zL7pQ8yUFJpcCV4+tpup8gyyZCbjiPDMEQ1tHTIHmSkX2Tt1hJmyTIs7zo6ju5kqFzFhocEZ5OnDbwAQswSYKM2wb+oopbJEmyfGc0f2MF0uYpEspJx+nj6koeNTNj/HitPsmzpGqSTT6Yvx9KHdTJdL2GULSYeHpw9pOPgGu58j01PsmzpOpSzTFYjy1IE9TJdLuBQzMYebZw5qOPisM8DBqQn2T04glSW6glGe3L+bmXIZt2Il7HDy3AENB593+9k/OcGByQmkkkR3JMqv92han9mG32bjhQMHNK3Xz95jxzk0peHgu6JRfr17N8VyGb/FhtdmY8d+Tdvk9bP72DEOT04hlaErHuGJN3ZTqlQIWG24rBZe2n8QqQyNoQC7Dh/lyNSUNm4yyhOv76JUrhCy2bGbTby8/5CmjQTYefAIR6emkUrQmYryxKu7KFcqhBwOrCaVV3VtUyzA6/uPcGxqGrkC7akIv35lN+VKhYjTgaoqvL7vsKaNB3lt3yGOT82glCVaG8I8+ZKudTuRJYmd+48glSs0JYO8uucQE1MzmCoSzQ0RnnxxJ5UKRPUJ0a59R5BKFZoaQryy8wCTU0VUSaapIcTTO3ZRqUDM66JcrrBn/1FNmw3z8mv7mZouYpZlcg1BnnlB08aDHoozJfbuPwqlCk35CC+/uo+pqSJWRaEhHeDZ57TnKh52Mz1TYt++o0jFCk2FKC+9uJfp6SJWk0Iy5ef557QtCeIRD5MT0xzYfwypVKapJcaLL+xmZrqEzawSS/jYMauNeTl+bIqD+48hlcs0tcV58dldzMyUsFtMhONeXnxWO4dk2s/RwxMc2n8MiiUKnUl2PP0GM9MlHHYzgaiHl3VtIu3nyIFjHD5wDEolCj0NvPDEqxRnSjhdFnwhN688u1PTZoIc2neEIweOQalMoS/L84+9TKlYwuky4w26eeUZ7bWYaoxycPchjhw4RqU4Q/Ngnud+/iKlYgm3z4HT5+C1Z994z9I33Re9O+mbX37z/Z2+AfjjP/5j7r//frZs2UJ/fz8Oh8PQv2HDhrc9Zn1SQt1TYjxO3VMCdU/JyfrrnpKTH6fuKZnt//3wlNQnJdU4XdWTJEnvKLVTT98YovZyzHnopNq2xaCdTcWcrC1hYba8VuszjivXtGXJqJXfhlaRLAZtbVuRjPh61aCVDP3qCdpaDL6EWoOoN83Rmk7QVicXZtmorW3LyHO0pjnaaluRZFG2C2CZo7XM0SqSfEqttaatSooo2wWwKnO0Su3vLYvyWq1PnaOt/V2Ut6WV36LWoszRqnO0NW2zohiQ9O+W1qKeXmupQahb5uDVZ8t0365WksBcqzWdWitLkkFrnYMkt5iN2lrku+U0WkWWDKj702oVWZTtAlgsc7QWo7YWdX86rarKyIr0zrTWOa+ZmrbJpIiy3TfVmhUD6v60Wotq1NqM7we1bZPFZMDXn05rtpoN2vcipErlXfn6nxDlcvmUX+/Ua1KflNSE5P1iDWb+BiNmPvBnNZj5TlyBbwtPict1mwEzHw39ZQ1mvp9k8NtVzLznA0Q8d4iJS0vkzwVm3m0ZpD38JeEpafRtJ+vdVsXMx75J2L4YgJB1iKHIp4WnpCd4iwEzvzL5JeL2UQCSjmGWxR4SnpIF4W30+7cg65j58zOfIa1j5htdw5yRvEt4StbErzVg5q9ufFRg5js8QwbM/PnpKw2Y+e3N99OkY+YHfEMGzPyVuUtZFV0uMPMf7rhTYOYXBocMmPlbChcLzLxLdfCpnltoc2u+hhXRIQNm/kMdWwRmPmB28cWB6wRmfmNy0ICZ/2jvZjbpmPmI1c1XR68QnpLzM0MGzPznhs4TmPmkw8e3F1Yx8xc3Dhsw81+af67AzGddfv50yRbhKbmybdiAmf/G0nMEZr7JG+RPV5wnPCXXd48YMPPfWnMOG/La9WwLhPnm2rOFp+SmgVHuGl0kPCV/esY5Bsz8187YJDwlt4yOsX3efOEp+e7557KySbv2/Yk4X67BzN++eL4BM/+di84VmPnBdJI/PG+j8JTcsWKhATP/nSvOY3FBu0+jjQ18fst64Sm5c91iA2b+29dXMfMLWrN86qIqZv6uTeMGzPy3bj6f0Wbtni7qNGLm79m81ICZ//od5wvM/JK+JgNm/t5LVrBlRb/AzH/1Q5sFZn7FSLMBM3/vNasMmPkvP3gB3bqnZNXCNj54/SrhKbn35jVVzLzbxhc/skV4StYs6+SOG1cKT8n9d24QmPlgwMnnP71FeErWr+01YObvf2CTwMyHwm4+8/mtwlNyxtmDbLt9tfCUPPDx8wVmPpb08/E/ukRg5jdtGeX6Gsz8A5+/UGDmk7kQH/3qZcJTcvblCw2Y+Qe/ernAzGeaYzzyrSpm/vwbl3PFBzdWkfTfu0Fg5hs70zz03RuFp+TCO9YbMPMf/ZvbWbBRx8wP5njoL28VnpKL7z/bgJn/1I/uF5j5jvktPPT/u/M99ZTUS4J/u1FP33Cq9E2JKnq9CDUo9pk5T9VUpdrW0je12HbZoJ1GEW0tVVLVammY2WMYUfFa+qbmHCqmOT9Xi5Wfm74x1/QZj3li+qbmHMpztXPTLlXk+7uJma/VFsuyQTsXM18qV392pqScdtxSSa0ZxzhuuWzUlkvVdqkszdHKxveUsiTapZJcc8WMfZqg2q6UjVqpzCm1UlkyakvGcWt/VioZtXL5dFpOq5VLxvMzak/dNzd1Itdg3KUyBqz8CdrKabRzUydvZ1yDtmJE28/BzBvOoWTUzsXMK6XTaStGbe1xSnPPoTLnHKptqXj6ceVSueYcykbtnHGlUoXZt32pXEaSpGq7pq96HL1dLBm1ZaNWKpWq7dJcbdmgxaA1ngPFonHcmuNUijNGbc2471X6pufCh9+V9M0vvn3P+zZ9MzExwT/+4z+ybt06AO666y6mpqZEv6IoPPjgg1itb/861bdYPGXMnatV3mLf74r2rY7zzrVvBx3/P0vLnL5Tt3+ftYa+yunb/93aNxvnf5a2csr26freD9r3It6N6pn3e/XNN7/5Tf72b/9WTEr+4A/+gPb2dmw2bVXvqaeeIh6Pc8stt7ztsevpm9owDQPayoFk6kbSUzkAqmU5kuTV+uQwqnme0JrM/ahqdUMim3UlsqwtlatKDJtljNn5n93cj1mtotm9thUokjZTtigxPNZhZvH1Hks/Nj2VAxCxL0GVtSVtmxonYO1D0rUhay9O0yyaXSLlWIRJ1paeXaY4EWsnkn6747Zu3KaYrpTJu+ZhlrWlZ585TsLWJrQZRydek0balFFodQ9hlrXZb8gSJ20vCG3B2Y7PpKUeFEmh29OPRdaWXKPWGFlHDkl3IbS7WwmYtbSPSVLp93Vj0X0mKVuMRmeD0HZ7WwiYtWtvkU0M+zuEPyTjiFJwpYR20F8gaNGup00xMxZsFdpGZ5RmVxXbPxpsImjRrqdDtbAgXMAia/epxR2lxV1dEl4QbiRo0VIEbpOVhZFGzLJ27du8UVo8VXz94lgjAYtDv542FsZyQtvpj9LsrSKzlyTy+C06MttqZ0E8I7TdwSgFX5VUuTSdx6drQzY78xJpTLrRrDcSEzsGAyzL5vHqf6WEHQ5GkynUWW0sJlI5AMsb83h0bczlZCSdFNq+RJysv6pdVsjjtmr3NO5xMZhOCM9MfzpBg1+7T5IEy1rzuHRtwuemvyGBovsK+jMJUn4PoPk5lrbncVq1+58MeOjNVFH3A/kkCV2ryBLjnXkcFk2bDnnpzlZR9wNNSWJ+7f6rsszi7jx2i3b/GyI+OnJRoR1sTRHxa/ffpCos7M1j07WZuJ/2XBWLP9ieJqxrLSaV+f15rLpvI5sM0JKvou4HuxsIBfStDiwm5g3mhc8k1xCkUKvtyxDwa1qbzczIcB7zrDYXpqmxZluEwRx+v/ZcORwWhobzmMzas5JvipBvqtGONuLTtS63lYHRqraxNUa2Rju0oIBH17q9dvrnNQrUfaEjSaZWO94qtN6gk975Taiz2u60SM8ADC/vwO3TXwdhNz3zm4W2pT9LqqmqHVndg0vXBmI+uhe1ougen7aRJlKF6lYSYxsGcOopuFAyQNeiNqF9T6LyLn29j+NP//RPueyyywz/953vfIcf/vCH/PCHP+TjH/843//+99/R2PVJSW2YOkHR8sSS0oBk6hGeEsXchWzS+Byy7MFk7kXWtarSgMncJzwlFnMfZpPmE1BkLzZzHyZ9DxuzmsVu7hWGV6e5B7u5TR/Hh8vcjUX3fthNWTyWHoGZ91q6cJk1n4BF8eGzdGJVtA84l7mBgKVDYOaD1na8Zm2iZFW8hG1t2FXtA85nThO2tgrMfMzaTMCiTX7sipe4rRmHvodN0JIiYS/omHmFlL2JsEXL0btUL2l7Iy5V+8CI2pI0OBpRJAVVMpFx5IlatWvkNXnJOXK4VO0DI2lPkHVkNCS9bKLRmSVui+rn56HJmcWt+0QyjjhNrgZkZMyyiRZ3Awmb5tEIWby0uNK4dZ9I3hmnxZVCRsIim2hzp0jZtd87YvPS7k0JbbM7RpsnoSHpFTMd3iQph/bBHrN76PQlceuekjZvjHZvHAkJh2qmy58g5fDpv4uXbn9ceEo6fFE6/VEkwGEy0+2Pk3J6AUg5vfQE48JT0hWM0hHQfm+XyUJPME7SqV3PtNtLbygmPCVdoSgdQe0Dwm2x0hOJkXC5q9pITHhKuiNR2oLaNfJarfTGYsRd2odqxuulJxYTnpLuWIzWkPYceaxWumMxoi7t2mf9XrrjUeEp6Y5HaQ7rz5HNRnciRtStjZsN+OhKRAVmvisZoxDRtH6Hja5UlLA+bi7kpysVxaxqZsnOdIwmXRtw2ulsiBJya6+9XMRPV0MUk6Ih6TsbouSi2oQ24HbQmYkScOn3Px6gMxNF1Q2mHdko2ZimDXocdGZj+N2aNhcP0pGNoigyZlWhPRclM6v1OmjPx/Dp4zamQ7TnoyiyhNms0J6Pkta1oYCT9qYYHn0/lsZMiNZGTWsxq7QVYqQSujbooq05hntWmwvTUogiyxJWq4nW5jjJhPZcRcJuWlviAjPf2BShuTmmaW0mWtriJPRxI1EPLW0J4RNpaonR1BJHksBmt9DSkSSmjxuNe2npSArMfGNbnKbWOJIk4XBZae5KEUnq55D00dydEj6RQmeSfJv2mna4rDR3p4U21hCkpacBm+4TKfQ0kO/Q/lByee0092UI6ecbz4Vp6c8KT0lzf5Zch/6+4nfQMpAnlNS1+QjNg3nhKWkZaiTfrb1fuYMuWoebCCWrE/J6/PbjmWeeoVAoiLbVajVU4gwNDfHrX//6HY1d95RQLwk2HqdeEgz1kuCT9ddLgk9+nHpJ8Gz/70dJcN/md8dT8rM/e/96Smw2G7/4xS9obm4+af9TTz1FT08Pk5OTb3vs+kpJPepRj3rUox5vNerpG5LJJL/61a9O2f/YY4+RTCZP2X+6qE9KakJy3VuDmd+K4rxBpG+s3k+iWrUyX8XUicPz0RrM/OU4nTfWYOb/ALt1jfZz5l4ivo+IkuCg6yqCrutE+iYX+Cxe2zIA3JY+Gv0P1GDmryTtvkKUBPeEPkrYtgiAgLWfrsBdoiS41XcJzd4toiR4fvTDoiQ4butnNHSzKAkeCFxEl+9svSTYzOr4XaIkOOvoY1nkalESvCi8maHAeoGZPzd1MzlnJwAtrj7Wxy8WJcFrY+eyILhCYOYvzVwnSoJ7vL2cmzxflASfmzqLpeHFKJKCU3VwQ+PlAjM/4u/hooYzRUnwJZkzWBGZJzDz25u3Csz8olAPV+TWiZLg65s2sDY+JDDzH2w/T5QEr4z1cE3TClESvL11LesTfQIz/2D3WaIkeEOqmxtbloqS4A91rWVjqltg5h/t3yBKgs/KdLOtbZFI3zzYv5qNDR0CM/+x4bWiJHhzYw83dc0X6ZtHR1exIaNdo4I3yEfHVouS4K2tPWzrGRPpm48vXMW6nPaXSVsgxKOLVggfycWdvdzQPyLSN59cvopVee1Z7gxHeGjJMuEjuay3j2sHB0X65lNrVrO8UXs+e+MxPrxiqSgJvmK4n6tGBkT65pMbV7OkSfNE9afi3Ld6CSm9JPjKeYNcNtYvSoI/cfZqFuklwUPZJPesHxclwVctHuLi+X2iJPhjF6xmno6ZH21Kc+fGxaIk+JoVI1y4sFdg5h/dulpg5ue1Zdi+aZEoCb527SjnL+oRmPmHL1vNoF4SvKArxy3nLhQlwddtmsfZ490CM//g1WtESfDCvjzbzl8oSoKvP38Bm5Z2C8z8/devEZj58ZEC1124UJQE33DJYjYs7xKY+Q/dvJYOvSR4yYIWrrp4oSgJvuGqJaxZ0Skw83dtXytKgpctbefyyxaKkuAbblzOylWdAjN/x13rREnwijVdXHLlYlESfOP21Sxd1Skw87fdu0GUBK88o4+Lrh0XqZ5tH9rAYh0dn86HuOXBTaIkeM15Q2y5fmkVHf/w2Sxa2w1omPmbHj1HlASvu2g+m7etENpbP30h89f1AJDvTLHt4xcIz8nGq5Zw3s2rRfpm+x9dzrx1Wvlwc3+ObZ+7RJQEn3XTas67fb1I39z5zRsZ2zAAQNtogW1/eGUdM/8ex5o1a7j33ntPuhIyMTHBAw88wNq1a9/R2PX0DTXpm+cX47ZrSPKinKRS3geVIxpmXm2nXHwKKFGUXEiyl3JJR9IrGcqlPVQqR3TMfCfTM08AZWYkP4rkYqb0snYwtZFiaTflylEmKyp2UzvHZ54EyhQJoch2poqvMYOC3ZRjqriLUuUYkxUTbnMrh6efAipIUghFtjJRfIPJsgmXKcNEcRfFygTTFQW/pZn9U88AFWQ5giypHCvuZrqi4jM3cGRmF8XKJFNlM2Frnt2TzwMVFCWEjMyR4j5myiohS4oD07soVqaZLpuJWht4Y3IHADZF+/A8XDzAVFklak2yb2oXM5UZihWVhC3FqxPa7+1QQpQpc2jmEFMllaQtzq7JPcxUZqhgImGL8fLxVwFwqSFKlRIHZw5TLMs02OO8PrGbmUqRcsVM0h7hxWOvA+Az+ZkpFzk4c5SZkkLOGeOVY7uZqZSQJTMJW4AdxzQMdtAUYLI0w8GZY8yUZRpdEV48updipYQJCwm7j+ePaijuqEVDxx+cPk6pLNHsjvDCkb3MVEqYJQsxu4cXjmg4+KTNx5GZKQ5OT1AqybR6Izx7aA/FShm7bCFsc7LjyH4AUjYfh6YnOTQ9SaUs0+YL88zBvRQrZVyKmaDNwY7DBwBI230cmJrg8PQUUlmiPRDmqf17KFUquBUrPquNlw4fBCDj8rJ/QteWJNqCYZ7ep2m9Jhseq4WXDx0CIOv2suf4cY5Oa4j39nCYJ/fsoVyp4LfYcJjNvHroMAA5j489R49p2jK0RkI8vXuvprXasJtMvHZIQ7xnAz52HznKsekZpBK0xcI8uXM3lQoErDYsqsobh44glTVPyc5DRziua1sTYZ56XdMGHXZUWWbXoaOaNuLnjQOHmZguIlegOR7i6df3UKlAyOFAlmD3oWOaNhbg9b2HmJwpopQlmpJBnn5FQ/yHXQ4qFdh76BhSuUI+EeDV3YeYmiliqkjkkkGefVnTRjxOSuUK+w4dQypVyCUDvLrrINMzJVRJJpsI8JyujXpczBRLHDh0XNOmg7z6xgGmZ0qYZZl0ws/zL2namN/N1HSRg4eOQ6lCLhPilVf3M1MsYVUU4jEvL76kPVfRkJvJyWkOHZpAKlbI5cO8/NJeisUyVpNCJOrlZV0bC7k5fnyKw4cmkEplco0RXn5xD8ViGZtZJRR288pL2pYE0YiHY0cmOXJ4AqlcJtcc5aXnd1MqlrFbTPhDLl59URs3nvRx5OAxjh6ehGKJXGuMF5/ZRblUxm434w04eV3XxhJeDh84xrHDE1AqkW9PsuOp1ymXyjidZlw+J2+8qF2HeIOfA7uPcPzIBJTK5DtT7HjiVcrlCk6nGYfHzk5dm8iGObDrIMePTFIpzpDvybDjsZcolyu4vHbsLhs7X9z9nqVv+s97d9I3P/3e+zd9s2vXLnp6ejCbzdxwww0UCgUkSeKpp57iD/7gDygWi/z85z8nEom8+WBzoj4poe4pMR6n7imBuqfkZP11T8nJj1P3lMz2/354SvrPfZcmJd9//05KAHbs2MG1117L//7f/7vKo5Ekli9fzh/+4R+Sy+XeZISTRz19Y4iaDzU9FXPyttWgleZoa9uSXjkzG/IcbW1bnqNV5miVGny9MkerzkHd17ZVyQo1QHDVgK+XDG3THHy9SbbWKCUDSt4kW0QpLoBZtszRmmr65qCia7QyskFrrenT2tWfVSQZUw2S3qoYx7XVtFVJwVSDpLe9mVY+tdau1P7eCqYaJL19DpLertb+3kZ8fW3f3LZFeTta1YCvP0FrOo3WdGqtVVUN+PrfSGuu0ZpUaqSGPgBbTdtmNmpr+yRJ6xfjztVaqlpZkgzY+bmY+VqtIktYarS1fSfTmmvw9rY5ePXatqLIb1mrqrIoxQWwztFa52hr8fVW2xxtTdtkUuZozXO0Nc+2WUWp1drnaO3vTGu2mgz4+tm0zcnab0drsZlPu//Kbyt+n1M3s5HNZvnBD37Anj17+MlPfsJPfvIT9uzZww9+8IN3PCGB+qTEEJL3C1XMvOMaI2be/60qZt7Ujsv/DeEpcbpunoOZ//MqZt7cSyL4DeEpCXtuI+LeLjwlzeHv1GDm+2kL/5HwlOR8t5D13ig8JSOxr9d4SgYYinxSeEq6g9sMmPkVyS+SsI8BkLAPsiz2oPCUzA9fT79/C4qOmT+34ZM06J6SnHOAM5J3Ck/J6thVBsz8lfmHBWa+3T3I5vQ24Sk5N3W5ATN/W/O9FHRPSb9vwICZvzx7ESujy1AkBYdq5/727QIzPy/Yzw2NFwlPybbChaytwcx/vHub8JQsiwwYMPP3tF8gMPN+s5M/GLhGeErWJfq5s62KmX+k5zzO1DHzYauLL49cJjwl52QG+GANZv7TQ+ewqaFXw8zbvXx9wUXCU7KlcdCAmf/ivLMNmPlvLblAeEouaxk0YOa/suQsgZlv9AT55opzhafk6s4hA2b+a6vOEpj51kCQr689S3hKru8f5s7RhcJT8s2NZwvMfGckzJc3nCk8JTeOjLB93nwxifj2ueewokl7lnviMf540wbhKbl54ZgBM/+tC89maUF7wxlIJ/jCueuFp+S2ZfMNmPlvXHoOi5s17XAuxWcvqGLmb1u9gKvHh4Sn5OvXnCMw82OFDJ/YWsXMf+CMRQbM/FdvPJcR3VOysD3HRy5ZIzwld547bsBdKzMAAADEKElEQVTMf+X2cwVmfry3kYevqGLm79q6jC0r+jTMvNXMl+4+V3hKlgw2cf/Vq4Sn5J6rVhow81+873zhKVk+v4V7rl8pPCX33LjagJn//MObhadk5ZJ27rhxJV5d+8Ht6wRm3u9z8JmPXyA8JWtWdxsw8x+67wwDZv4Tn9kiPCXrz+znxttWCU/JvY+eKzDz0YSPj3zhIuEp2bh5mOtqMPP3feYClurej2Q2yCN/cqnwlGy6ZL4BM//Aly6twcxHefBrVwhPyTnXLOWKezYI7UN/ep3AzOfakzz4p9cLT8nmW9Zw6YfOFBOMR//yVuZv0N6DCv05PvzntwhPydYPbjJg5j/2vz/EvI0aZr5trJkH/uqO9xYzXw9D+P1+hoaGGBoawu/3/8bj1dM31NM3xuPU0zdQT9+crL+evjn5cerpm9n+35P0zTkPoZp+s/RNcWaSn/75B9/X6ZvfVtQx8/WoRz3qUY96vMWoY+Z/u1FP39SGaT6gLZVLpj4ktVV0qdbVSLK2rC7LUUyWxYC2nGg2D6HWaO22tciytqyuKnHslkVI+rh2yzAWUxU447OvRZW1JS+LmsBrnYek4+u91iEcpll8vUTUsRKT7NXGURMErUNI+rwybBvAZcroSpkG51LMsjYDd5uSxGxVJH3S3ofXlBLagmshFllb/vabE6TtVSR9ztGD36wtPcsodHjGsOpI+rAlQdbRiqxrW1xdBM2a21qVVHq9Q1hlbek5bo3T5CwIbaennbBFSxGZJBND/j5sivbXR9oep9mVQ9b9Kv2+NsIW7XpaZDPzg93YFIt+fnFa3Q1COxpoJWLV0hQ2xcLCUIfwhzS74rR7qkj6BeEWolYt9eBSrYxHWrHq/pA2T5wOb0Jol0SbiVi16+kxWVkaK2DTtV2+OB2+mHDXLE8UiNi01IPfYmdJvBGrot2nnmCcDn91qXllukDYpl37oNXOeDKHRdf2heO0B8JCuypTIGTT0glhu4PF6SwWRbunA9EErYEqvn51vomgTU8nOp0sbMhg1rWDiQQtwSq+fk1zgYBdv09uF/MzaaEdSiVoClZpmatbC/h0bdLrZixbRd0PZ5Lkg9qzLEmwqr2A16bd05Tfw0iuirofzqXIhrT7JEsSq7oLuG3aPW0IehnMV1H3w01pMrpWkSVW9BRw6dpMxEd/YxVfP9KSJh3yAqAqMsv7Czh1bTbmp7epRtveQCKk3X+zSWHpYBMO3V+RSwToLlRR96PdGeK61mJWGR9qwq5r8+kgnc1x5Nlx+7JEQ/pWB1YTi0YLwjvSmA3TXqMdHcoTCWtau93M/LEm4R1paozQ0hITnpnR0UZCIX1bBKeFsfkFoS20xCjUahcUCOpal8fGyMICFh2L39yeoKlNI7gCjI63EghrWo/fwdCiZsy6tqU7Rb6tujXD2PJ2fPq4vqCLwcUtmHSvTmt/hpxOewWYt6ZbaP0RD/3jbZj0cduG8mRrtPM39OMJatpQwk//0g4xbse8Apn2KvNiwVnDQhtOB+lb1oVqqv99/T8l6pOS2jA1gqJ9YEhKDMnULDwlslpA1v0mkuxEUVuQFe0DWFHimEwtwlNiNrViUrV8viy7sJhbUBTtw8WsJLCaWoSnxGYqYDVpeXdVcuEwN2PW0fFWJY7DXEDWzacuUyMOfeJhkt24zU1YFO0Dw6HG8FoakSUzIOE153GbtYmHRXHht2Sx6eh4lymK35IVmPmANYvXrL1B2BQXIUsGh+oFwGuOELY2CMx8xJomYNFy3nbVRdSaxq6j44OWCHFbCkVSUCSFhC1FyBLRj+kmYUvgVLUP4Ig1TNKe0JD0skraniBs0T4oPSYXDfYETlW79jFbmIwjrhliZZUGR4yIVfu9fWYXWUccp+4TSdpD5BxRHTOvknNGieqTFL/FSd4ZwaX7RDKOIDlnRNMqKo2uCHGb9nsHrU6a3BHh/ci6gjS5w0hIWFUTTe4wMZv2e4esTgruME5dm3MFaHIHkQCbaqLZGyJm17QRm5OCNyTGbfQEaPJqv4vdZKbFFyJm195wo3YXzb4QDt1T0uQLCA+J02Sm2R8k4tCuZ8zppDkQFIbXQiBIXs/vOs1mmgNBwg79ejpdFAJBwSkpBINkfZrWZbHQHAoSmtV63DSHg8JT0hQKkNP3wnFZLTSFAwSdmjbucVOIBAVmvhAJkAlqWrfNSmMkSMCp3ae4z01TJCgw842RAA261mO30hQL4nfqk5+Ah6ZYUGDmG2MB0kGv0DbGg/j0cZNBL43xoIaZV2Ty8QApfTLhddpoTATw6uOmwl4ak0EUXZtLBMUkxee2k08G8ego9lTURz4dRJElTKpCLhUUkxSfx04uFcQ9q437yDfoWpNCriFILKJrvXayDUFcs9qEj2xDEFlH0ueyIaK61u93kMuGcM5q0wGy2ZCGmbeYyGZDhGe1ASfZfFig41OZIA25MJKkGWSz+QjhqK4Nucjkw9h1P0c6GyKdCyNJEja7mWxThJCuDYTdZJuiVW1ThAZ9Px6b00KmOUYwpmmDMS+ZlpjAzDcUYmJ/G7vLSqY1TkA/33DST6YtITwlmdYEaX1/G7vbRrY9hT+m3eNwKki2IyU8JdmONCndz+P0Osh2poX2PYk6PO23GnVPCXVPifE4dU8J1D0lJ+uve0pOfpy6p2S2//fDUzJ45rvjKfnP/7fuKTlZ1FdK6lGPetSjHvWox+9E1CclNSG5H6yWBNsvQXHeLNI3Nu9nUa3rtD5TJw7vJ6uYeedVOF23iPRNyP/FmpLgPiK+T9Zg5q8l5LoRSeeI5INfMJQENwUeESXBDZ6rafBcJUqCe8OfNJQEdwc/JEqC23yX0+LdKkqCF0YfEZj5hH2AeeHbREnwYOASenzn6iXBZtYlPiQw8zlHPyui14mS4PHwFoYDGwRmfnN6uygJbnX3szFxuSgJXh8/n4WhlQIzf0X2RlES3OPt4/zUBaIk+PzU2SyLjAvM/E1NV4uS4NFAL5dkzhIlwZdnN7EqOl9g5u9qvYQ2t4YvXxzu5er8BlESvK1wBuviwwIz/0DHFlESvCrWyw2F1aIk+M62DWxM9gvM/Ed6zxUlwWekeri5dZkoCb6/ex1npnuQkEg7fHxi8ExREnxOpodbO8ZFSfAjg2s5owYz/6nRDaIkeEtTL7d1LxTpm0+MrWFDtoqZ/+T8taIk+OLWXm7pnSdKgj+1eA3rcy0AtAfCfHJ8NU16Oueyrj5uGhgVJcGfWbGGNXpJcFckwkeXrRAlwVf093PD8LBI33xu/VpREtwbj/HoquWiJPiqkQGuGR0U6ZvPblorSoL7UwkeXLuMtF4SfPWCIa6cNyhKgj997loW65j54VyK+zcuFSXB1y4d4dIF/aIk+FMXrhMlwaOFNPdsWiJKgq9bNcrWRX0CM/+JS9Yx2qzd0/ltGe46Z1yUBN+wYR4XjPcKzPxHr1wrSoIXdufYvnmxKAm+8ewFnLekR2DmH71+HX0tmndh8UAjt25ZLEqCt21ZxFnLewRm/uGb1tGtpxCWjBbYdvFiURK87bJxNq6oYuYf2L5elAQvW9TKtZctFiXBN127jPWrurUy35CLe+/eQGuLpl2+rIOrrlgsSoJvunklq1Z3Ccz83fduFCXBK9d2c/k146Ik+OY717J8TZfAzH/gwTNFSfDqTf1ccv1Skeq55f4zWLquG0mSSOdDbH/0bFESvHbzCFu3LRdlvrd99FwWr+8BINMS47ZPnC9KgjdcsoALb10ltNs/dxEL9ZLgxq4Ut352qygJ3nTtMi64fa1I39z5lauYt17HzA/kuPUPLxclwefcupbNH9go0jcf/LObRUlw+1gzt/7JNe9tSXA9ffNbjXr6hlrM/Hzcdg1JPiPHoLwfKsd0zHwz5aKGbdcw807KpVkkfYpyeQ+VynGmKxVMplZmZjQc/IzkQ5bsFEsaFh01x0xpF5XKBJMVFZuphYmZp7VxCSFLFqZLO5lBwaY2MFXaRbkyyWTFhMtU4MjMs8xi5mVJZbK0h8myCacpzURxF6XKFNMVBa+5kYPTzwEgy2FAZqK0j+mKiteU4khxF6XKNFNlMwFLA/umXgRAkbXJyLHSAWbKKgFzgoMzuylVZpgumwlZkuye0tDxViVAhQpHi4eYKqtELHH2Tu+mVClSqpiIWOO8Mamh421KkFKlxNHiEaZKKjFrlN1TeyhVSlQwEbWGeW3iDQCcaoCZcpEjxWMUyzJJW4SdkxoOvlwxE7UGeHVCw8F7TT6mSjMcKR5npqTQ4Ijw6vE9lCplZMlMxOrlleMaBjtg8jNRmubwzAQzZZmcM8zLxzTEuwkLYauLl49rOPiw2cfRmSmOFCcplSUaXSF2HN1HqVLGLFkIWZ28fEzDwcetXg5NT3K0OEWpJNPkDvL8kX2UKxXssgW/xc4rxw4CkLB6OTg9wdGZaSplmYI3yHOHNK1TMeO12Hj1qIaDT9q97J+c4NjMNFJZouAL8txBTetWrLjMFl47quHg004Pe48f53hxBqkk0RwI8sy+vVTQjLlOs5nXjxzRtC4Pe44dY6JYRCppnpJn92pan9mGVVXZefQoAA1uD3uOHmNipohUhkIowLN79lEB/BYrJlVh9xEN8d7g97Lr8FEm9XGbwgGe3a2hzf0WG6ois2dWG/Sy8+ARpoolTRsN8OxOTRu020GCfUeOI5UhE/Lx+oHDTBdLyBXIRwM890ZVWwH2z2ojPl7fp2mVskQ25uf51zVtyOmgVC5z4MgEUrlCJubntT2HmCmWMFUkGqJ+XtC1YY+TmWKJg0cmkEoVMnE/r+46SLFURpVkUlEvL76mPSsRt5PpmRKHZrXJAK/uPECxWMYsy8SjHl56Vdf6XExOznDk6CSUKmTSAV557QClUhmrohAJu3llVhtwcXxiiqNHp5CKFRoyQV55eR/lcgWrSSEYdPHaa9ozGA26OHp0kmNHp5BKZTK5EC+/tJdyqYLNrOIPOHn9VU0bCbk5cmSC40enkMplGhrDvPLCHsrlCnaLCbfPzk5dG4t7OHzgOMePTUGxRENThFee361p7WZcHju79PONxj0c2neUiWNTUCqRaYnx8jM7KZcrOBxmHG4bu2e1SR8H9hxm8tgUlMpk2hK89OTrVCoaZt7qsLBH18YbguzbeYip41NUijNkOlK89MSrmtZjw2Izs/e1/e9Z+mZo47uTvvmPv66nb04W9UkJdU+J8Th1TwnUPSUn6697Sk5+nLqnZLb/98NTMrThwXdnUvI3H6pPSk4S9fSNIWo+oCWXsau2LVkNWkkyPlRSjVZL01Q/ZOU5WqWmLUs2UeKr9TkNWrWmrUg2UeILYJIdxt+kpq3O0ZoNWgmzbK/ps4lyYABLTZ+EhEW21fRZDVprTZ+mtdb0WQ1IeptS1crIBuy8TTFq7Up1HEWSsdRg5+2KEXXvqNGqkoJFrt4nh2rEVTtr2iZZwSKrJ+2b2zbLCuYaJP0JWtOptS6TUesyVX8Xi6IatG7zqbVWVRWluCfVmk+tre0DrTpnNmwmVZTiAjgtc7Q1bbvJ9Na1ZpMoxT2p1lqjtczR1vRJEjgsRm0t6r5WK0sS9ho8/FytowavrsiSASXvsJoN+HqDVpGxWqrPit02R1uDV1dVGWvtObyJ1lIzrsNuvKeOGry6yaRgrsHm2+eg2GvbJrOCyVx9rmbTKydrmy2qAXV/otZq1NaO6zJ+UNe2LTYTau24LuO2GHZ3zfuK3YyiKiftA3B4qu9JVrvFoK3H+z/qk5KakLyfrcHMXz4HM/+VKmZebcPl/2oNZv5aA2Y+EvzTGk9JN4ngV6uYefeNBsx8IfyNGk9JL63hLwhPSdZ7owEzPxT9Uo2npI/ByMeFp6TTf60BM78s8TmBmY/b+1gSu194SkZDVxkw82elPyIw81lHHxsSdwhPyfLoZQbM/KW5+4SnpMXdx/npG4WnZFPyYoGZtyo2tjXdafCUXJa9UnhKLs5sMWDmP9h2q8FTcn3jhcJTcl3jZgNm/tGu6wRmfnG4j1uazxWekjvazhWYeZ/ZyWf6rjR4Sj7QdobwlDzQdbbAzIcsLr44fLHwlJyZ7jNg5j82cJbAzCfsXr48b4vwlJyX6zNg5j8/eqbAzGdcfr66+DzhKdla6DNg5r+4+MwazLyfry47W3hKLmnrN2Dm/2TFmQIz3+IP8uVVZ4oS4St6BgyY+a+sP1Ng5ttDYf54/UbhKblmcMiAmf/a2ZuEp6Q7FuUPz1gvPCXXzxs2YOa/unmT8JT0pmJ89uy1AjO/bXzMgJn/8sWbBGZ+IJvkU+evFZ6Sm1fOM2Dmv3TFJuEpGWlM87Eta4Sn5Nb1Cw2Y+T++bpPAzM9rzfDIxauFp+S2sxYJzLzNYuKPbjnb4Cn58OUrhafkjguWGDDzX7jjbIGZX9if594rq5j5Oy5bVsXM2y18/p5zBGZ+6Wgzd11bxcx/4NqVAjPvcdn49APnGjwlt99QxczfecsaA2b+E4+eJzDzK5Z3cMtNK4Wn5M671gvMfDDk4iOfOF94Slav6zFg5u9+cFMVMx/38fDnLhSekrVnDRgw8/d8/DyBmU80BPjwH10sPCUbLhwzYOY/9IWtAjOfbopw/59cJjwlZ16x2ICZv/9rVwnMfLYtyX3fuEZ4Ss65YYUBM//g97YJzHxTT4b7vrtNeEo237HBgJl/+G/vFJ6S1pEm7vuL299TT8lvuu/N/6T9b34bUU/fUE/fGI9TT99APX1zsv56+ubkx6mnb2b7fz/SN8Pr3p30zb//bT19c7Kor5TUox71qEc96lGP34moT0pqwzwOeqmuZB5EMnWB7ldQreuRZG2JUJZjmCzLdW8JmM2jmGq0DtuZKLpWVRI4rMtECbDDMobV1CEO6bdvxKRXvFjVFD7bYp3gCj7rKE5zi66UiDvWYhYE1xRh2zyd4AoR2zBes06cRSbrWoVV0dIqHlOKhH0IWdJWRVL2QfzmrNC2uJdiU3SCozlF1tGLImmrFY3OPkIWbalckVS6vQuxK9qyesSaotHZKbRt7l4iVm1JW5VMDPrGcCjasnrClqTF1YoiaasVPd4uYlbtGpllM2OBIRyKtqSdsSfpcBdQJO3xHPJ3Erdq6Q+rbGZRqA+natPPL0mXJ4+sa+cH20nYtPSHXbGwJNKNU9XuU4s7Qbc3I8Ydj7SRtOskU9XKiliH8Id0ehP0+tMCX7883krC7tXui9nGyngrDlW79t3+BL2BpNCuTraQsOvX02JnZbJZaPtDCXqCVXz52oYW4g4dr21zsDLdJKisg5EkPaEqvn59roWYro04nCzP5LHp2uF4kq5wtKptaiGq017jLhdLsjmsegnwcDJJRzgstBtaWwTtNeF2M57PYtHz9KMNKdoiVdT9+vYWQjrBNeXzsLCxiq8fy6VpiWjPsiTB+q4WgjpptSHgZX5TA2Z93LGmNIWovm2DJLGutwW/Q7un2ZCPsUIDJn3ceS0NNMX0bRtkmTX9Lfh0bS7qZ6Q5japvdT+/PUNO15pUhdVDLXgd2v3PxwMMtqSq2q4smZh2/80mhZUjLXh0bWMqSH9rCmVW25ujQddaLSrLx1pw6amHpkyY3rZkVTuYJxXTtzqwmli6oAWnri3kI3S1J4VnZsFoEwmdRuqwmxlf1CJ8Js2FKJ0dSYGkn7+gQCyuaV0uKwsXt2DXtS1tcdo7q9oF461E9XHdHhvzx1ux6drWriStXTXa5e2EdSqrN+Bg3rI2rLq2va+Blu6UQNIvWN1FSB/XH3Yzurwdi+63aR/KUehOC+2iDX0E9fMNxrwMr+jEoo/bOVagqadBaBefNURAEFwDDK/uEeN2L2ylsTfDbCzZPA+/fn2jmTBDa/owW40epd9m1NM3v92oT0pqQ4mDvmeNJAeQlJSYpMhqGlnVctNINhQ1Lfa3keUAipIWPhFVTaOqWm5aluyY1DSKvr+NKgcxq1WtRU1hFlobVjWFKmsvOLMSxKamBGbeZkpgU2L6OHbspgRmWXszsap+HKa4wMw7TTHsqvZhYpLtuEwxLPpeOHbVj9sUE5h5jzmKy6R9mFgUOx5TFKusffg5VT8+cwRZUpGQ8ZnDeEza722VbfjNYaz6ZMJj8hEwh5FRUCSZgCWE16z9LnbFTtASwqZrfWYvIUtQR9LLhC1BfGYvAA7VRtgawK6bYQNmLxFrABkZVVaIWgP4zdrv4lJtRG1+YXANWb3EbH5kJEyyQtzqI2Ce3QPITtzuw67vhROxeojbfMhImBWVuM1HwKLvAWK2kbB7hTk2ZvOQsvuQkDDJKkmHl6DFqf8uNpJ2L3Z94hF3eEg5vUho5tWk00PQqn2Q+yw2Uk6vmHgknG6SDv0eKipJp5eAVbtGfquNlMuDXfeUJF1uki59TxVVJeXyELDZdK2dlMuDVR835XGT0JeFrapK2uPBr2uDdjspj0dMUlIej9DazSaSNdqAw07K68aiKkho+93E3K6q1uvBa7cKbdLnFpj5pM9DdFZrMZPwefDoe+EEnQ4SPreGmZckEn4PUa+utZpJBDx49HGDLgcJvweToiHpE3638JA4dK17Vut2kAi4URUZRZKIB9yEdK3TZiER9ODSvQkhr5NE0IOiyCiyTDzkJujTtXYL8ZAHp/7BGPa7iIfdKLJ0gtblsBALe4QZNhxwEYt4UGQJVVWIRzxVrdNKLOLBPnsOQRexqAdZljCZVKIRD/6ArnXbiEa9YuIRDruJRb26ViEa8+Lza1q3x0Y05sU6ew5RD9G4F0nSDKnRhA+f36Fr7UTjvqo25iWa8CFJEhaLiUjCh08/B7fPQSThx2rTnqtI0kckqb2mLVYTkZQfr671+J1E0wEss9p0gEhC39fLZiaaDuLRtd6gi2g6iHlW2xAknNL3t7KbiWZCuGe1EQ/RTEhMUqKZMJEGbUJrdVqJZcNC+55EpfLufNXjpFH3lFD3lBiPU/eUQN1TcrL+uqfk5Mepe0pm+38/PCUjaz78rnhKfvK/7q17Sk4S9a0V61GPetSjHvV4i/FupF/q6ZtTRz19UxOS+5GakuDLUJy3iJJgm+8LoiRYMXXh9H6uBjN/DS7XbTWY+S/XlAT3E/V/VpQEh1zXE3bfJNI3jcE/rikJHqAQ/KgoCc54rqPBc40oCe4Lf5awfTEAQesAPcH7RElwu/9KWrwXi5LgxbGP1WDmB1kQ+YAoCR4KXkaP/3yBmd+QvF+UBOedA6yK3ShKgpdELmIkcIbAzG9p+IAoCW5zD3Bm4kpRErwhfgGLQqsFZv7q3M2iJLjP288F6a2iJHhL+jyWR5YIzPythetESfBYoJ/Ls+eKkuArc2ezJrZQYOY/1Ha5KAkeD/dxbeMZoiT45uZNbEiMCsz8w11bRUnw6ngv25rXiJLgu9s3ckZyQGDmP9F3vqEk+La2FaIk+MHeDWxK9wrM/GeHzq6WBGd7ub1zqSgJ/tjQOjZlOpGAvDvA58bOMJQEb+9ZJEqCPz1/HRv1kuBmb5DPLVxfUxLcx/b+/z97/x1kx3nf+cLfzqf75Dw555xzAiZiMBjknAMBIicSBAnmTEoUJVESJUpWsBXsXa/X3rq3au0N9l5v7fVeX+9b7+5761qmTDGBSDOYfHJ3v388PU/3gSCJtihaEs+vClU4eL7zdJ+n+5xp9O/7/XQ/jQR/ec0UpksNzHwghC8OT9JI8NHGVlxs76WR4K9MTNFIcEM4jNfGJmgk+HhbG853ddNI8NemN6Rh5l+dHKeR4Ae723G6t5NGgr+6bQNGKsi53FaQixc3jNFI8KmBTpzoMzHzb+zeQCPBXSX5eG7zKI0Enx7pxtGBNhoJ/tKBDTQS3FNRiKe2jdBI8LnJXhxa00ox868f3UAx8/21xbi2c5i2c85t7MO+tS0UM/+Fk9M0EjzUVIqre9bSSPD5HQPYNdJMMfOfOzdNI8Fr28vx0P61NBJ8Yd8Qto81U8z8y5c2mpHgnkpcOLyGRoIvHhvGpvFGipl/4eomGgkeHarBmWNraCT40ulRbFhnYuafeWITjQSPj9XjwRNraST40uV1mJwk2qwsN558ZosZCd7QhAdOD9NI8KVrGzC2vpFi5q+9uM2MBG9rw9FzozQSfPm5LRieagQAFJQGcfVzO2kkeMOebhy8MEZjvlde200jwUVV2bjyxT00Erzp6CD2X15HtVffPEwjwWUN+Xj4K4doJHjr6VHsu7KBRoKvfedBGgmubCvBw28dp5HgHQ9NYe9jm2kk+Kl/fQm9mwzMfG8VHv726Qxm/neoMu0bWNo3P+mCy04w00k2DKizAGIGZr4UWuofAQApxgEwMnSNIOlTbC5U9Q6AGMHM8+VIpt4m88ADhhGhancAADpXiJR6GzriiOk8bHwpYqvzwg8GPJLaLJLgYOPzEE/dgo4kYroAu1CMleRPAQAMEwDAIKHNIaYJsPO5iKZuQ0MSCZ2DSyjEYvI9omWD0HUdcW0BCZ2HS8jBcvI2NKQQ10R4xTzMJT4AQPwxOjRE1SUkNR5eMRsLidvQoCKhifBLWZiJE2S+xPmg6iqi6jLiGo+glIXZ+B1oUJHSeQSlMG7HbwIAbKwfKT2JiBpBXOURlkK4E5+BBg06BAQlP27GCDrezvkR1xKIqFGkNBY5thBuxohW00UEJQ9uxMhxcvNeRNU4ImoMSZVDnhzAR9FZaNDBMiICkgsfRQmu2st7sZKKI6LGkdRYFNoD+GCFaHmI8EsOfBSdBwAEBA+WkjFE1ARUjUGRw4/3lu9Chw6RkeAVFXwUJTj4LMmNhUQUETUJVWVR7PTh3aW70AHIrAi3aMONCEG8Z0tuzMWjiKpJ6BqLUpcP7ywSrYMT4RAk3DS0ObIbs9EIYmoKjMag1O3DOwtE6+QkKIKIWysEB59nd2EmGjEQ7wxKvD68M0fet4u3wcbzuBNZIVqHC3dWIoirBAdf6vPhH+8SrUe0QeA4zKxEAAD5DhduL68goapgNKDE78U7swRB7pVs4FgWsysE8Z7vdePm4jKSKkHHlwR8eGfmLtUyYDAXiRKtz42bC0tIqhoYlZhbf3qHzOtXZGiajvlIjGgDbtyYW0JK1cDqQEHQi/dur2oVqKqGhVVt0I0bs0tIaRo4jUFe0I33bxvH1K4gmVKxGImD0XTkhzz4aHYRqqpB0BnkBt14/5ahddqRSKawFImDUXXkhz346M4CVE0Hz7DIDrjwoaENOe2IxVNYXtVme/HRrXmomg6RZREMOPHRTUPrdiAaS2AlkgBUHXm5Xnx0Yx6apkNiWQT8Dty4Sc6roM+BSCSOSCQBJqUjL9+Hj67PUcy8x2vHLUMb8jmwvBxDNJIAo2rIK/Dj+gez0HXAJvBwuWXcuUUeSRAMOLG0EEUsmgCjacgrDOD6+7PQdYKkt7tkzBjzhrNcWJhbQTyaBFIq8kqCuP7TGei6DkUWINslzBrzhrJcWJhZQjyWBFQVeaVhfPiP5DvSbhchySLu3jL2N9uNuTuLSMSSgKohrzwLH75909AKECWBasN5fty9OY9kPAk9lUR+ZQ4++DH5DnK4ZHACh/nbC59a+6Z74pNp3/yf/z7TvrlfZS5KkPGUpG8n4ykBMp6S+41nPCX3307GU7I6/tnwlPSMfzIXJf/tzzMXJferTPsmrSxIZcadNsIwHssLOU2bNgaANdIzZEwBAyvOOl1rfc0x9jQtz6bvg8CaJy/PKGlIevEerWjRCqyShpmXWOuHgIHEOi1jCliLVuYsyHwwsHEmot7GKmAtp5DCmQ54FixN2pB50rUO3pyHtHtMlLTCyTReCwBOi5ZnOCicufYOPl3r4s1tCgwH2aJ18rY07WprBgBElofMmWvvEuQ0fL1VK7E8ZE6wjNlg/VXuES1ajoeNM4+TW7xHK1lQ/PfR4udoZV6AZNFaxwDAYzNfK4JAY7v3jt372i7eo5Xv0crpWuHjaiURAmce/9VkzWq5ZClNa8XXW7UMA7gs+HWH7R6t3dSyDEOTNgBJ31jx9VYtxzJwWLVKutZlwatzHAvFgp13KBKN196r5XkWss08Vxz2e7QWFLsgcLBZtQ4pDUnvsuDWBfEerdOWpnVatKLEp+Hridby+XJbzlebAMk6r2UMAJweJU0rWue14N8BwOm1aBURglXruVdr+V6xSxAsCH3rGAA4feb3jOywpWk/ldL0T+ZPpu5bmYsSSzGe1yyekoPgnFdNT4nv6xbMfDWcvrdMzLzjgTTMfMj/HYunpB45gW9ST0nAeTINM18e/Bb1lDilBlSFvmTxlDyIYs856ilpDX+VYuZ9tia0hV+2eEqOpmHm1+a8RjHz2XIT1mQ/ZfGUHE7DzG/Kf456SgrtTdiQ+5DFU7I/DTN/sOhx6impdDVhZ8EZ6inZmLuHYuYlzobTpQ9TT0mDuxGHio5ST8megp2YyBoFx3BQOBlXq85RT0mnrxGnLJj5B0q2Y8rAzDt4Bc/WPYgaF+Gs9AcbcMGCmb9YtZVi5j2iA59vOkI9JaPZjbhSswkegRzTa3WbsMXAzAckB95o30c9JRvyGnGtYT29GHmhZRO2FraAAYNsxYWvd++inpKtRU14vGmceko+3zlNMfOFDi++ObCdekp2lTXhCQtm/sv909hcUgsAKHH78NbaLdRTcqCmOQ0z/9XhaYqZr/D58Y3xjSg3PCWHGlrSMPNvrpumnpLqQBBvrt9APSVHW1rTMPPf2LQR4+Vk7evCYbyxcT31lDzQ2ZaGmX9z+0bqKWnIzcbrWyZRYHhKHuzvSMPMf23vRuopaS3Mwas7Jqmn5NRwF06u7aSekq8d2UQ9JR1leXh57zrqKTm7ricNM/+V45uop6SzsgDPHRinnpKz0304NGpi5t84s4l6SnrqCvH04fE0T8nesVaKmf/Spc1oqSKekv6mElw7NkY9JRf3r0nDzL/+yBbqKRnsLMcjJ8aop+TSA8NpmPnXntpOPSVr+ipx+dQo9ZRcPjNGMfNej4KXn99OPSXDa2tx/pyJmb/80DoTMx9w4oWXd1BPyei6Bpy5aGLmH35yI8XMh7PcePb1PdRTMrGpBQ8+PEE9JQ+/sA0jG5rAMAxyCnx46o191FMyuaMDx6+uN30ir++hnpK80hCe+Poh6inZcLAvDTP/2DeOmpj5qhw88e3j1FOy+cERHHlyC/WUPPEHp6inpLShAI9//wz1lGy7uD4NM//sv32Yekoq28tw7Q8vZjwlv0OVad8g075J306mfQNk2jf3G8+0b+6/nUz7ZnX8M9K+GXnmk2nf/MenMu2b+1QmEpypTGUqU5nK1McsBp9AJPgT2ZPfzcq0b6wljtJ2DSN2gxFasbpEgryVEF4BsFwuRNt6qhWlfgiiqXUoO8Bx5DawwOXDIa+jrR2HNABZbMHqaRmwb4fIkVu7Nr4QfmUErEGR9cn9cIr1hpZBnmMTbFyYzCMUIksZBGe0gbKVHnilahDnB4tS1xRkjrRgPGIhCuw94Ax8faG9C0GJ3NpnwaHGPQY7T1owAakApY528Aa+vsLZjiwbuQXPMTxavGvh4D0AgCxbAaqczeANfH29uw05MrmtzjMCunz9cPLkfwH5cgFqXfXgDSR9q7cZ+TJZI4kVMRDohosnt+tL7PlodFdTbbe/CQUKuaUtcxJGwu1wGy2YCmc+mr0V4A18/WCoAYV2skZ2zobxrBa4jAhwrTsfbb5SipkfzapHkZ20SlyCjMmcBriMdk2jNx/t/iLwhnZdbh2KHKRV4hUVTOXV0XZNqz8f7YECcEaffkNBLYocpFUSsNkxVVBD2zUdoXx0hPKpdlNxDQocZD1DsgPri6rgNNo1XVn5aAvnUiT95rIa5DtJqyTb7sRkSQVt7fTkFqAly8TXb6mqQa5Bf81xOjFRVk5bO70FBWjOzqbarXW1yDHIq/luN0bLS2lrp6+4AI05Jr5+S0MNspykVVLo82C4shSyQI5Tf1kR6nLC5GxlgM3NNQi7iLYo4MWaqhLYVrWVRajNDYNhiJ9jc1stQi5yTEvCPgxUm6j7gZpiVOeS9hfPstjYUYOAoS3N9qO/thiSYBz/+hJU5JHzXuA5THfXwO8ix788L4CeuiKKuh9sLkVZHjn+ksBjfV8NvE5y/CsKg+isL4RgaIfaylCab1BEJR6TAzXwGNqqkjA6Giza7goUG3RSRRYxPlQL96q2PAutjYXgeeNRB/2VKDS0druE0eFa6jOprs5Bc1MhxdcPralGfj75nLpcMtaO1NJ2TW19HhpbLNrRWuQaWrdXwdBYHW3X1DUXoL61EOyqdl0DcgqI1hdwYmCinrZg6tuLUdtaRLVrppuRbWj9YRf6JxuhGPM2dJehpq2YemaGt3UgbLy3YK4XfVPNUAy/TVN/FarbS6h2ZFcP1YYLA+idbqWtnZa1dajqKKU+mLGDgwga2uySMHo3dcBm/9XuXPyTKkN0/bVW5qLEWpwPYMgXOcM4wHABwPhFzrB+ipUHRPLa0LKMAxwbBGNoWTYAjg0Y80jg2AA4w1zKsk7wrJ9qedYP3kDQs4wIgQ2AN4ynPOuEyAWMZ9YwEDkfRG5VK0Hi/OBZ8uUssE7YOB9Y8AAY2DgvbJyHvC1Ggo3zQmTJl7PEOSDzHjqvnffSZ98IjAQ774HAkg+5jXPCznsoZt7Ou6Fw5L2IrAQ774ZoaBXODifvBgsOLMPCKbjhMC40RFaES3BCYsn7dvB2uAQnWLBgGRZuwUXNrzZOgkd0wmYYT528HZ5VLVi4BadFK8IrOKjWLdjhFR1gQXDgXtFBza8yJ8IrOqih1SMq8ElEyzMsfJKDekgUnkSEJcPQ6pMU+CWHgZln4Zfs9KLELogI2BywUa0Mv80OBiBam0JNq3ZBhN+mUJOq36YgIBsXtxyLgE2By9A6RAlB2W5qZQUBWTG0HPyyAqdI1tMpigjKCjWpBmQFQWX1ePMIKAqc0qpWgt+i9SsK/Ma8Es8hYLfDIRlrL9ngVxSIBmbeb1fgt5tav6LAsTqvJCJgVyBwHBgw8Dvs8ClkPW0CD59DofO6bBJ8Dhk8S7Q+h0KfZ2PjefidCuzG80xcsg1+pwKeY8EwDHxOhT7PRhZ5+BwylNV5FUPLEsy816nA4zDmFQX4nAoUw8jpttvgdyngOBYsa8xrXDzIkgCfS6EmVbdThs+lUMy816XQCw2bTYDHrcBmGDldDhu8bqJlWQY+j0IvNGSbAK9HgU0i87qcMrweBSzLgOdZeDwKnKv7YBPg9Zpat1uG12cnF3I8C69XoRcasizC47VTQ6vbo8Drc4BhAJ7n4PXbYTe0NuUerVeBx+cAwzDgBQ5ev4MaZRW7BK/fQQ2tHr8DHr/x/STw8PgddF7FYYMn4IRg7K/H74A3SLSCyMMdcEIx5rW7ZHgCLlMbdMIdNL5XJAHekBt242JSccvwhtzUKOsJuuEJke8r0SbAE3LB7ko35Gbqt7d+oz0lL730Ev7kT/4Ef//3fw9ZltHT04NXXnkFlZWVVKPrOp555hm89dZbmJubQ2dnJ7761a+itrb2Y28n4ymxbifjKQEynpL7jWc8JfffTsZTsjr+2fCU9K19Gjz/K3pKUjH81//89Mfe14/zu9BaJ06cwFtvvYXXX38dFy5c+IVzz8/P49q1a/iTP/kTzM3Nobi4GK+99homJyf/OW/tV67f6Dsl/+W//BecPn0af/M3f4P/8B/+A1KpFMbGxrCyskI1r776Kr7whS/gK1/5Cv72b/8WWVlZGB0dxdLS0r/gnmcqU5nKVKZ+J+tfIH3zcX4Xrtaf/umf4r//9/+OnJycXzpvIpHA6Ogo3n33XfzxH/8xfvzjH+Ob3/wmcnNz/2k7+AnWb/RFyb//9/8ehw4dQm1tLRobG/Gd73wH77//Pv7u7/4OALlL8sUvfhHXrl3Dli1bUFdXh+9973uIRCL44Q9/+E/eHuN+1RIJPgbO+ZAZCfZ+w4KZb4TD+1VLJPg0nM6HLZHg71oiwW3I9n3VxMy7ziHkumSJBP8ePPI4AMAltaMy8BqNBBd7zqDIfZpGgtvCX7Ng5jvQEnyORoLrfA+i2nvYEgn+Ao0E5yodGAg/RiPBXYFjaPbtppj5TfnPWzDz7ZjMvkAjwSPhQ+gObKaY+QNF12gkuNbVjq15J2gkeHPufgwFJylm/lTpQzQS3Optw/7CgzQSvL9wN8bCwxQzf6XyLI0E9/pbcbxkF40EnyjdkYaZf7r2OMXMD4dbcaZ8C40EX67aloaZf6XxMI0Er89pxcWqKYqZf6JuMzYbkeBs2Y0vtu2lkeCtBa24UjtB2zkvtWymkeACuxdf7dpBI8G7S1rxSMMIbed8oWsjjQSXuvx4s28rjQQfrGzF1eY11GPyRv80Nlkw818b2kQjwUdr23ClbYD6Rr5miQTXBkL4ysgUxcwfb2rH5Q4TM//1yWkLZj4LX5qYpJHgk+3tuNDdQ30jb202I8EtuTn4wtQ6Ggk+3duJM31dNBL8jR1mJLi9IBevbpygmPmzQ914sL+DRoK/sW8TjQR3lxbgxa3jNBJ8bqwHxwbb7xsJ7qsqwnM7x2gk+MJUHw6vbaOY+a8c34SuCnJMB+pK8OTuERoJvri5H/uHWylm/suWSPCa5lJc2z9CI8GXdg1htwUz//rFzWmY+UcODdNI8OWDa7Fj3MTMf/7KZhoJHu2rwqWjwzQS/NCJEWyZaKKY+Vcf30IjweNranH++DCNBD98fgLTRiQ4GHTihWe20kjwxHgDTp8aoZHgh6+sx+R6EzP/7AvbaCR4/cYWnDg7Qj0mV57aRCPBuQU+PPnqDhoJntrejgcujtHWzyMvbcfwVBMAoLA0hMe/uJtGgjfu78GRyxNmJPiLe2kkuLgqG499ZT+NBG8+NoSDV8z48LW3zEhweWMBrn7jKI0Ebz87jgNXp6lv5Mnvn0b/RvIdVNVeiqvfOUkjwbuvTGP/41vMSPCfXqGR4Lq+Kjzy+2c/3Ujwv0D9st+Fq3X9+nWcOXMGP/jBDyAIws+Zzaxvf/vbuHv3Lv70T/8Uvb29KCwsRF9fHxobG39db+WX1m90++be+slPfoLy8nL8r//1v1BXV4d33nkHpaWl+B//43+gubmZ6jZu3AiPx4Pvfe97H2teEzPfCpedIJOTTBDQZgEkENdTYLhC6CrBtqcYO8AI0DWC0E6x2VDV2wCSSOg6eK4IKfVdMg/cYBgeqqHVuTyk1DsGOp6HxBcgnnqfzAMfABYpbZ5g5rkcxNXb0JFCTBeg8PmIpAgOHowfgI6ktoiYJkDhsxFN3YYOFQmdg0PIxXLyuqENkH/XlpHQeTj5MJZTd6BDQ1wT4RbCWEgSxDPD+qDpKcS1CJIaD7cQwmJyBjo0JDQRHjGIuQRBR4ucFyktibgWRVzj4RODmEvMQIeOlM7DK/pxNzEDALCxPsS1BOJaDHGVR1AKYCY+Cx06dAjwih7MxAk6XuF8iKlxxLQ4UhqLsOTH7ThBvGu6CK/owp04wYy7eA8iagwxNYGkyiHb5sPN2Bx0AzPvFuy4Eye4ajfnwYoaQ0xNIqmxyJW9+Cg6D93AzLsFGbfj5A6bX3BjMUm0qsYgX/HigwjZpsCIcAk23I4RxHtIdGE+EUVcS0FVWRTYPXh/ZR4AwcwrvIiZGPkfTVhy4W4sgoSmQtdYFDg8eH+ZaO2sCJnnMRMjiPcsG9HGVRWMxqDA6cH7S0TrYCVIHI9ZQ5utODEbIfMyKoNCtwfvLcwbaySBZ1nMxWIAgBy7E3dWVpDUCOK90OPBe/NE6xZs4FgGc1GLdnkFKU0jGHePGx/Mk/X0GH6WhVgcjAbkuJ24vWRoVYKd/2BuVWuDrutYXNV6XLi1uARV04nW58YHd4nWa7NB1XQsrWq9LtxaIFpWB3J8blyfJVqfLCOZUrEcSxCt34Wbd5eg6To4jUGWz4mPZsln2qfISCRVrMQSYDQdOQEXbs4SraAzCPmcuDFDtH6HglgiiUgsCUbVkR104ebMInQd4BkWQa8dN2fIuRJwKIjGkoga2pywGzduL0DXAZFl4fUouL2qddkRiSQQiycBVUd2lhs3bxGtxLJwuxXMrGq9diwvxxCPp8CkdGRne3Dz5jzR8hycLhtmZ8g5GPDYsbwUJVpVQ3auFzeuk/PVJvCw2yXcnSVav9eOpcUoEvEUGE1Ddp4XNz40tCIPWRExZ8wbDDqwMBdBMpECUiqyC3y48T75LpNtAiRZwPzqPgQdWJhdQjKhAqqK7KIAbrxLPv+KIkAQeSys7kPIifk7i0glVUDVkF0UxI1371Atx7NYNLTBHC/mbs4jlVShp5LILgnjxjsGvt5pA8MyWLq7/Km1b/qHnvpE2jd//VfP4IMPPkjbV0mSIEnSL/hJUvf+LgQATdMwMjKCjRs34vz58ygqKsKFCxd+YftmcnISPp8PiqLgz/7szxAMBrFnzx488sgj4Dju5/7cr7N+ay5KdF3Hxo0bMTc3h7/+678GAPy3//bf0Nvbi+vXr6fdqjp+/Djee+89/Pmf//l954rH44jH4/T14uIi8vPzM54SZDwl9HXGU/Iz4xlPyf23k/GUrI5/Njwl/QOf0EXJ//HMz/z7U089haeffvoX/uz9fhcCxHfyl3/5l/jzP/9zMAzzsS5Kqqqq8O6772Lv3r04deoU3n77bZw+fRrnz5/Hk08++c99e79S/Ua3b6x15swZ/M//+T/xox/96GfGrMhkgBy0e//NWi+99BLcbjf9k5+fb0xkQR+zPljT5IyRpqE6xnR7s/doWYuWYexgLFqOJnhI8RYtxzjAMuZVsmCkclZLtLzmGQdYxkRdS5w3TWuzvBZZBziLVjZSOcYepr2WWDs4xrwosFvGGLA0eUPmSdc6ebdFy8Buwc4rnAKOMS8KXLw5z2oLZ7UcvEJjuwDgFkzUPc9wcPDmejrv0XpFc5sCw8Fh+fJwCelan2huU2R5OHhz7T2ikoak90umVmJ52HlzPb2i/HO1Ni5d65NkGsUFgIDNguLnBSi8eZHos8lpPIPV5A0AKLwA+WNq7YIAG28eJ5+crvUrptYhiulaJT3VsJq8AQC7KNLY7v20Prv52iGJNIp779i9r502KQ1f73OYYwwDmtIBAKcs0SguAPic5v6xDENTOgDgVCTwFtS9z2VqOZZJw8677DYar/0ZLcfCZZ3Xka71WnDrPM/CYTfPK5fTloav91pw64LAwW7VuuQ0JL3Xgm0XxHu07nStx2c5tyUeit3yCAUj7XM/rWQTICum1u21p2v95udLkkXYrFqfPe171xMwP7c2RYJk1fod6dqg5XvFYYNkwfi7LfMAoMkbAFCcMkSbiN/W+uCDD7CwsED/PProo7/0Z+73u/Dv/u7v8KUvfQnf/e53f+HvvntL0zSEQiG89dZbaG1txa5du3Dt2jW8+eab/6z380nUb8VFydmzZ/Hv/t2/w1/+5V8iLy+P/ntWFukj3rx5M01/+/ZthMPhnzvfo48+mnYifPABaYkwrpdNT4myG5zzisVT8iULZr4KTounxG4/DKfrKvWUBH1fNz0lQm2apyTgOIKw6yHqKSkNfJVi5h1SXZqnpMB9BMWes9RT0hx6jWLmvbZ6tASfp56Sas/BNMz8QPZL1FMSluvTPCWt/n1pmPkNeU9QT0mBvQHrcy5RT8lAaKcFMy9iT+HD1FNS5qjHtrwHqadkMns7xczbOBknSi9ST0mdux4HCg9TT8mO/M0YzxqhmPlLFSepp6TVW48TJXuop+Rw8aY0zPyTNceop6QnUIez5duop+R0+XQaZv7FhoPUU7I2XIfL1dPUU/JwzRT1lAQkB15r3U09Jety6vBo/ST1lDzZOJWGmX+j0/SUTBfU47HGMeopeaF9knpK8u0efLVvC/WUbCttwGMta6mn5NWeSeopKXZ58dWhjdRTsquiAY91DFFPyReGJqmnpMzrxxsWT8ne2kY80mVi5l8fn6Sekgp/AF9et556Sg40NeFyby/1lHx5w3qMlZNzuSYcTPOUHGpvwYWBbuop+dLm9dRTUp8Txqub1lFPydHetjTM/Jd2TlFPSVNBNl7eNkE9JceG2vGgBTP/hf1T1FPSUpKL53eZnpLjo51pmPnXjkxRT0lbeR6e3jNKPSUnJrtwcMTEzL/24DT1lHTVFOKJg6PUU3Jycy/2jrVQzPyr56app6S7oQiPHR6hnpJTu/rTMPMvX56mnpL+tlI8/MAIvRg5fXAwDTP/0qObqaekv7scF0+amPmzx4fTMPPPPbWZekqGBqpw7swo9ZScPTdmYub9Tjz13FbqKVkzWouT58eop+T8lfVpmPknXjE9JcPrG3H8somZv/DUJoqZz8734drrpqdkdEsrjj48SX0il17eYWLmiwN49A3TUzKxuxtHHt1AtQ9/eT/1lBRWZuPRr5uekqkjQzj0+CbqKXnkmw9QzHxxXT6ufvtB6inZeGoMh57eRj0lj//oPPWUlLUU49Hvn/tUPSWMrn8ifwDA5XKl/fllrZuf97vwr//6r3H79m0UFBSA53nwPI/33nsPly9fRlFR0c+dLzs7GxUVFWmtmurqaty8eROJROJXW6h/Zv1Gt290XcfZs2fxb//tv8Vf/dVfodww41nHc3JycPHiRVy5cgUAcROHQiG88sorOHHixMfaTiYSbN1Opn0DZNo39xvPtG/uv51M+2Z1/LPRvhnoe/ITad/8H//12Y+9r7/sd+Hs7Cxu3LiR9m/j4+PYv38/Dh8+/HOjw4899hh++MMf4p133gFrPNjyS1/6El555RV89NFH/8x396vVbzRm/vTp0/jhD3+IP/uzP4PT6aR3RNxuN2RZBsMwuHDhAl588UWUl5ejvLwcL774IhRFwZ49e/6F9z5TmcpUpjL1O1efBJH1n/jzv+x3od/vh9+fbg0QBAFZWVlpFyQHDhxAbm4uXnrpJQDAyZMn8cYbb+D8+fM4e/Ys3n77bbz44os4d+7cr/b+foX6jW7fvPnmm1hYWMDQ0BCys7Ppnz/6oz+imitXruDChQs4deoU2tracP36dfzFX/wFnE7nL5j555S0DmDIrWhG7AMjdmL1uk1QdoLlyJNpWS4PorwRjKGVpEGIYhdg3N1w2PeC54lW4ArhlKfBMmR/HLY1UMQOqg3ad0Piya1omS9CQJkEx5Bb0X55EG6pBeQwMch3boNstGscQhGy7SPgjfZSjtIPv60BDFgwYFHu2gQ7T24De8QiFDkGIBjelmJHL8I2gqRnwaHesx5Oo10TlIpQ4eyGYLSXqlzdyJUrADDgGB7tvlG4BQPxbCtCjasNgkFpbfR0oEApIdRTRkCvfw08RmunQClEo7sJIktaER2+VhQppE0lsSLWhvrgFch6ljoK0eqtg8gaqPNAC4rt5FalzEkYz+qCVyT/u6hyFqDDVw2BJcdpbbgJZQ5yq9zB27A+pw0+w2dS7ylAV6ACoqFdl9OIMidp87kFGRvzmuE1fCbNvgJ0B0shsOQ4bchvQJmTtGB8koJNBQ3wiuQWfHugAD2hYgiGX2VLUT3KXaQFE7TZsamoDh6RrH1XuAA9WYUQjP+VbCutQ6mbrGeW4sSmkhp4JLL2vdkF6MkuoKj77RV1KHWT9cx1uDBdVgWXkYDpzy9EV04+eGPenTX1KPaQdk2ey4Wpikq4jFvDA4VFaM/Npaj7nfX1KPR4AACFHjcmqyrgEMlxGiwtQlueRdtcj3wPOU5FPg8mqsthN7RD5cVozieoe5ZhsKOtHrkecpxKgj6M1pZBEckxXVNdgsYCgrrnWAbbO+uR7SGfkbIsP4bryiCvautKUV+QReikHIut3fXIMrTlOQGsaSiFzXh8/drGMtQWEny9yHPY0lePkNHaqcwPYqCxhGqHW8tRbWglkcfGwXoEDW1VcRh9TSWQVrWdFagsIsdflgRsWFMPv9EGqi7LQndLMcRVbW8lyouJVpFFTI3Uw2doayqz0dlaDNHA4o8MVaO0mHz2HA4J68bqqc+ktjYX7W3FEFa1I7UoKSFal1vG2EQ9PIa2rjEfrR0lpnZdA4oMrcdnx8hkA9yGtr61EM2dJeANL87IhiYUGFpf0InhDU1wuo3HLXSWoKmrFJyBxR/d2oY8QxvIdmPNxmY4DG1TXwUausuodmxXF3JLyTqE8n0Y3NRGtS1DNajvqaD4+on9/cgpIdqsoiAGt3XCbrS42kbrUddraiePDSO7hHxuc8uyMLC9G4rF8/O7WB/nd+HHqffffz/tjkp+fj7+4i/+An/7t3+LhoYGnDt3DufPn8fVq1c/6bfwses3+k7Jx+ksMQyDp59++pc6lj9WMQrASIAOMIwIQIRuXDwwjGIxwvLGa6IFI4EBB7KcKbCMAnZVy/BgWIV4SPQlYmRldUOvgWVNLcPw4FiZGFj1KFjGBo5RDS0DjpHBGRcWDHjwjKFFAhwrgddtYIwLGJ6VwRv4d5axapPgGBE8K4M15hVYG8XKswwHgbUZBtYUeEaAwNrAgjUQ6xK9COEYDiJrM55Ro0JgRIisBAYMdDCQOIlehPAMD5GVjHkTEFkJEifSeSXWquUgsZLxPBsVEitC5iRDycDGSpCMCxae5WHjRAgMByAFGyvCxommlhOpVmA4yJxg/JLXYGMFyJxInhbEEK3NQLqLLAeFF4190CBzAhSeaDmGhcKbWmFVy5L9tXECZF4EAxhaATLPYz5BDLUixxqGWy3N3MoxDBReoFh5kePBMgx4loWqqlAshlWWYaAIAiSeBxJxiCwHnuXAMSxUqJAFnhpheZaFIggUKy9ynPHMGRYaVCiiQJ9fwxlaieexnEhA4nhook60Kpl39cKC5zjIggCJ5xABIPE8FEEFxzDQoEMWBVPLspAFASLPIYokRJ6HLAjE9KkBsijQixCeZSGLRBtDEjaBhyIJ4BgWjM5AFnl6YcFzpjaOFCSRhywaWgCyxEOWBFMrCRB4DnEkiVYSwDIM1a6i4q3aBJKwSQJkG9lfhmWI1tgHgecMLYskQLSSANbAzNtsAkW68zwHmySA5zkkkIIkCbDZVrUsbDaBIt0FnoPNJoLnOaSQgmQTYLOJYBhy/G020dQKPGw2EqVNgRhWbbKhZRnYlHStZOPB8SzUBGCTRdgMYynLsZBkEZJNwNJCFILIg+M58DwHFUnYZBGysvo4DRY2WYQoCQCIlmEAjjO0ikTn5VgWNkU0sPJRiMa+cjwLLQHY7BJsxrwcz8KmSBAlASsABJsIMAw4noMaJ1rZsarlINsl+t4+jWJ0/OoP5Psn/vw/x2Xx7rvv/sy//dVf/dXP/Ft3dzf+5m/+5p88/6+rfqM9JZ9WZTwl1u1kPCVAxlNyv/GMp+T+28l4SlbHPxueksHuxz8RT8l/+T+f/7Xt629z/Ua3bzKVqUxlKlOZytRnpzIXJZZi3J+3YOaPp0eCfb9nRoKFJji837Bg5s/C6XrEgpn/Po0Ey2I7sv1fp5HgkOsCQq7LNBJcEfwejQS7pQ5UBb9owcyfT8PMt4e/QSPBQbkTLcEXaSS43ncKNd4jNBI8nPMlGgnOUzowmPU4jQR3B0+ghUaCRWzJf4lGgsscHZiyRILHso6gJ7CFYuYPFT9pwcx3YHv+SRoJ3pJ7kEaCZU7B2bJHLJj5dhy0RIIPFu2lkWAHb8ejVRdoJLgv0IYTJbtpJPhk6S6sNyLBHsGJ5+sepJHgkXAbzpZvpZHgK9U7aCQ4ILnwWtNRGgmeym1NiwQ/U7+VRoJzZA++0r6fRoK3F7bhkbp1NBL8ausWGgkutPvwZvcuGgneW9qGRxtGaST4S92bsLWYRILLXAG81b+NRoIPVbalRYK/NrgJm0vIwyOrvEG8tXYzjQQ/UNeOq+2DNBL81ugmGgmuC4Tx5tg0jQSfbO7Aw519NBL8ralNWF9ODG6N4Sx8ZXKKRoJPdXTgYncPZKMV9O2tm2kkuDU3B1+anqSR4LN9XTjXb0aCv7VrM40EdxTm4fObzUjw+TU9ODXQSSPB3zqwJQ0z/8p2MxJ8YbwXx4c6aCT4rWNbaCS4v6oIL+wap5Hgyxv6cWRtO8XMf/3BLTQSPFhXgmf2jtFI8OWtgzgwYmLmv3puC40Er20pS4sEP7xnDY0EOxUJX35oC40Ej3RW4NEjozQSfOXISBpm/vWrW2kkeKy/Oi0SfOXkGI0E+zx2vPbUNhoJnhiuxcWTIzQSfPXiOhoJDgadePn57TQSPLmuAWdPm5Hgq49uoJHgrCw3Xnh5B40ET21qwcnzozQSfPWZzWmY+We+sItGgqd3duD45XEaCX7s1Z00ElxYFsJTb+yjkeBNB3tx9KF1Jjr+K/tpJLikOgePv3mQRoK3nliDw1enqPap7xzHoIGOr2gqxLVvHaOR4J3nJ3DwMTMS/MwfnqWR4OqOUlz7/dM0Erzn6kYceHIrjQS/8L9dpZHg+v5qPPbDC59uJFj7ZP5k6v6Vad/A0r55uwUuB0E8Jxm/gZlPGZj5XOgqwbanGAUAD12fN7QhaNoMgJSBmc9DSv2QjMEFgIGmE3y1xuUipd4GoCKm8xC5PCSolvzSULUlJMFB4sKIq3cAaIjpAmx8NmIpw6TE+KDrKlL6CmKaAJkPI2ag4xM6BzufhZWUwW9h/ND0JJJ6FAmdh4MPYiU1SzHzTj6ApRRBPDOsD6qeREKLIqnxcAkBLCZnAehIaCJcghcLSYKDF1gPUnoSCS2GuMbDK/gxnyQ4eFUX4BY8mEsSJLXIepHQ4khoCcRVHn7Rh7uJOYqZd/FOzCXJeto4D2JqHAktiZTGIih5KVZe00W4BDvuJsh6OjgXIoY2qXII27y4FSNaBgKcgoy7CYKrdnFuLKdiSGgpJDUWWTYPbsbINnmIsPMS7iYIDt7Lu7CYJFpVY5Aju/FRlKDNBYag4+/GCeI9IDoxn4giqalQVRY5igsfRcj+2RjiPZlLRAEAQdGJuXgESU2DrrHItbtwfYVoFZb4SebihlZyYi5GtIzGINfhwvVl432zEjiWxUKc4ODDsgOz0YiBeGeQ63Th+hLRungJDMNg0aAYh2UHZiIrUHWCeM91uXB90dAaF1ZLhjZbceDOsqHVgByXEx8tks+IW5Sg6TqW4wTxnuVy4PbSCjRj3hy3Ex8tEK1HlJDSdKysat0O3F40tdkeJ27MG1qbDUlVRSSeJFqPE7cXlqHpBDMfdjtx09B6bTbEkyqiCUPrdeLW/BJ0HeA0BkGPHbfmyPH3yjJiiSRiiRQYTUfY58TtOaIVdAZ+tx23Da3PLiMSTyKeSIFRdYT9Tty+u0Qx8z6XgjurWkVGNGbRBl24dWfROO9ZuJw2zM6R88rvVLASSSCRSAGqjnDIhVu3iVZiWTgcNswZWp9bwfJyDMmkCialIxR24fYtQ8tzUOwS5lfndStYWowSraohlOXG7ZvkfLUJPGyygIU5cr76PAqWFgytpiGU7cbtG4ZW5CGKPBbnidbvt2NxPkJw8CkVoVwvbhv4etkmgBc4LFm087NLUFMaoKoI5flw+0Py+VdkASzPYtnQ+gIOzM8sQU0RzHw4349bH5DvFVnmwbIM1Qay3Lh7cwGaqkFPJREqCOD2+wa+3rgAWlmIfGrtm6GOa59I++av/q8XMu2b+1TmogQZT0n6djKeEiDjKbnfeMZTcv/tZDwlq+OfDU9J5qLk11uZ9o21GBOhDDYA6/IwrIUQy9jBWLQsG0rTcqx5K5FlHGAYE+PM36MVOHNegpk3o20iFwQsQHCJC1nmcYJjzA+GjfOnaWXOxNcTzLxJClTStAzsvImvt7EO8BYkvcMyxoCFkzfx9QqXrnVZxhgwcFmw83bODp4xL4C8RhuHvG8uDSXv5O1GooeUTzTn4RkObsFcT7dgN5I3pAKS+QEXGI62agDAK9qNNA2poEUrsjxt1ZBt2mkUFwBCNgsym+PhFsy190vp2rBsamVOoHcfAIKVX43XEq0Fxc8LNOILAEHZnq5VTK1dEOAURYtWScPXh+2m1iGKNOILAEG7PV3rSNcqlqeLBu32NCR92GmuvVOS0rWOdG3QonXZJJrwWR2z0rCDLotWlmCzai1jDEMeake1igRJsBxTtznGMgz8lqio225LQ92vxn8Bgpm3ouTdDhuN7QJA0GvRciy8LvNc8bjkNNR9wGdqeZ6Fx6J1u2TwvHmuBCzYdkHgaKsGADweJV0bMLWiyKdrvfY01L0/aJ6DksTTVg1AIsKsVRuyaGUBdqvW70jXhs3PjE0RoVi03qAzXZtlfm5luwTFYdGGXGn4en+2h/5dcdogW7S+LHe6NsfyHeRSYLP/ahcI/+TSP6E/mbpvZS5KLMW4njM9JfJ2cM6HTU+J51ULZr4CDs8XqadEse+B03WFekoCvi9ST4kk1CDb90XqKfE5DiDsukSfh1Pi/4IFM1+LisAr1FOS59yHYs8Z6ilpDL6EkDIEAPBKtWgKPk09JRWePWmekr6sZ6inJCTXoT/8CPWUNPl2osW3h2Lm1+VcpZ6SPKUW67LPUU9Jb3BrGmZ+R8EF6ikpcdRiS94D1FMynrU5DTN/pPg09ZTUuGqxr3A/9ZRsztuAiaxRipk/W3acekqaPbV4oGQn9ZTsLZxKw8xfrTqEGhfhwHT6a3CqfAv1lBwvXZ+GmX+mbi/1lAyEanCxagoe46LmQtUEtlgw8y8376CektGcGlypm6AXKlfrJ6inJGxz4bWOLdRTMplfgysNI/Ti48nmMYqZz7O78cWeaeop2Vhci6sWT8nzXWMUM1/o9OD1/inqKdlSVotH2kxPyUv9Y9RTUuLx4QtrJlFueEp21NSneUpeHR6nmPlynx+fG52gnpLd9fW42N1DLyg+t24c4wYhsjoUxKuT49RTsre1Ic1T8ur0BPWU1GaH8OL0GAoMT8n+zmacsmDmP7dtHfWU1Odl4dnNo9RTcqCvJc1T8sruddRT0lSUg6e3j1BPyeG1bThqYOZtAo+X969DdyU5pq1leXh81wj1lBwZa0/DzL94dJJ6Stqr8vHY/mHqKTm2oTMNM//8yfXUU9JZV4iHDwxTT8kDW3vSMPPPnptCo+Ep6WoqxqWja6mn5PievjTM/NMPbaCekt6OUpw7Pkw9JScOD1JPicej4IlHp6mnpK+3AqdODtOLjxMPDlNPid/vwGNPbkRlFdEOrKnCibMj1FNy8sI49ZQEs9x49IWt1FMyNF6P4xfH6IXKqUenMDrdDIZhkJXrxSOv7KCekuHpZhy5PEHbJGef3UI9JblFATz82m7qKRnZ3oFDj6yn2vOf20Mx8/kVWbj8xkHqKZnY15fmKbn0lcPoN/wnRTV5eOitB6inZP2xYex/wvSUXPnOaRMz31SEh7996rcWM5+pn61M+waZ9k36djLtGyDTvrnfeKZ9c//tZNo3q+OfjfbNmrbHPpH2zV/+3y9m2jf3qd9oeFqmMvVbX5/5S/5MZep3rP4FMPOfpcq0b6xlmwZY0opgpUEwYj8AcutcUPaB5cntcJYrgCRvA2NoJWkYkjQAgNx1cNoPQTC0Al8Ml7IVnKF12kZgl3rBGNqQ4wBsRmtHFkoQtG8Ez3oAAAFlGF5bFxjwABgUOnfDLhSReYRS5NrXQWDJLe5c+xoE5RYw4MCAQ6V7O5wCuW3tE0tR4hyGyJJb3CWOAWTLBEnPgkeTdyPcArm9HJJKUO0agMSS28s1rl4UKDVgwIJnBHT518ErGohnuQT17i5ILLm93OzpRrG9wsDMixgMjsIvkjZQkVKMFk8bJIMc2+3vQJmjhNJcR8NDCIhkjcodRej0NcFmkGMHg+2ocBSCAQOFk7A+uw9ByWvsXxF6AnWwGTTY8aw2VLnywYCBk5exMbcLIYm0Fxo9RegPVlPC64bcZlS7csGAgUdQsLWgDSGJrGebvwiD4QrYOKLdUtiMGje5Ve6X7Nhe1IygjaxnV7AIQ1llkAx8/Y6SJtR4yBqFZQd2lDQiYCNtgL6sIgzmlEA08PW7yxtR7SVrlK04sb2sHgEbWfuB3CIM5hZT7d7qRlT5iDbP6cK2ylr4De1QQTH68wupdl99Iyp8pLVT4HZjc1U1fDI5TmuKi9FbUEBR9/uaGlHmJ2tf5PVgU001PDZynNaWlaC70MTX72trRImfrH1JwIcNdVVw28hxGq4sRWdRHniWBcsw2NvZhCJDWxbyY7KhEi5DO1JbhrbiXHAswczv6WlCQYCc9xXZAUw0VcBpaEcby9FaQrQ8x2JXXyPy/OSYVuYFMdZcAYfx+Pqxlgo0lRLUvchz2DnUiNwA0VYXhjHcUg67oR3vqERDKUHdSyKPbcONyA6Q/7XWlGRhTVs5FBs5/uM9VagrI1rFJmDLaCOyAuRcqa3IxkBHGeRV7WANasoJFt+uiNi0rgkhQ1tXnYvezjLYDMrs+HAtqgyt02nDhvVNCBjahvp89HSXURrs+EQ9KiqI1u1WsH5DE/yGJ6WxpRCdPWUUdT+xoYm2a7x+OyY2NsNnaJs6itHeV04pqBNbWlFiaANhF8a3tMJr+FdaesrR1l8BwZh33c5OFBnaYI4Ho9va4TbmbR2sQstAFQSRnIPrD/ShyGgvhQv8GNnRSbXtI3VoHqwGb/h2po4OobCKfAfllIQwsrsXLkPbOdmM5jW1VDt9ahwF1aR1lleRg+G9/XBafDy/9tJB7jb+Kn8y1yQ/tzJ3StJKt/ztF7uR0sd14/Uvn/dn9ZYx/R4XlI575rVeod+7f/o9m7nnvfzMlfnPf6/3vhf9F4zdW2la/d51uXfeX/TqF69n+nbuGdHv1f78edNe37PJe5fz57+Tn/9ax73rd+/+/uL/NN37PjU9/fXPXYd7Tweko6rv7dreu4b3ey/36u6rTduHe86rX7JNXb//e/lZ7b1jv2B9f8H+/swn6Je9N8u/3fuf5V+0vz9zXt27Dvf+4C9aB8u//cJt3uf1vftg/Sr5mXPH+AdyXJifncAyT9r27jnHftEa/aJ10e/5wXvH/iVdB5+EJyTjKfn5lfGUIOMpSd9OxlMCfIKeknv8HVZtxlPy8/bh423znzxvxlNCKuMp+WfV6u+Jtc1XwXO/oqdEjeE//39eznhK7lOZOyWZylSmMpWpTH3c+mW3Nz/uHJm6b2U8JZZi3K9bMPMnwTkfoZFgxfc9C2a+GU7vt0zMvPMCnK6rNBIcDvyhBTPfgRz/Ny2Y+csIux6imPnK0A9MzLytE1XBN2gkuMRzEcWeszQS3JH1exbMfBdaQy/TSHCD/yxqvEdpJHg096smZt7ehaGsJ2kkuCd4Cq0WzPy2glctmPlObMh5iEaCx7MfoJFgkbXhaMkzNBJc5+7EjvzTNBK8Pe9IGmb+QvljNBLc7u3AoaIjNBJ8pHh/Gmb+8erLNBI8EOjAydK9NBJ8tnwvjQR7BCdeqj9NMfNjWe04X7GdRoIfrdlFI8FByY0vNj9AI8Eb89rxcPVGyi55vnE7jQTnyB682XGQRoJ3FrXjsfpJGgn+Qvv2NMz8t3r30Ejw/rJ2XGsco5Hgr/ZspZHgMlcA3x7aQSPBR6vbca11mEaCv7lmC40EV3uD+L3hrTQSfKK+A4+1D9FI8LfHt9BIcH0wjG+Ob6KY+dOtnXikq59Ggr87vYVGgpuysvHm+mkaCT7b2YWHentpJPj3t2+lmPm2vFx8ZeMUjQRfGOjGhQEzEvy9PVtpJLirKB9f3LqeYuYvDffitCUS/N3D22gkuLesEJ/fOUkjwZfX9ePEGjMS/O0T22gkeKC6GC/vmaCR4CubBnFs2MTMf+v0NoqZX9NQiuf2j9NI8CPbh2gk2G4T8Y2L22gkeKS1HE8fHqOR4Kv7htMw8197ZDuNBI91VeLxY2M0EvzYsTEaCfY4Zbzx+HaKmZ8YqMGVE6M0EvzomQlsnTQx8198dgeNBE+O1OHSqVEaCb720HpsWm9i5j//8k4aCZ5a34RzZ03M/LXHN2JqA9FmZ3vw8ud2Ucz89JZWnLowRiPBj7+wDRMbSCQ4r9CP57+0h3pMNu3uwoMPTdBI8BNf2J2GmX/2awdoJHjr4X4cuzJpouO/fohGgktrcvDUW4dpJHj7qWEceWwD1T77+w/SSHBFcyGe+M4JGgnefWkShx/fTCPBL/zxBYqZr+kswxM/PEsjwfuubcbBp7bRSPArf/44jQQ3DNTgiT+69KlGgmmL7Vf9k6n7VqZ9AytmvgEuB0F8JxkPoN0FoBHMPBuGrt0yxmQwYKDry8ZrPzRtFoCGhK6DY7OgagTxnoTT6MsSHLTGZiGl3QGgI6bzELgwkqoxr+6BDg2aHkESHEQuiIQ6Y2gFSFzQwM4DOuOFrieh6jHENAE2zo+YeheAjoTOQeYCiKozVKvqSah6HAmdh8L5EVEJ0jmuibDzXqykCA4ajAcpPYGUnkBS4+HgfVg2xhKaCAfvxlJqDgAgsG4kNKKNazxcvBeLxpiqC3DwTiymVtHsbsS1BFJ6EnGVh0dwYz5JxnQIsHMKFlMEHS6xbkTVOFJ6CimNhU90426CaDVdhJ23YSFJ1tPOObGSiiGlq0iqHAKSCzNxguJmIEDhJSwkCa7awbqwvKrVWAQlF+4YWg4iZE7AQpIcfzfnxGIyipSuQdUYhGxO3I4tGe9FhMTyWEgSxLtPcGAhYWhVFmHZiVtRorVBBM+yWEoSbLtftGMuHoWq69A1FmHZgVtRch4prACeZbGYINqA6MDdWMRAvDMIKw7cihCtnRXBgMFyMgEACEoKZmNRA9vOIGx34NYK0Tp58mW+nCDagE3B3WiUIt7DDgduLZtaHTpWEuQ2echmx8zKCnSQtkXYacetJbL2LkGCqmmIJAniPeiwY2bZ0KpAyGnHbYs2paqIJlNgNCDgtGN2eQW6TrRBlx13FonWLUlIpFTEDK11jNUBv9OOGYs2nkwhnlSJ1m3HnQUyxmkMvE4Zs4vk+HtsNkTjSSRSKhhNR8Bjx8w80Qo6A7dDxt1VrWJokyoYNV3LMyxcdglzi+Rc8coyItEEkilD63Ng5u6y8Rlh4FAkzK9q7TJWInGkUhqg6gj4HZiZXTbOexayLGJxVeuSsbwcQyqlgUnpCAQcmJkxtDwHSeKxtETOQa/DhqWlGFRVA6Nq8AedmL1jnIM8B0HksWxoPS4ZiwtRaKoGRtPgDzkxe9v47AkceJ7Dyuq8XgWL8xFoqgakVPjDLswaqHubxIPlWESoVsbC7DI0TQdUFf4sN2YN1L1s48EwDCLLxj74FCzMLBlaDf5sD2ZvzBtaDroORA2tL+jE/O1FaJoOPZWEP8eL2Y/I94xsl6CpGmIrsU+vfdP4CHhO+uU/8Asqpcbxn/+/r2TaN/epzEUJMp6S9O1kPCVAxlNyv/GMp+T+28l4SlbHPyOekvpP6KLkf2UuSu5XmfaNtRiP+Xc2DKvlhuFyzb8zDjCM25SyWYDlIoLj8swxxgmWMU86nstO04qWeTnWCc6Cr5e4MKyHyMZn078LrBO8BV8v82EwFq2dN29nSqwTAmMiqR180KJl4DRaNQAgc04IFny9SwgABjycAQu34KdjCueEwJofTq/gB0O1DDyCiah38E6IrIk694s+quUYLg077xIcEFnzYikgmVhpnuHgFc319NyjDdtMrcBw8InmevpEB0TWPKZZNnObEsvDJ5rr6ZccEFjzOOXI5vG2cTy8ookkD9ru0Srm/smcAK9krn1IdtAoLgDk2k2twgvwSObahxRHGr4+12FqHYIIt0UbtjtobBcAcp0WbL8owiVJaVorvj7HZdFKEpwWbZbz52tdNgkOyTymYacjDV+f4za1blmC3aLNcqdrszwWrWKDIlmOqcfUMgxoqwYAPHYbZDFduzotyzAIWbUOGTbRPP5hn5NqOZZByIKS9zhlSFat39w/jmMR8Jrniscl0yguAIQDplbgOfgtWq9HScPXhyw4eEHg4LVqvXYIVm3I8lgEkYfHY56DPr8jXWtBvEsSD7dVG3CAt2DxQ9mWc1sR4bJqg04axQWAUI6H/l22S3BatWEXOAsWP5RrwcE7bHC4zc+BP8sDzroP+eZ3heKS4bDMG8j1puHrQwXmIzTsbgWK5fEAn0ZliK6/3spclFiKcT1uwcxvBOe8SD0lNvez1FPC8WWwe141MfPKdjidl6mnxO952YKZr0LY96qJmbfvRMh1gXpKinwvmph5oRpl/ueopyTHuQtF7pPUU1Lvf5p6SjxSDRoC16inpMy1FdXeQ9RT0hV6lHpKgrYa9IQvU09JvXcLmn27KGZ+NPsS9ZTkytUYyz5JPSVd/mn0BDZTzPzmvNPUU1Jsr8bGnCPUU7ImNIWh0CTFzO8vfIB6SiqdVdiVv5d6SqZy1mE0vNbwn9jwYOkh6ilpcFfhcNE26inZkT+B9RbM/OWKPdRT0uarwonSaeopOVg8Sj0lbtGOazU7qaekN1iFsxXrqKfkZPkwNhueEp9kx7ONW6inZG1WFS7VjFFPyYWakTTM/Iut09RTMpZbhYfq1lJPydXGYeopybW78UrneuopWV9YjYebhqin5PG2tdRTUuD04JWeddRTsrGkGg+19VNPyVPdazFdWkXOG7cXLw+OUU/JlooaXGzvoZ6SZwaHqaekxOvDi8Oj1FOyrbYW57u7qafk+dER6impCPjx/Pgw9ZRsb6zD6b4u6il5bnKEekqqwkE8PTlMPSW72hpwor+Dekqe3ThKPSU1OWE8Ob2Wekp2dzXh2GA79ZQ8u22UekoaCrJwbfNa6inZ19+MQ2vaIHAcJJ7HM7vGqKeksTgHV7evoRcq+4dbsX+4lWLmnzowRj0lLRW5eHj3GuopOTjRjt0jJmb+8aNj1FPSVpOPS3uHqKfk4MZO7Bhvppj5aycmqKeko7EI5w8OUU/Jwe3d2DLRRLQOGx47t456Sjpbi3Hq6BrqKTmyry8NM//I5UnqKenuKsWDx9dST8mRo4MUM+/z2fHw1SnqKenpr8CxU2upp+ToqWGKmQ+EXbj05DT1lPQN1+DIuRHqKTl2cYJ6SsI5Hlx8bgv1lAxMNuDg+THqEzl+bQP1lGQX+HH+pe3UU7JmUysOPGT6T04+v516SvLKwjj/2l7qKRnZ2YV9VzZQT8mZz++jnpLCqhyc//Jh6ikZPzCIfY9top6S8187Rj0lJQ2FuPD145+upyRTv9bKtG+Qad+kbyfTvgEy7Zv7jWfaN/ffTqZ9szr+2WjfDNc+/Im0b/7T//O5TPvmPpWJBGcqU5nKVKYy9XErg5n/tVamfWMt21aAJbfZWWktWGktAHJFLNoPg+VryRhXCEnZDYYlLQ7JNgbJonU5HoAoEK3Al8Jl3wWOJbfkXfI4HLYhMAa+Puw8Clkgt+RloRRhx1YIBpI+qIzBZ+szkPQMilz74RDIbXanUIp8xwaIBpI+zz6MsNwBFjwYcKj27IZbLAIA+KQylDnHIbHkNnuZcw1ylRaw4MCCR4tvK3wiucUdtpWi1r0GNgNJX+ceQJG9ASw48IyAnsAUAhK5FZ0nl6LJ0weZI7e427x9KHNUgwULgRGxNjSBoERw6yX2UrR7OyFz5LZ1b6Ablc5ysGBhYyWsyxpGWCLrWeksQY+/FYoBKFob6kS1qwQsGCicDRtzBpFl8xv7V4KBYCMU438uk9kdqHMXgTUw81vze5Bt+ExavMVYE66FwpG135TXhnoPQdJ7RQU7CzuRbXhHOgPFGM6uhmxodxS1osGbBwYMApIde0rakCWT/+H0hIoxklMJ2UDS7yltQYMvBwyALNmJPWXNyJJJK2IguwQjeWWwceT/A/srm1HvJ7eec+0u7KloRFgha78mrwTD+aWQDO2BmmbU+sn5me90Y1d1PYIKWfvhwhKsKSyh2kONzagJEG2h24MdtXUIKGTtR0pKMVhUBJEjd44OtTSjKkjOzxKfF9vqa+E3tGMVZegvKTS1Hc2oCJK1Lw34sLmhBl6FtBfGq8vRW0Lw9SzD4GBPC8pDRFse9mO6qRoehRzT8foKdJUWQOBY8CyLA/0tKAmR874qJ4iplmq4De265kp0lhPUvcBx2DfYjKIQOabV+SFMtlXBZdzan2irRFs5Qd1LAoe9w80oCJHPSG1RGOMdlXAa2snuarRU5IFjGdhEHrvGmpEfJtq6smyMdlbCsartr0FTFUHdK7KIHRPNyA2Rc6WhKhdruytgV8i5Mrm2Dg1VuWBZBg67hG1TLcgOG9raPAz2VECRDe1YPWqrc8CyDFxOGzZPtyAcJudVU2MB+vsqIa9q1zeipiYXDAN4PAqmN7VSn0lzWzF6Byphk8k5uH5zK6pqidYXcGBqaxuCxrwtXaXoHqqEZGDx129vR0UtaUUFstyY3NGBgKFt669A55pqqp3a240yQxvK9WLdrk74jH1oX1uDjuEaiIYfaPrIIErrSDssuzCA8T098BrazvEGtI/UQTBQ9xtPDKOkjnwH5ZaFMX5gAB5D272hFW1jDRCMebecn0RJA2nfFVTlYvzQEDzBzN2G35XK3Cmxlh4BdBLH1PUEgBQA1XgdIeMAANV4nTB+Lg5djxt6QNOj0Fa1egq6FjHmAzQ9AU2LQIcKgIGmRSxaFaoWhWbRqvqqloeqR6HqJCanQ0NKj0LTk4Y2iZQegw4NAIOUFkVKixtjKUNL5lX1BFJaFJrxEIakFkOSalUktRhUo2WV0pNIajFo0KBDR1KLm1qoSGgxpAxtUk8gocUptj6uxpHUksY2U0hocTpvUksiriYMYLyOuBZHgmpVxLU4UrpqaFOIqQlo0MFCR0yLI27RxtQEUkYLLa4lqVaHjpiaoNqkriKqJtO0UWMfNN3Qqqv7pyKaStB9iKpJRFKGFjoiqXRtJJVASiPamJpENJWADkDVNURSScQ1ok1oKaR0BqqxD7FUCpHU6nvRiVZd1arQdR2qcQs9pqYQTa0ebx2RZBIJ4/Z1QlORVDU6bzRpalVdS9eqKqKppDlvKoVokmxzNeK7qo2rKUQTKaqNJk2tpuuIJpNIWuaNJFMkwgwgmkha5l3VknkSqRSiySRUTQdraGOGNqVpiCbMeeOpFKKJJFRdAwMW0UQKsYS5v9FEEkmj7ZBIqlTLgUM0nkJ8dV5VQzSeRNJoQ8STKUTjSWi6Dp0BovEUYvH7axNJFdEY2V9d09PmTaZUQ2ucV/EkmVcjOPRYLInE6v6mNMTiSaRW502kEIsRrbaqjZvzxmIJUxtPIRZL0McNxGIJOm8qqSIWS0Jd3YdYErGoodV0xKIJOm8qaZxXq2sWTyEWNb5zVA1xizaZSCGVVKGq6fMCgKZpxrxJqtVUDapx3GKRONWqmoZYJIHk6v4mUkjEU+b+RhOIReLmGkXiSK7uQzyJ2EocqrEOsZU4YiurWhXRlTjd30+lMndKfq2V8ZQg4ylJ307GUwJkPCX3G894Su6/nYynZHX8M+Ipqbz8yXhKfvxaxlNyn8rcKclUpjKVqUxl6mNW5oF8v97KeEosxXjeMCPBjtPgnFdpJFjx/8CCmW+B0/cdGgl2Oi/D6XrMgpn/43TMfOA7NBIcdl9B2H0FjMENqQr9ETzyOADAbetCdfCrNBJc6n0IxZ5zNBLclf1dhJQhAEBQ7kZ76HM0Etzkv4Ba7zEaCR7L+zqNBOfbe7A2+2kaCe4LnUWrbx/FzO8ofI1Ggsud3ZjOvUIjweuyT6Rh5h8ofZ5GguvdXdhVcJZGgnfmH8Pa0BTFzF+qeIJGgjt8nThSdIxGgo8VH8JE1ig4hoOTd+CpmodpJHgw2IlTpftoJPhCxf40zPyrjWdR4yoGAIxndeBS5U4aCX68dk8aZv6N1hM0ErwprwNXajbRSPDLTbvSMPPf7DpMI8G7izpwrX49jQR/qWMnjQQXOXz4Tt8+Ggk+WNaBJ5rGaST4633baSS43B3Ad9fsopHg4zWdeKJ1hEaCv712GzaXEP9RjS+E745sp5HgUw2deLxjDY0E//66bRQz3xDMwrfXbUG5EQk+19aNq90DNBL8B5u20Uhwc1Y23tqwkUaCL3T34OHePsg8+T/JD3Zux3g5WfuO/Fy8uXkDjQRfGuzFxYEeGgn+wf7taZj5L2+bQoERCX54tB9nLJj5PziynUaC+8oL8fqu9TQS/Mj6QTy4tpNGgr93cgeNBA/WlOCVvetoJPjq5qE0zPx3zu5AdyU5pmsby/DigQkaCX5s11ocGjUx8793eQeNBI+2VeDZIxM0Enzt4Cj2jbdSzPxbj+5ASxXxQIx3V+GJB8ZpJPjx4+NpmPmvPbkTjUYkeHKoFldPjtFI8OPn1lHMvN9rxxvP76KR4PVj9Xjo9BiNBD/5yAaKmQ8FnXj91d00Ejw91YwL58ZoJPjJpzbRSHB2tgevfmEPjQRv2taOs5cmaCT4qZd30EhwfqEfL31lH40Eb9nXjZNX1tFI8NNf3ksjwUXlYTz/jYM0Erzt6AAeeGS9iY7/5pE0zPyz3z5KI8E7T4/g2LVpqn3hh6doJLiyuQhP/8FJGgne+/AUjjy5hUaCX/6zy+jfaGDmu8rx9B+ep5HgA09uxaGnTcz85//TkyZmfrAGT/2bhzOR4N+hyrRvYMXM18HlIL3KJOMCtDkAuoGZD0DXZowxG8jzvleR9F5o2l0QxLsOlg1AM7QJOABo0A2tygahagTxHtN58GwAqdV5dQ90JKHpcSTBQWB9SGp3Da0AkfUjYfysDg80QxvTBEicF3GVoJcTOgcb5zOw86uY+QRUPYGEzkPmvIga2rgmQubciKrzhtaNlE68H0mNh53zYMUYS2giZM6BiEow0zzroj6RuMbDybuxZGDlUzoPhbNjRTVw24wbMS1G/CIqDxfvwmJq0XgvAmTOhuUUwXiLrAtRNQZV15DSWLgFJxaSBIOt6SJsnITlFPHhyKwDEUObVDl4RQfmEmSbDARInIDlFPHhKCxB0qu6hqTGwifacTdhIMlB0PFLhtbJObCYiEKDDlVj4JfsmI0bmHEDHb+SIv1yD69gIREjWpVN00oQwDGm1isomE/EiI9BYxGwKZiJrb4XASyYNO1cLGog3hkEZAUzUaJVGHKhsupH8YmyqVXTtQ5OJP4P45a5X5JxN7qqBfyKgtkI0Tp5CSlNQ8yqjZBzl9EAv13B7IoxLy8ipamIpwji3adYtCrgs8u4uxI15hWRUFUD8Z4+dq/WJUqIp1Km1iHj7jIZY3XAo8iYs2hjyRRBvGuAz6ng7hLZP05j4FIkzK+QY+qSJETjSaRUDYymw+dSKFZe0AkOfsFAm7tlGyKxBNGq6VqeIRc8i8a8bpsNkWjCQLzr8LoVzC0Y87IMbJKAZcMD4VFsWFmJQ9V0QNXh9SiYmydaiWUhijxWDK3bYcPycgyapoNJ6fB6FczNEa3IsxAFi9YuYXnJ0KoaPD475u8a5yDPgedZRFbIeeVy2LC8GCVa7We1LMsgGjHObbeMpYUIwcGnVHj8DsyvYvFFHgwDxAyt2yVhcS4CXSeYeU/AifkZA3Uv8cQ7ZmhdbhsW764YWg2eoAvzd1bx9Rz1tgCA2+fA4swSdJ1g5j0hN+ZvG/h6RYSaUhGPJj619s1I+cVPpH3zH99+PdO+uU9lLkqQ8ZSkbyfjKQEynpL7jWc8JfffTsZTsjr+2fCUjJRe+GQuSv7xi5mLkvtUpn1jLdZn+XsOABOLzXCF5t8ZJxiLluNy07Q8V2ROw7jAWbQCl2tEfElJvDkvz7rBGxFfALBxOWAsth+FzzfnYd0QWJdlLBuM5ULGKZioe4l1Q2RNhLYzDUnPwC2Y+HqZc0FiLQhtwdQyYOEVw3TMzrtgY03Es18MpWHm/aKJr3fxLthYE4selAJpmPmAZOLrPYILNgu+PiyZ+Hqe4RC0YOd9ogs2zlz7HNnUiiyPkGQitAOSEzbOXPs8xUTdSyyPkM1cz5AtXZuvmNu0cTxCNnM9wzYnJAu+vsDuoX9XeAFBm7meWYoTogVJX+g0tXZeRFA2tdl2JyTOonWZWocgwm8z1z7Hcc+8blPrFEX4ZBPxneN0pqHuCz2m1iVJ8MrmccpxpWtXWzUA4LZJ8Fi0uW5XGuq+wGfRyja4bOYxzfGka/MtWo9ig0s2tbk+FzjWxMzn+k2t1yHDYbMcf7+pZRkGuQGL1inDbtHmBtwUX8+xDHIC5vH3uRQoNvP45wQtWo5FlgUl7/MokK3asJvi6wWeQ8iq9dphsyD0c7I8plbgELRg5/1+B2yWebNzTK0o8vAHzHPQH3BCksxzMNuCeJdsAnx+UxsIuSBatXmWc1sR4bXMG8hyQ7Ag9LMLLDh4hwSPVZvtgSCa52B2kYmDV5w2uC3aYK4vfd7iEP273a3AbVmzUIE/DXWfU2p+Bzk8djh95ryZ+u2vzEWJpRjHIxbM/CQ451nqKbG5HqOeEpYvgd39HPWUyPJmOJ3nqafE53maekpEoQIhz3PUU+Kxb0XQdZZ6Sgq8T1JPiSJUoNT3BPWUZDu3oNB9nHpKavyPUk+JW6xEvf9h6ikpcW1ElXc/9ZS0BS9ST0nAVomu4FnqKan1TKPJt5Ni5tdknaaekhy5EsPhY9RT0uZbh67ARoqZ35BzjHpKipRKrM/ZTz0lA8FxDAYnKGZ+Z/5B6ikpc1RgW95O6imZyBpNw8wfKdpDPSW1rnLsL9pMPSWb8oaxLrufYuZPl22nmPlmbzmOFk9RT8nuwjXYkNsFFgxcgoLLVZupp6TTX46T5ePUU3K4ZBCb8lopZv7R2inqKekPVeBs1VrqKTlZNYgthc1gQJ4Y/GTTJPWUrM2pwPnaQeopOV83gC1F9WAAZCsuPNM2Tj0l4/kVuNjYTz0lDzUNUMx8nsOFpztHqKdksqgS55t7qafkSvsAxcwXuj14pm8txcxPlVXhbFsX9ZQ82jtAPSXFXh+eGlxDPSUbq6pwurOTYuYfGxqkmPmygB+PDw9RT8nm+hqc6OmgnpJro0PUU1IRCuDRsUGKmd/SXItjvW3UU/LY5BCGKoj3pyYnhEfWD1JPybb2Ohzqb6Wekkc3DlFPSV1BFh7aMEA9Jdt7GnBgsJVi5q9uGaKY+fqibFzaPEA9JTsHGrFnTTPFzF/ZOUQ9JU1lOTi/rZ96SnaNNmPXSDPFzD+8f5h6Spoqc3F21wD1lOyebMW2sSaKmX/oyAj1lLTWFeDk3gHqKdmzqR2bxk3M/OUTo9RT0t5UhBMHB6inZO/OLmxYZ2LmL5wZo56S9rYSHD08QD0l+/b1Yt1kI8XMn784QT0lXb3lOHR8iHpK9h8bxNj6RoKZDzlx5pFJ6inpGqzEgZNrqafkwOkREzOf7cHpxzdQT0nvaC32nRmmPpFDl9dRT0k4z4dTT2+mnpKBqSbsuTBBtUce20g9JbklIZx8YSf1lAxtacfuS5PUU3L8+e3UU5JfkY2Tn9tHPSXDu3qx68o09ZQ8+NpB6ikpqsvH6S8d+XQ9JauR4F/1T6buW5n2DTLtm/TtZNo3QKZ9c7/xTPvm/tvJtG9Wxz8j7ZuSc+DZX7F9o8XxH9/5cqZ9c5/K3CnJVKYylalMZSpTvxGVuSixlrwTYMmtU1YaBWsbB4w2i2h/AJzQRMa4YkjKAbCG1mZbB5ttgrZkXI5TEA2tyJfBbd8PniO3F13yejhto/QpwVnOB6EIdQAARShHlmMXBI60TkLKOvjlNWAZEQCLEvcRuETSDnGJFSh0boHEkdv3BY4xZCu9YCGAAYda7354RdIO8UsVqHCth8yR2/cVrhEU2DvAMgJY8Gj370RAIrfZs23laPCMQubI1XuDZw1KHS1gGR48I6I/uBkhyUA8K+Vo9Q5B4cht9k7fICqd9WDBQWQljIankGUjt61L7WXo9vfAbiDpB4N9qHURJL3M2bAhexw5NrJGNa4yDAY74ODJLe7RcA/q3RVgwcLOydiatxa5ctDYv1KsDbXAzpP1nM7tRpO3lLZvdhUMIE8m7ZA2XylGsxph58n/crYXdKLFR5D0XtGOfcU9yDO8I93BUkzk1FHtnuIOtPoLjfaNAwdLO5GneAAA/eFSrMurgZ0nbZaD5W1oDeQZ7RsnDla0IddOWhxrckuxrqASCk/uUB2pbkNLkLQB8hwuHKxqQa6drP1IQRnWFVVANrRH69vQHCLnXKHLg/21Tci2k7UfKy7DeHEZbEbM94HmNjSFyXoWezzYW9+ALAdpcUyUlWOkpJRqj7e3oT6L9OnL/D7sbmpAyEGO07qqCqwtK4HEc2AAPNDdhtos0oqqCPmxo7keQUM7WVuBofJiiBwHlmFwrL8d1VnkOFVlB7G1rQ4BBzmm6xsr0V9ZBIEjrZ6jQ+2ozCbHqSY3hM0dtfA5yOdpqrUafVVF4DmCmT883IaybOMxA4VhbOysgdfQbuisQXd1IXiWhU3gcXCsDSWGtr4kG1PdNfA4jHOlrxadNQXgjFbP/nVtKMomrciG8hys662Gy25oh+rRXlsAjmVgl0XsnWpDYQ7RNlbnYqy/Gk6jFTE92oCWunxwBmZ+96Z25OeQ86q5Ph8jg9VwrGonm9BUnw+WZeB2y9i+tR05OeS8amkuxNo11bAbbYuNm1rQ0Ei0Hq8dW7e3I9vQtnWUYHC4BoqBut+4vR11jQVgGMAfdGLTrk6EV7W9ZegfqYG8qt3ThZom8pkOZXuwcW831XYMVaFvrA42Q7vpUD+qDG04z4cN+3sRNLRdo3XomWiAZGDxt5xYi6qWIgBATnEQ6w8NIGCsQ89kE7rXNVHttrPjqGgh30H5FdmYOrYW/myi7dvcju6pFoiGv2bHQ9MobyVR88KaPKw/PkK1n0pl2je/1srA06yl3gV0I6aqLwNawsTOa3ehGXFcIA5dm4FmaDV9CboeNVDzgKbN0EiwrsehanegakakVVuEqi8bWg5JbQYpI/ar6QkktRmoGonnpfRlJNV5AyUvIK7OImHEfFU9hrg6i5ShTWjLiKtz0JACwCOm3kXMiPKqehxRdQ4JjcQJ4+oyIqk5Y14OK6k5RFUSsUvqcayk5pHUSNwxpi5jJTUPTU9BB4/l1DyNBCe0OJZT80gY2hV1GUupBWhQoesalpILWEktG9oEFpOLiGsk5recWsFCchEaNDC6hoXkIo0Ex9Q45hNLiKmr2gjmV7XQMJ9YwlIyYmgTmEsuI66S27oLyRXMJZaNKK+Gu4klLBnx4aiagJ5YQszQzidWcDduaHUNd+PLWEyS97KKjV+ddy4RwUxs2UDta5i5RxtTk8a8DO7Go5iNrUAHiDa2gsWEsUbJBJYTcQMlz2A2FsFM1DiGqoaZWIRqlxNxpHSNYufvRiM05ptQVcxEI1hKkHNuKRFHXFUpHn42GsGdyOrxVjETiWApbmpXEknEjVvos5EIjQTHUypmVlawHCdrvxSPYSmeQMK4dT+zEqGR4HhKxezKCpaNeRdjccxHY0iqKhgAs8srNCIcS6Ywuxyh8y7G4phdiiClqeDAYHZ5hcZ8Y6kUZpciiBj48sVojGhVDQJYzC5FaMw3mljVGvNGDK2mgWUY3F2KYGF13kQSs4sriMSMc2UlhtnFCFRVg8ayuLsYoTHfWCKJu4sRRFf3YTmK2YUVqJpxXi1EsLBkzBtPYm4hQhH1i8sxzC1EoGo6NE3H3fkIFpeM/Y0lcXduBbHVeRejmJtfgabpSKU0zM2tYNmi1eciVLuwEMXcXaLV1HRtJJJAIqkibuzDwnwEc3eXoetAKqVibnYZK6vzriQQiyZN7VwEc0bMN5UkWroPK3GsLMUoxn3h7jIW7q5qU5ibWaLzRpZjSCVVJFf3d3aZRoKTiRTm7ywiskjWLLIUQzyaoNr5O0tYMCLBiVgSc7cXEDHWN7IQRWQ5SrHzc7cX0rW3FrBizPuplEYeo/Grz5Gp+1XGU4KMpyR9OxlPCZDxlNxvPOMpuf92Mp6S1fHPiKek8Mwn4yl57ysZT8l9KnOnJFOZylSmMpWpj1u6Rv78qnNk6r6V8ZRYivF8xYKZPwfO+ShMzPyP7sHMf8+CmX84DTOfFfxTEzMvdSI38D0LZv6qgZknveqq8B/DI48BMDDzoTdpJLjMeyUNM9+d/X2E5EEAQEjuQXv48zQS3By4lIaZn8j7Jo0EF9h7sDb7WRoJ7g+dT8PM7yz8Io0EVzi7sTH3ERoJXp9zKg0zf6L0JRoJbvT0YHfBORoJ3l1wHGtC6ylm/qGKp2gkuNPXjaPFx2kk+HjJEYxnjVDM/DO1j9BI8JpgF86U7aeR4EsVB7Hegpn/fON5Gglel92Zhpl/qm5/Gmb+q60naSR4S34nHrFg5l9t3o3NFsz8t7qO0EjwnuJOPN4wRSPBX+nclYaZ/17ffhoJPlzemYaZ/1b/ToqZr3AH8Qdrd9NI8ImaLjzZZmLmf39kB40E1/hC+P3RHTQSfKaxC090mpj570/uoJHgxlAWvju5lUaCL7T3pGHmf7R5B40Et2Rn41vTm2gk+FJPOmb+j3btpJHgzvw8fGPLNI0EPzzUl4aZ/9GBnRiuIP387uICfGX7BhoJvjo2kIaZ/+GxnRQz319RhNd3T9FI8NWpoTTM/PdP7aSR4DW1Jfj8/vU0Enxt69o0zPz3zu+kkeDhxjK8dGgdjQQ/vnsEB0dMzPx3r+ykkeCx9go8d9TEzD95eAx7x1ooZv5b13ahuZJEgtf1VOPJ4yZm/qmT69Iw8994ehcajEjw+jV1ePTkOI0EP31xPbasMzHzX3tpD40EbxhvwMNnx2kk+JlHp7Fx0sTMf/Hze2gkeON0Cy6eH6eR4Gee3WJi5nM8eO2Le2kkePOOjjTM/LOf35WGmX/lawdoJHjb/h6cemSSRoKf/cp+DE81AQCKK8J48ZuHaSR4xwODOPHolImO/84xEzNfm4vnvnOMRoJ3nxtLw8y/9K/O0khwVUsRnv3BKRoJ3n91Goef2Ewjwa/+bw+jb5p8B9V2l+PZf32RRoIPP7Mdh5/ZTiPBr/+XZ2gkuGlNHZ7+k08ZM5/xlPxaK9O+gbV9Uw2X03hcNuyATnwWcT0FhvFA1+fJGCMZV7qkl56Ai44RzLwXmmYg32EH9BR0GI/wZn1QNaKN6Tw41kNfJ3U3ND0JHQkkwYFnPUhRrQCBdSOpkX3S4YKqJ6AjhZgmQGTdSBhjCZ2DyLqQ0AzPC+NGSotDh4qEzkNiXYgbY3FNhMQ6EDc8LzrjQlKLQ4OKpMZD5pyIqmQsoYmQOBkx1UCzM04ktBg0aIhrPBTOgYiBlU/pPGycjKgaodq4GidalYeDt1MPiQ4BIisiqpK+MM84EVMJtj2lsXDydiwZWlUXILECIipZe4lVEE3FoUFHUuXg4hUsGh4SQIDA8ogaWpmxYzkVN3whLNyCjIWkgS+HAJ7hEDV8LHZWwVKSaFWNSdNyBjo+avhNXJyMxWQMOkj7xiPKmE8QrQgBDICY4Qtx8TIWDM+IrrHwSDbMx8lrG8NDB6iHxMWZWkZj0rQyQ9Dxq1q3YMOCMcaoDDw2G+Zjq3h9AaquU7+JRzTHGBVpWjsnIqVpVOsVbZiPru4D4JHN1w5eQCKlIqlpPzPGqIBblrAQjRtaEYlUCkmVaN2KDQsRU+uSJSyuagUR8WQKKe1ntawOOGwSlgytUxARS1i0dhsWDF8IpzFQbCKWV7WiiGg8CVXTwWh6mlbQGcg2EcsRQ2uTEI0liFbV4XLYsGgg6HmGhSTyiBgYdJcoIRJLGIj3dK3AMhAFi9YmIRIlWqg6XE4b9ZtILAue5xA1tE5FxMpKHLpO2jcul4xFwzsh8iw4jkUsSs5BpyxiZTlGtKoGp0vGkqGVeA4MwyBueGmcCkHS6zrBzDvdMpYWTC0AU+uUsGyMIaXC6VGwtIrFFzjouk79Jg67iGUDrw9VhdOrYMnA4ksGOn7VF2J3iFieX9VqcHrtWJozUPciCzWlUb+J0yXTMT2VhNPnwJLha7HJAlKJFJKJ1KfXvsl98JNp31z/eqZ9c5/KXJQg4ylJ307GUwJkPCX3G894Su6/nYynZHX8M+IpyVyU/For076xFmuijsHlAjBPPNZovwAAw7jAWLQclw/AxG0LRlsHAFjGDY41cesClw/GMq/NMi/PeiCwfstYXhqS3i4U07+LrAcia8bg7HwuWIvWJRSZ83AeSKzbMpYDltqJGHhFE1+vcG7InIl49orZYI0LJAYsAlIOHXPwbsicBR0tZVm0DIKSiYN28W4onIlFD0shsMbpxzEcsmzmenoFNxTOxKJn24JUyzMcsm3mGvlFNxTOXPs8OQDWgpnPtplrFJRcUCzPrChQ/FQrsTxyZI+5fzYXFAu+vshh4utlTkC2bH6RZMkuKBYkfbHTh9Vf7QovIFsx1zNHcUG2aEtdptYhiMiyaHMdLtg48wKt1G0ivp2iiJBiIunznC5IFm2J16qVELRqXS6IFnx9ic9cI7dNQsBuHqd8jztd6ze1HtkGn2IepzyPG4JFWxywaBUbvBZtvs8NgTO/foqDlkcHOGR4FMsx9bvBG1qGAQpDFq1TgduizQ+6Kb6eZRgUhDx0zO9S4FTM458f8oAz5uVYBvlhi9ZtT9eGPRRfz3Es8izagNcOu2KeK/nZXqoVeA45WRatzwFFNrV5uV6wq1qBQ1bY8liEgBOyVZvvo1pJ4hEKm+dgMOSCTbY8QqHAT5H0kk1A0KrNckOy4OvzCgNgDLGsiAhYtKEcDyTLvLnFQapVHBL8Vm2uN31eCw7e7pLhDZnacL6fRnwB0FYNADg8Crwhcx3ChUEIFjR/fqX5HeT0OuCxaD+VyrRvfq2VuSixFOO4YHpKbOPgHKeop0RyXrJg5otgdz1OPSU2eQpO52nqKfG4rlow82UIeh43MfPKNIKuB6mnJM9zhXpKFKEMxb4r1FOSZZ9Ggfso9ZRUei9QT4lLLEON7xz1lBS5JlHh2UM9JS2BU8hRugEAfqkc7cET1FNS5Z5Ag3crWAMz3x86Sj0l2XI5BkMHqaekxTuKDv8GipmfyDqAEkc9AMIpmcjaTT0lPf5h9AfHKGZ+S+4eC2a+DJtyt1JPyUh4DYbDQxQzv6dgG/WUVLvKsLtgA/WUTOUMYSK7j2Lmj5Vsop6SBk8pDhZPUE/J9oIBrM/tpJySMxVT1FPS7i/DA2Uj1FOyr7gP0xbM/KXqCeop6QmV4WTlEPWUHCvvw+aCJnKxZXPgkfpR6ikZzCrDqZoB6ik5Wd2DzRbM/KPNw9RTMpxXhjP1PdRTcqahB9OGpyTX7sJjbUPUUzJaUIYzTV3UU3K+pQcbSoinpMDlwWPdg9RTMlFSgVMtHdRTcrmzB5MUM+/F1b5+6imZrKjAg+3tFDP/UF8f9ZSU+Hy4MthPPSXrqyvwQFcb9ZRcXtNHMfNlQT8eGu6nnpLphioc6W6hnpJLo30UM1+VFcSl8T7qKZluqcGB3hbqKbmwro96SqpzQzg/2Uc9JVs667BvoJli5i9s6KOektqCMM5s6KWeks099dg11EQx8xe2DlBPSX1JNk5v6qWekq1DDdg21Egx8+d2DlBPSWNFDk5s7aWekm1jzdg83Egx82f2DlJPSWN1Ho7t7KWekm3rW7BhtIFi5k8fGqKekuaGAhze20s9JTs2t2P9eAPFzJ88voZ6SlpbinDwQB/1lOzY0YmJCaL1eu148NQI9ZS0dZZg3+F+6inZeaAXI5MmZv74+THqKenoK8fe44PUU7Lz2ADWrm8AwzAIZrtx7KF11FPSOVSNXSfWUJ/I3rMjGNrQBAAI5flw9NEp6inpmWjAjtMjVLvvoUkMGJ6S7KIAjj25hXpK+qZbsOP8BPWUHLy2iXpKcsuycOz5nfRCZXB7J3ZcWk89JUee34XejcRTUlCThwde3vcpe0rwCVyUfHq7+9tWmfYNMu2b9O1k2jdApn1zv/FM++b+28m0b1bHPyPtm+wT4Fnxl//AL6iUlsB/vPGNTPvmPpWJBGcqU5nKVKYy9XHrk2i/ZO4F/NzKtG+sJe8FOHL7lrVNgLWtB4yWjOg4BU4ktwxZrgQ2+1GwHLl9a5M3wGaboph5t/M8JLGN/BxfDo/jKHhD65an4ZLX0/ZNtuss7CKJ2ClCBbKd+yEaSPqwfQOCyihYRgLAosxzAm6RIOndYiWKXTth40hboMg5iVz7IFhGBAMO9b7D8EnkVn9AqkS1exNkA0lf6RpHkaOXtm86A3sRspHb9zlyJZo866BwHgBAk2cEFc52iplfE9qObFsRAKBQqUCnbwR2nlzpd/vXosbVDI4hmPmJrI3Ilcmt83JHBfoDA3Dw5Jb82tAgGt31tH2zOXcSeTK5xV3rKsfaUDecvIE6z+pHs6faaN/I2JU/igKF9KubPeUYz+qA00DSb87rRZuvAiwYuAUF+4rWoFAha9ThL8dkTgucBpJ+d2E3OvwESe8T7Thc2o9CO2md9IXKMJXXQLUHSrvQFSimTwk+Vt6DQjtpWw1ll2NDfh0cBpL+aGUnukKFYEA8JMeqOlHgIOs5mleO6aIa2pI5UduBzjBZo3yHG0dr2pHnIO2Q8cJybCipgt3QnmzsQHuW0a5ze3C0oRV5TrL260oqMFVm4utPtXWgNZusZ4nXi0NNzchxkrVfX1GBdeXlNBJ8uqsTLTmkZVAe8GN/SxOynaQdMlVTifHKMoqZP9XXicYccn5WhgPY29aIsKHdUF+FkapSSDzBzJ8c7ERdDjlO1Tkh7OpsQNBJjul0czXW1pRCNFo9D450oiaXHKfa/DC2dzfA7yTHdGN7DYZqSyBwHESew/GxTlTlkvZifVEWtvbWw2doN/fUob+uGDxHMPPHJjtRnkuOaWNpDjb318HrJJ/TzQP16G0oppj5Ixs6UZpHtE2VudgwUAe3gaTfPNyA7sYiipk/uKkTJXnk89RSm4/1a+rgMrRbJprQ0VRE2zf7t3WiyNC2NhZiYrgWzlXthha0NReR9o1bwZ6dXcjPJ+dVW1sxRkfq4DDaIVu2tqGlpYg+JXjn7i7k5hFtR3cpRsbrYTe0W3d3oam1iLZvtu3rQU4ead91DlRgzbp6KEbrZOuBXjS0F5OnBOd4sOVgL7KNfehaW43ByUaKpN/2wCDq2o1HUhT4sfnoAMLGPvRMNGBwQzNF0u84M4radhIJzy0JYdMDaxAytP3Trejf2ArJ0O66vB7VHaQtmF+ZjY0nRxE0tIPbOtG3uZ0i6fc8uhnVXaTVW1RXgI2nJxDINT1Uv/bStE/mT6buW5k7JdZSPwIM5LuuzRLEvE7icJr6IbTUB0SnR6Gm3oe2iodXZ6DrK9B1Eu1LpT5AKvUhGdOjSKbeg2poU9oMVG3R0PKIp95HQr1OtbHUB0itxonVGSS1OWh6HICISPJDRNUbxjxRrCQ/RMKIDEdTs4ird6HpCQAClpM3EEndBgAktQgWkx/RGHAkdRcrqRloehKazmIhcRNLSYLFj6sRLCRvIq6RyN1yag4LyTsUM383cQsLSYLbj2lRzCZuIWbEfheSc5hN3Iaqq9ChYTZ+B/MJ8l6iagR34neMiDCDucQ8bsfvUO2t2AzmEuS9rKSiuB2bRcSICM8m5nErNgsNGlKaihuxWdxNkPeylIpCjWpYUWMAGNyJL+BG9C6JCGsqPorexayhXUxGEFeTiBix35uxBXwUnaPa65E5zMZJ/HkhEcVKKoGVFImI3ogu4MPIvBEnTuGDlTnMxMkazccjWEhEEUklADD4aGUBHyzP03jvB8vzmI2RNbobj0CN6VhJJgCwuL6yiA+XSZQ7pqbw4fI87q5qY1EkNRWRJJn3w6VFfLhE3ksslcL7i/OYjUYNbQTRVArRFEHdf7i4iOuLFu3CAu4a2tlIFMuJOGLGLfQPFhZwfZG872gyiQ8XFjBnRHtnVyJYiMURTxF0/AdzC/jI0EYSSXwwv4D51XlXIri7EkU8pYIF8OHcAm6uauMJfHh3AQvGvDPLK5hZiiCRUsHpDD6cXcCtBbKekVgC12cXsGjEc2eXIri1sISkqkIAS7TzRLsSS+D6zAIWjcjwnYVlfHR3CSmVYOavzyzgjqFdjsbx4Z0FLBnz3plfxvU7C1BVDSrL4PqdBczMGfNG4vjozgKWjXjunbvLuH57gWLmP7q9gBkjprq0Eod+ax4rhvb27BJu3CLaVErFR7fMeZeWY0imVERW92FmCTduzkPTdCSTKdy4OY+7d415F6OIx5KIRIx9uGPVqrhxYx7zq/uwGMPKchxRQ3v75gJu3piHrgPJhIqb1+eodnE+gsX5CGKr+3tjHreuz0HXdcTjSdy6Pod5Azu/NB/BvLpMo8e3r8/j1ofkMx2PJXHz/VmKnV+8u4xEPIW4ob31wV3cuk6+9+LRBG68N0O1C7NLiK7EkTC0N9+7g9sfkO+VeCSBm+/ewaKxD/N3lrCyGEHc2N+b797GrffI91VsOYYbP71NtZn67a+MpwQZT0n6djKeEiDjKbnfeMZTcv/tZDwlq+OfEU9J8Ogn4ym583sZT8l9KnOnJFOZylSmMpWpj1sZT8mvtTKeEksxnjctmPkL4JyPwcTM/2sLZr4VTt/3Tcy86yqcrmsWzPy/s2Dmu5Ab+H0aCc5yP46w+xHqP6kO/1saCfbYelATesuCmX80DTPfk/1DhJQhAEBI7kVH+As0EtwSeAg1Fsz8uvzfs2Dm+zCc/RyNBA+GL6Zh5ncXvUEjwZXOXmzKfZRGgqdyzqRh5k+WvZqGmd9TcJ5GgvcWnEzDzF+pfIZGgrt8PThmwcyfLD2GiaxRipl/ru5RGgleG+rGmbIDNBL8cOVhTBmYea/gxOtNF1HjIn3tyexuXK7cRSPBz9QfoJj5kOTG19tO00jwtoJuPFq7mUaCX2vZhy0WzPx3uo/RSPD+km48YcHMv9m1h2Lmix1+fH/gII0EH63oxlNNEzQS/J2BXRQzX+kO4gfDe2kk+FRtN55qG6WR4O+P7sTmkloAQK0vhB+M7aSR4HNNPXiicy31n/zh+p2YLiXr2RTKwu+v34ZyIxJ8qaMXj3YP0kjwv9q6k2LmW7Nz8O2Nm2kk+EpfH6709dFI8L/eswvj5WTtuwry8NbWjTQS/Mja/jTM/L86tItGgntLCvDmzmkUGJHgxyaG0jDzf3R8N8XMD1QW48t7N9BI8OPTa9Iw8z86s5tGgtfWluK1A1M0Evzk9hGKmbcJPH5wcTe6K8kxHW0qxyuHJ2kk+Kl9o2mY+T+4uptGgic6KvHCsXU0EvzM0QnsHWulmPnvPLmHRoIn+2rw9IkJGgl+5vRkGmb+W8/tQaMRCd6wth7XTpuY+Wcvb0jDzH/9lb00Ejw90YgrFsz8849vwqb1Jmb+jdf30Ujw5o2tuHRhgkaCn3t+Wxpm/vU39tNI8NadnTh72cTMP/+F3SZmviiAz33jII0E7zjUh9MWzPwLbx7AyIYmMAyD4oowXv72ERoJ3vXgmjTM/Evfe4Bi5svqcvHC7x+nkeC9Fydw7PGNVPvqvzlvYuZbi/H8j87QSPDBxzbh6FNbaST4tX9/Ff0byXdQXU8Fnvs3l2gk+OgLu3D42R00Evyl//ocxcw3r63Ds3/2yKcbCc7Ur7Uy7RtY2zeVcDnJrcIkZEAn/fC4ngIYF6CTHn2SEQFdBUBuJSbggG6MJXQdLOOCtvoaCnQ9CYDcrkwxHjoW03lwjAsq/VkXdAMdTzDzTqQM/HtMF9Jea3BC0xPQoSKmCRBYB5KGDyShcxBYO5LaiqF1IWVoEzoPkbUjYYzFNREiKyOhER+DxjiR1OLQoSGp8ZBYO+KGNqGJEFkJcc1AszMOJAxtXOMhcwrFyqd03tAaeHA4ENcItj2u8lA4mXpGNJ2HwAqIa6TPzjEOxFSiTWks7JyMFUOr6gJ4hkdcI/1lkVEQNbRJlYODt2E5FTOOLMHBxzVynCRGoR6RpMamaVkIYMEgrpHjJDMylg2tqjFwCjYsJQ18uQGpS2jk1rGdtZlalYVTkLCUJK9FCATFbWgdnI2O6RoLlyBh0XgtMXy6lpWwlCTvk9EYuEQJiwmitTECVE1D0ri97uLNMUZl4BQlLBmvZTZd6xQkLMVXtYBTMl8rnICkqiFlmZdqtXStnROQUFWKeLeOMSrgkEQsxxNUG0+lDMQ7wbgvxSxam4jlmKEVBMQSKWj6z2pZHVBEESur8/LpWocsUaw8pzGwiTwiBq7cIRDMPNHqaVpBZwg63sCrO0QRkXjCwLbrcCgSRdDzDAuBZxFbxasLIqKx+2sFlgHPcYitItMlEZEo0ULV4bBLWF5ZfWQCC5ZlEF+d1yZixZiHSemw2yWsGFqRY8EwDBIJA9suCYisrK6nBrtDwsqyqQWItwQAFJuAyPLqMdVgd9qwYqDuRY41fCjGvIqpRUpN1/IsdF2n89oVASsG2h6qCrtLpq9X0fGppLEPaVotTSsKDNSkSrV2hw0rBr5eTyVhdyv0tSTxSCZSUFPqp9e+8R3+ZNo3d7+Tad/cpzIXJch4StK3k/GUABlPyf3GM56S+28n4ylZHf9seEqGvQc/kYuS/zT3vcxFyX0q076xFpdj+Xs+bd0AAMtXAgYQnGHcYC1ajiukrRsAEPgqqmVZD3iLVuSLaOsGAGTB1PKsl8aBAUDmC8EyJkLbKVSY87Be2DgTX+8QCsAxJhbbI5qoexvnoXFgAPAI+eCY1YsRBn6piI7ZOS/snInx9ou5VMuARUgqMPeH99A4MACEpBxwDG9oGWTb8uiYW/DQODAA5NiywTHkIoFjOOTJ2XTMJ3poHBgA8uQweEPLMxzyZRNfHZQ8NA4MAIX2MDiGNdaIR75irlHY5qYRXwAocYTAG1qJ5VFgN9coW07XljmDdF6ZE1BgN9coV3HTODBAngzMGShuOy8i3+4x34vdTdsxAFDhCYA1tA5BpHFgAMh3umkcGAAqvKbWJUrIdZhrX+By0zgwAFT6AxRf75IkGgcGgEK3h8aBAaAiYGo9NhuyHOajAwq9HsiCRRv0U61XtiHkNI9Tkc8Dm3XecID+3avICFi0hQEPffgbAJRnWR4d4FBoHBgAioJeiIaWYYCybIvWqdA4MAAUhb0QDC3LMCjNMbUBt53GgQGgMMvUciyDEos26HXAY9EW5fgo6p7jWBRZIqhBn4PGgQGgKM9P8fUCz6Ewz6INOGkcGAAK802tKPLIt2hDQReNAwNAYVEgDTOfm2ueg6Gwm8aBAaCwOAiWI1qbLCDbog1ne2iLBQAKy0J0XsUuISvPos310ugwABSWh02t04aQZd6sAj9ki7aoKptq7S6ZxoEBILsoSFs3AFBUk0vx9U6vHUHL+uaUhGjrBgCK6vJNrc/x6caBAeIH0X7FP5l7AT+3MhcllmLsD5qeEmkYnP0YvTCRHKfA2yYBACxfANl5yYKZH4fdcdyCmT8PxbYOACDyJfC7LlNPiUteh4DjKOWU5LjOwCOPAAAUoQQFnrPUUxKyTyDftZ96Sso8xylm3imWotJ7gnpKChyjKHNvp56SBt9hC2a+DC3+Q9RTUu4aRp1nE+WUdAX2ocDwlIRtJegN7qaekgbPENp86yhmfm14B8XM5ymlGAlvo56STv8AegPDFDO/Pnszyg1PSbG9BFPZG6inZCDYi6FgP+WUbM3bgEonWc9KZzG25k1QT8l4Vi9Gwt0UM7+3cIJi5mvdxdhdOEI9JRtzuzGR3U4x80dLRqmnpNlbjIMlQ9RTsr2gE5O5zRQzf7J8LfWUdAaKcbS8j3pK9pV0YkN+A8XMn6seop6SnlAxHqjsoZ6SQxUd2FBQCwZAWHHiQkM/9ZQM5JTgeE0X9ZQ8UNOBqSLCk8mxu3CxqY96StbmleB4XTu9iHmwsQOTxeTCNN/pxsX2HoqZHykqxbGmNuopOdnagYlSg+Xg8eB8Zzf1lIyWleJISyv1lJzp6sRoGVn7Yp8X5/q6qKdkvLIMB9uaqafkVF8X1lYQn0hJwI8zA90UMz9eW4F9nU3UU3JysBODBma+IiuA02u7qKdksqESe7qbqKfkwZEu9FaQ874iJ4AHR7uop2SytQo7exspZv7EeBfFzFfnh3B8opN6StZ3VGNbXwPFzB9f34V2w1NSUxTGsfWd1FMy3VeHzQP1FDP/wOZu6impLc3C4elO6imZXlOPjWvqKWb+2LYeipmvr8zBgS2d1FMyPdaAqeE6yik5vKuXekoaa/Owb0cX9ZRsmmrGupE6sCwDl0vGof191FPS2FiA3bu6qadk06ZWjI3XE6aJ146DRwaop6S5rQg79/VQT8nmnR0YHq8HwwC+gBMHHhyinpKWrlLsONhHPSVb9vVgaB3BzAeyXNh/eph6StoGKrH16AC9iNl2bBAD6xsBkGfd7L8wTj0lHWtrsOW4iaTffmoUveubAABZhQHsfWg99ZR0TTRiy8kRemGy69IkeqaIVyWnJIx9j22inpKejW3YcmacXpjsfWwLeqYJB6qgKhf7n9qe8ZT8DlWmfYNM+yZ9O5n2DZBp39xvPNO+uf92Mu2b1fHPSPvGvR888yu2b/QE/tPCH2TaN/epTCQ4U5nKVKYylamPW5r2s1em/9TSf8Wf/x2uTPvGWsohgCO3hVnbJFh5E23fiI7z4ETSDuH4MtjsD4I1tLK8CbK82dK+eQiSoRWFSnidJ8Ab+HqPsgVuZaPZvnFfhEMityLtQhVyXUcgceT2bZZ9E0L2ScNXwqLccxoeqQkA4BarUeLaCxtH/BXFzg3Id4xQzHyj7zgCNhI1DdqqUevZCoUnbYFq9yRKHANGJFhAd/AgwrZKAECuXIVW7wY4eNKSafGOo8rVTdo3jIjh8C7kyqQVVWSvQrd/HA7eAwDoDYygwd0GjuEgsRKmsrciXy4CAFQ4KjEUXAOX4UEZCa9Bi7fJaN/I2Ja3AYUKWaN6dyXGwv1w8QbqPHsQ7b66tPZNkT3H2L8KTGZ3wyUYT3PN70e3vxosGHgEOw4Vj6DYTtaoO1CB6dw2uFZbMkW96AkQJH1AcuCBsiGUOEjbaiBcgc0FLbQlc6SsF32hMjBgEJadeLCyDyUO0joZzq7AlsJG2pI5UdWNvnAxGAC5djdO1nSj2EnWczy/AltK6qn2VF0XerNJ26LA6cHJ+k4UOY2n+RZVYEtZLW3fnG3uRncOOedK3F6caGpHgYu0TqbKKrGpopr6Ss51dKMzl6xnmc+HYy2tyDP+RzZdWYXpyirqKznf0422XNKKqAwGcLS9BbmGdmNdNaZqKmn75txAN1rzyNpXhYM42NmMbBdps2xurMG62gpIPAeOZXBubTea8sm5XJsbxr7uZoRdxtN8W2sxVldOMPMcizNj3ajPJ7fgGwqysKevCSGX8TTfrjqMNpRTzPypdd2ozSfHtLE4GzsHGhFY1fbVY21jGcHMizwe3NCN6gLSOmsuz8X2oQb4XcbTfNc0YrC51GjfCHhgUzcqCsjxb63Ox5a1DdSDsn2sGf2tpeBYBg5FwtGt3SgztG31Bdg40gCP0WbZvr4FvW0l4FgGLqcNh3f1oKSQfPbam4swNdYA9+qTfze3oau9hDz516PgwN4eFBnazo4STK5roC2Z7Ts60NFBtH6/A3v396KgkJyDXb3lGF/fSFsyO/b3oLWzFAwDBMMu7DrUh3xD2z1UhdENTbAb3padRwbQ3EU+0+FcL3YeG0Cuoe0drcXIxhbqK9l1ci2aukmrL7vQj+0n1iDb0Patb8TaLW3UV7LnwgQaekgLMa8sjK2nRpBVQLSDm9uxZlsHbd/se2Qa9T2kNVlYnYtt59YhbKzDml09WLOzm7ZvDjy1HXW9pOVZ0lCIrRenECow/UuZ+u2uzJ0SayV/AnC3AAC6egvQI4BuxGpT/wAt9TYZ05ahpv4emkq0qvoRNG0Juk5iaonk3yOZ+gfyc9oy4om/h6oS5HtCvQ5Vm6eY+Wjix4gl3wEApPQlrCR+jIRqIJTVj5BQZ6HpMQAilhJvYyX5LtlVbRGLibcRV2cBMFhJ3UA0NUMx8/OJf8RigmDx4+oS7sbfQTQ1B4DBYvImVpJ3oBqY+dnYTzGf+AgAEFWXcCf+LiKpBQAM5hO3MJ+8DU1PQdU53Iq9h9k4Qd1HUku4GXsfkdQiABaz8duYid8y0PEqrkc/wJ04WaPl1BI+jH6IpdQSAA63YrdxK0aQ9JqewvuR67gdJ+97IbmEhJbEcmoFAIMbsTv4IHILGjQktRTeXbmBWzGCpJ5PLCOqxrGcjABgcT0yg5+u3IQGHXEthXeWb+BmbB4AMBtfwmIyakR7GbwXmcU7y7eIVk3hJ0u3cCNKkO8zsWXcja/Q+O5Pl2fw9uJt6NARSyXxD4u3cSNKoty3Y0u4FVvCcjIOgMU7S7N4e3EGOoBoKokfz9/BjQjR3oosI6kvGPOy+MeFWbw9T95LJJnA38/dwY0IiX3fjCwjrqawnEyAAYN/mJvBT+aIdjmZwI9nZ3BrhcTAbywvIZJMIpJKggGDt2dn8I93CeJ7OZHAj2dmcHtlhWoXY3FEUykwAP5hZgY/nSPapXgcP74zgzur2oVFzEVjiK1qb8/gnVlj3ngc/3B7FjPLRPvRwiJmliMEM68D/3BrFu/OEiT5YjSGt2/NYHaZfEY+mlvE7aVlgpnXGLx9cxbvzRDtQiSGt2/M4O4yiYh+OLuIW/MEM8+DwdsfzeD9mXmq/clHM5gz5r0+s4CPZheRUjUwAH5yfQYf3CHHdH45irevz2J+dd7b8/jg9jxUVUNKZ/CPH87guqGdW4wgpapYWCbx1w9vzeG9j+agajqSKRX/+MEMPlrVLkQQi6ewaGg/uDGHdz+YJdqkinfem8GNW4Z2PoKVSByLS2QfPrg+h5++NwNN0xFPpPDOT+/gpqG9e3cFC4tRLK/uwwd38e67RBuLJ/HTd27j9i1yXt2dXcbd2WWsrO7DuzN4753b0HUgFkvip/94G7dvGvPeWcKdWws0Qvz+T+/g/XfI91MsmsBP376FGWPe2duLSCZVU/uTW3jvJ+QzHVtJ4N0f38CsMe/szQXEo0lEDe17/3ADH7x9EwAQXY7h3f/3I8wa723mozlElqKIGdp3/9/rVBtZjOKn/88HuHuDHOM7H8xieX4FcSMe/dP/3/v44Mfk0RzL8yv46f96H3M3ifZTKV0HkIGn/boq4ylBxlOSvp2MpwTIeEruN57xlNx/OxlPyer4Z8NTslbZ9Yl4Sv5z5A8znpL7VKZ9k6lMZSpTmcpUpn4jKnNRYinG83ULZv4SOOejMDHz/+YXYOYfg9P1GPWUZIf+dwtmvhu5ge+bmHnPEwi7Hqaekurwn1ow871pmPly3zUUe86amPmcP6SR4JDch47w6zQS3Bp8JA0zP5n/HYqZL7T3YyT7eRoJHgpfRqtvrxEJFrGn6KvpmPk8EzM/nXsuDTN/quxzFDPf5OlLw8zvKzxFMfM2VsbVqucoZr7b34NjxSdoJPhU6QMYzxqhmPkX6h6jmPnhUA/Olh2kkeArVUew3oKZ/2LTJRoJnsrpScPMP99wKA0z/1b7GRoJ3n4PZv711v3YbGDmc2UvvtfzAI0EHyjtScPMf6N7bxpm/gcDh2gk+IHKnjTM/PcGd6dh5n80vI9Ggs/U9aRh5n80tgubimsAALW+MH44votGgi829+KJzjXUU/JHU7swXUp66c2hbPzB1DYaCX64sw9XuwdoJPiPt+2mmPm2nBx8d9MWGgl+pL8fD/f2UU/Jn+zdg7Fyci53FeTjW1s30UjwY8ODaZj5f3N4N4aNSHBfSSHe3DlNI8FPrFuThpn/1yf2UMz8YGUx3rBg5p/YuBYn1nTQSPAfndtDMfPDdWX4ggUz//SOdMz8jy7voZHgseaKNMz8M/vH0jDzP3h0D8XMr+uswgsPmJj5Z4+tw96xFoqZ/97/v70zD4rqytv/c3tvmqbZafZFMawqsogCihtGUdRERVwxmshEjQzZx5mKZmLMvJPKzzi/xJlspipLmUnFLDNlJSGTxKXmHZNBcM3igoLQiIhsAr2e9497OU0LKkYiKN9PVVfl3vPcw+lvN+R4z3Oeu2kJ3xKcmxmHTWtm8C3Bz62f5RIz/+ZzS/iW4LyprjHzzz2e5xIz/7f/Wcq3BM+dOdolZn7LH+ZhzkwxOj7A3wOvbFvGtwTfNy/FJWZ+y9YFLjHz2/6/M2Z+weJ0l5j557ctcYmZf/FvhXxLcP4DWS4x81v/Vogps0YDACLvMeJ/dq7iW4IXPzzZJWb+T++u4THz0Ykh2PruGr4leFnJDKzemMe1L35c7BIzv2XXer4leOXv52HlH+ZxT8n/++JpZOZJMfMZ9+C53Y/yLcEPbi3Ays0LuKfkL/+7xRkzPyURf/zsqdu7Jbjr2Te3+iJ6hZZv0H35ZgQ89GI5rFBzP4kYM6/jx1aoIEbMi7cOLdCCSW0WxiAIOucx3MCYGV33zG2CHg6prZMpIBN0/NjC3CVPiANWyCEXdLBzrRJyQQs7k6LZ4Q67pO10KKEQ3GDr8rQwORSCFjZJa4ceNmYGwGBhCigFLaxSm9mhgkJQw8Y6Ja0OVmYBwGB1KKQIelFrcaigEBRSOyAIOimSnsHsUEAt0/BYeRtTQCEonVroeIy82a6ARqZGp3TsYArIBTmsTLw1K4OOt9kcMmjlanTYpRh3poQMMr68phA06LSLP8Nql7toASUEAFZml4606OjSOmRwk6vQLh0LTAlBAKxSxLsKGq61OwS4KVRot1mk8SkBxmCVlu3cZGpckdrsdhl0ChU/VjIFHIzB1ouWOVy1akEuPu6+u7ZbzLxOqcQV6da2GkrYHHbYpV9fndzZJthdtRrhelq4aLUyMTreIWnd5UpcsUhaB+CmVKKdaxVcKzgAnaqb1g64qZRol47dZAp02mxiFLvDtU2wA1qVEh1dWoUCndZuWrWSR8XLGKBRKtAhxaBr5QqYr6GVOwSoFHJ0Wm1Sv0p0mLveCxPj1qVYeSUT4+DNXVplN63dVauAq1anUKKj06nVapzHCkGAXCbA0hWZrnS2wc6g1arQ0dH1yAQBgiDAKmm1KgU6u/q1XaWVixHvNmm5xU2lQEe79F2xO6B1U/FjlcxVq1Eq0NnR9b1y1SplMjgcDtglrVajQKfUBpsdWp2ae0aU8qu0ajlvg91Vq1LKYLPa4ZCWYjQaOTq64uvtDmjd1fxYKYeLVqtVoUPyyjCbFVp3DT9WqeSwmm1wOBy3b/lGvbB/lm/Mf6flm16gSQnIU+L6c8hTApCnpLd28pT0/nPIU9LVPkQ8JTQp+VWh5ZvuyMO6/Xc4IDijuWWKOABdUdcGyOThTqkiCkI3rUqZgK7SymReUMpDnW2KKMgEZ4y3mzKeaxUyL6il5RixLQryblH3HqpYQAr5Vsm8oO0WSa9XRkDRLb7eW+2MxdfKvaBT+PM2L1UYFDy+XoC/ZjjX6hRe0Cu6RXOrQ/kvoAAZAjWRzvEovOCh6BYzrQmBkkfSCwjROuvpqfSEQemMUA/RBkEpRdLLBTnC3JyR9D4qL750AwBhboFcqxDkfDswIMbMdy3dAECkzgilFEmvkin4dmBxfJ7wVDrrOVzvjK9XyxQY5u6sUbCbJ1+6AYARHgG8X61ciSi9cwtiqM4TniqnNsbTGV+vU6j4dmAACHP3hIfKGTMe5+XU6pUqRHo46xmu94SHyhmvHeftz+PrPVRqhHt48rYIgyf0Kucfyjhfp9ag1iDUw1n7SE9PuHfX+vvx+HovrQYhBmftI729oFM5J66xAd20bloEGZzf+0gfL54SCwBxgf6QpPDWaRHYTRvl5+0SXx8b7NT66N0QYHB+plEB3tBIWkEAYoL9uNbXQwd/g/MzjQr04VqZIOCeUOdjBvw8dfDtrg3ygVrSymUCosOcWn8vd3gbnPH1USE+UCmlSHq5jG8HBgB/Hz1fugGAqDBfHl+vVMgxLLyb1k/Pl24AICrCj2tVKgXfDgwAAQEGGAzO71VUlB8UCumxCGoFwrppjYGe0Ht00w4P4PH1Gq2SbwcGAGOwl4s2coQRcqlfN50aIRHOfgNDveHu0e3RDLGBkEn9uuk1COquDfeFrlu/w+JDuNbdoEVgt/EGRfnDrVuM/7DEUB5Jr/fSwRjhrFnwcCPc9M4xDBsdwbUePnoEdKvvbYExMWfkll5D/l7ANaFJSTcEt0LuKZGpJ0CuW9Etp2Q1FJrpYpsiDFr3h50x8+pJ0OkKuafEw70IbpJWpYiAt8fabjHzU+Htvpx7SoweD8FTOxkA4KaMRKjHQ9xT4qudgmB9AfeURBkK4afNAgDoVVEY7lnIPSUh7tkYZriPe0rivJYgyC0dAOClisJIr8XcUzJMn404z1k8Zj7ZewHCdOI6sb86EmN95nNPSbwhE2O8cnjMfJbfHETpEgAAQdpITPTP456SZK/xGOuTzWPmpwXM4jHzEbpITA+YwT0l433HIcsvg8fM5wVN5zHz0e7hyAuawicmk/3TMTlgLM8pWRAyhXtK4jwiMD80m09MZgalIScwmcfML4nI5p6SUV4RKIjI5J6SeSEpmBE0isfMFw7L4p6SZJ9wLB82nk9M8iNSMDMkAQIE+Grc8eCI8dxTkuYXjuXD07inZMmwZOSGxfGY+aK4cdxTkmGMwMqYFO4pWR4zBjPCxYyYQJ0HihLSuadkQkgECuOSuadkZcIY3CvFzIfoPVCUlMY9JdlhkViemMQ9JauSxmBalFjPMIMBRSmp3FMyKTIKy0aN4p6S1SkpmDJM9H5EeHnhobGp3FMyJToKS8aM4p6S1ekpyB4uTkyjfLzw4PhU7imZFjsci1JGck/JAxnJmBAtaof7++CBCSncUzI1fjgWjh3JPSUrJyZjXLQUM2/0xcrsFO4pmT56BOaPS+Qx8ysmpyAtWvxM7wnxw4opKdxTMn3MCMwdn8Bj5pdPS+Ex8zFhAVg2PZl7Su5Nj8HszHgeM798Rir3lMREBmDpjBTuKZmZFY/cCfE8Zn7p7FTuKYmPDkTB7BQ+MZk5OQH3ZsfxmPnF89IQL3lKEmKCsXBuCp+YzMxJxLTJcTxmvmDhWO4pSUwIwfz7U7mnZGbuaEyZEs9j5hctTueekpFJYbgvP417SnLvS0b2tHgeM7+wMBPDJD/HqNRIzFuSzj0ls/PTMCEnAYIgwCfAAwtWTeCekqTxw5G3NIP7RPKWZSDrXvExE/5BnliwZhL3lCRPjEFeYRbXzlmdjfEzRP9ZQJgvFqzL4Z6S1KkJyFs9iXtK7lubg3EznTHzC0tyuackPTcJs9dM456SBSWzkT5L9J+EjAhE/pNzb6unhDlYv7yI3qHlG9DyjevPoeUbgJZvemun5Zvefw4t33S1D43lm0ny+6AQlDe+4DrYmBXf2HfT8k0v3DV3Sl599VVERkZCo9EgOTkZ+/fvH+ghEQRBEMQts3XrVqSmpkKv18Pf3x9z587FTz/9dE39mjVrIAgCtm3bdt1+3377bQiSwbr7q7Ozs5/fQd+5KyYlH3zwAYqLi7Fx40aUl5cjKysLM2bMQFVV1c115PYgII8AAMg0eZBpF/LlG7X+McjV4tKJXBENrft6yCStVns/tG753WLmfweNOlO8ThkLb/06KCUPiqfbAni6zYcg+T9CDE9CrxaXWXSqOIQY1kCtEG8hB7rPh1E3h8fM3+NVDC+NeNvSUx2P4YZCaBXird4oj3kId5/BY+aTfNbCTyM9zVMTj0SvRdxXEm+YjWj9FB4zn+m3CoFacVtqiDYOad7zuK8kxXsm4g0TeMx8jnEpQrTiEleULg5ZvrncVzLBbzqSPNOlmHkN5gTlI9xNXBaI0cdiiv80eCjEW/33Gqch1TsZckEON7kWi0LnIVInLbMYYjHTmA2DUrx9Pyd4Msb5jIYMMugVblgRMQvDdMHS+GIwJzgTBskrsigsG5l+CZBBgJfKHQ8Om47h7mKNMvxicH9oOl++KYyagAn+MZBBgJ9aj4dHTMFwvehBmWS8BwsjUnkk/ZoRWcg2joAAAYFaD6yPnYjhenGJKycoBvmRzkj6dXGZyA4cDgGi3+SRhEwM8xDrOTMsBouGOyPpi0dlYGKQuMQRoffCI6PGI8pDXA6bHRWDRSNG8uWbkuQMZAWL37lhnt5YNyYdEQZPsUbRsVgQk8CXbx5Lz0BGqFjPET4+eDg1DeGSdl5sLO6Pi+P+j8eyMjEuVFziiPX3Q9HYVIQaxM/p/sQ4zEuM48s3j03KRFqY9CRdoz8eHJ+CYMmDMj8pAXkjY3nM/KPTMpESLj1JNyQAD2Qmc1/JgtRE5I6O4THzv52RiaRw6Um64YFYMTGZ+0ryx4/EzDH3iMs3Sjk2zMrEyAjxM00aFoylk8ZwX0n+xFGYnjyCx8yvn5uJhAhpeWFECAqmJHFfyaKpSZiSEg25tH344fmZiI0UP/+UuFDk5yRxX0nBjGRMSosWl2R0ahTlZ2JEhPj7lDYqHPPvTeIx8wVzUjBhrKg16LV4aGkWoiNF7djkSMydmcRj5gvmpyFz3HAxZt5LhwdWZCEqUvxejUsfjrzZSfCQllkKFo/DuPGi1sfXHSsemIAISTs+awRmzR3Dl28Wr8zC2IxoCALgbzRg6YMTERYpLgtmTonFjPuSecz84jXZSM2MhiAICAz1xpLfTEaIpM26NxH3LkjlSzJLH5mG5CxxCTE40hcF66YiWNJOzBuDnPyxXLv8iVyMmSBuYQ8bYcSiDfciSBrv5AVjMa1gPF++KfzDPIyWtBHxIVj02CwESjWbuiQT05Zm8eWbB7YUYHS2+AiNYaMjkP/kXBgjnH6wX5uBWL7Zu3cv1q5di//85z8oLS2FzWZDTk4OrkjJy9355JNPcPDgQQQFBfXSU088PDxgMplcXhqN5sYX/krcFTHzL730ElatWoXVq1cDALZt24YvvvgCO3bswNatW/vekfUIIBfji5n9nLgFWNqSa7cchsNyFADgcLTAajkEh13U2uxnwRzNPGbebCmDxXJMvM7RhA7LIVglrcVWCZujEYx1AFCgzVKOdssJqZ/LaO0sh9kmxbhbK2GxN0gx80o0mY+g1SLG15vtl9FoPoxOWz0AGVotZ9FhvwgHs4BBgYbOY2iynAIAdNgvo77jONptDQBkuGypQputnsfMmzp+wCXzWQDAFXsTajp+RJvtMgAZGszVuGy5wGPmq9t/Rr1ZjK9vtTXhXPtJtNqaAchQ13EeF6WYeQesqLxyEnWd4vtutjbB7DCj1dYCQI7q9vOo65S0zIqTbWdQ2yHGTDdamtBmb0eLtQ2AgHNXalHdXgcHHLA4rPix5SzOd4ix2A3mZjRb2tAixcyfbqvlMfOddguON1ehul2Mr7/Q2YSGzhY0S9qfWkw42SpqO+wWHLlcheorYoy7qb0Zte3NaLF2ABDwQ3MdTjSZwMBwxWbB4cYaVF1pBADUtDfh3JVGtFg7Achw7HIdjjaawAC02cwov1SD6rYmAEB1WxMsDjuPmT/SUIdjjWJsd6vVjEP1tVxb1dKEdpuVx8wfuViHYw2itsXcifILtahpbeHaVosFV6xizHzFhTocvyjWqKmzE+UmE9eea2pCU2cn2q1WCAAOm0w4cfGiqO3oQHmtCaZWMeq+srEJjR3tPGa+osaEH+tF7eWODlScN6GuRdJeuoyGtis8Zr6i2oSfLoi1b7zSgcPVdahvFWPxKxsacaHZGTN/pMqEk5L2Uls7Dp8z4WKL+Lt3+kIjTJfFmHkGAUfOmXDaJH5Ol1qu4OhZExpaxN+9M6ZGnG9o5jHzRytNONNdW2nDpa5+axp4zLzFYcex0yacrRU/00tNV9DeacVlqd/T1Q04W9sIu4PBYrHj2CkTqkyi9mJjG1raOtEsRcefOnsRlVLMvNliw7GfalFVI2kbWnG5qR3NLaL2dOVFnK68KEbHd1px4sdanK8R4/Yv1Lfg4sVWtLR2QgBw+tQFnDp1QdR2WPHD8RrUSP3WX2jBhbpmtErakz+acPInExgDOtrN+PHYeZikfutqm1BT1YgrbaL21Ila/HyiFowxtLd14ofDVbhwXhrD+cswm61ol7brnjx2HqeOi7/TV1o78WPFOa6tq7qEjiudXPtT+TmcOir9rWhqx49llag/L47XVHkRbc3tPGb+x/9W4nSXtvEKfvjuFOqrxc+t9vQFtFxq5THzPx48idOHz4q/B5fa8MN/fsbF86L2tsAc6LHW+ov66Duff/65y/HOnTvh7++PsrIyTJgwgZ+vqanBunXr8MUXXyA3N7dPfQuCAKPxNua83IA73lNisVjg5uaGDz/8EPPmzePnN2zYgIqKCuzdu7fHNWazGWazmR83NzcjLCwM5w5FwMNdvHnUlW0B9PSU2G7CU2K5CU+J2cVT4noTy3wTnpLrXXu1p8TSw1PS3XdxtbbvnhJbD0/JtbX2m/CUXO0F+aWekqvbbs5Tcm2fiONGnhI2AJ4S1j+ekqvH96t5P26m31/sa+m7pwRX+zd+LU9Jj5/TT56Sq/9V3q2vm/KU9PCJXM9TclXb9TwlV43h+p4S17/FLp4SWHEAe9DU1ASDwYD+pstTkomZUOAWPSXSWKurq108JWq1Gmq1+jpXipw6dQrR0dE4evQoEhLEjQcOhwNTp07FnDlzsGHDBkRERKC4uBjFxcXX7Oftt9/G6tWrERwcDLvdjtGjR+OPf/wjkpKSbun93Qp3/J2ShoYG2O12BAQEuJwPCAhAXV1dr9ds3boVmzdv7nE+fMzZX2OIBEEQxG2itbX1V5mUqFQqGI1GHKjb0y/9ubu7IzQ01OXcM888g02bNl33OsYYSkpKkJmZySckAPCnP/0JCoUCjzzySJ/HEBMTg7fffhuJiYloaWnByy+/jIyMDBw+fBjR0dE39X76izt+UtKFIFz9L1LW41wXTz/9NEpKSvhxU1MTwsPDUVVV9at8me8GWlpaEBoa2mNmTzihGt0YqlHfoDrdmKtrxBhDa2trn70UN4tGo0FlZSUsFku/9Nfb/6P6cpdk3bp1OHLkCA4cOMDPlZWV4eWXX8ahQ4eu+f+93khPT0d6ejo/zsjIwJgxY/CXv/wF27dv73M//ckdPynx9fWFXC7vcVekvr6+x92TLq51i8xgMNAfgBvg4eFBNboBVKMbQzXqG1SnG9O9Rr/2Pyo1Gs2AmkDXr1+Pzz77DPv27UNIiDNwcv/+/aivr0dYmDOw0m6349FHH8W2bdtw9uzZPvUvk8mQmpqKkydP9vfQ+8wdv/tGpVIhOTkZpaWlLudLS0sxfvz4ARoVQRAEQfQPjDGsW7cOu3fvxtdff43IyEiX9mXLluHIkSOoqKjgr6CgIDz++OP44osvburnVFRUIDAwsL/fQp+54++UAEBJSQmWLVuGlJQUjBs3Dq+99hqqqqpQVFQ00EMjCIIgiFti7dq1eP/99/Hpp59Cr9fzlQGDwQCtVgsfHx/4+Pi4XKNUKmE0GnHPPffwc8uXL0dwcDDflbp582akp6cjOjoaLS0t2L59OyoqKvDKK6/cvjd3FXfFpCQ/Px+XLl3Cs88+C5PJhISEBOzZswfh4eE3vhjics4zzzzTp/W8oQrV6MZQjW4M1ahvUJ1uzFCq0Y4dOwAA2dnZLud37tyJwsLCPvdTVVUFmcy5QNLU1ISHHnoIdXV1MBgMSEpKwr59+5CWltYfw/5F3PFbggmCIAiCuDu44z0lBEEQBEHcHdCkhCAIgiCIQQFNSgiCIAiCGBTQpIQgCIIgiEHBkJ+UvPrqq4iMjIRGo0FycjL2798/0EMaMPryeGzGGDZt2oSgoCBotVpkZ2fj+PHjAzTigWfr1q0QBMHl+RJUI5GamhosXboUPj4+cHNzw+jRo1FWVsbbh3qdbDYbfv/73yMyMhJarRZRUVF49tln4ej2LJihVqN9+/Zh9uzZCAoKgiAI+OSTT1za+1IPs9mM9evXw9fXFzqdDnl5eTh//vxtfBfELcGGMLt27WJKpZK9/vrr7MSJE2zDhg1Mp9Oxc+fODfTQBoTp06eznTt3smPHjrGKigqWm5vLwsLCWFtbG9e88MILTK/Xs48++ogdPXqU5efns8DAQNbS0jKAIx8YvvvuOxYREcFGjhzJNmzYwM9TjRhrbGxk4eHhrLCwkB08eJBVVlayr776ip06dYprhnqdnnvuOebj48P++c9/ssrKSvbhhx8yd3d3tm3bNq4ZajXas2cP27hxI/voo48YAPbxxx+7tPelHkVFRSw4OJiVlpayQ4cOsUmTJrFRo0Yxm812m98N8UsY0pOStLQ0VlRU5HIuJiaGPfXUUwM0osFFfX09A8D27t3LGGPM4XAwo9HIXnjhBa7p7OxkBoOB/fWvfx2oYQ4Ira2tLDo6mpWWlrKJEyfySQnVSOTJJ59kmZmZ12ynOjGWm5vLHnjgAZdz9913H1u6dCljjGp09aSkL/VoampiSqWS7dq1i2tqamqYTCZjn3/++W0bO/HLGbLLNxaLBWVlZcjJyXE5n5OTg3//+98DNKrBRXNzMwDA29sbAFBZWYm6ujqXmqnVakycOHHI1Wzt2rXIzc3F1KlTXc5TjUQ+++wzpKSkYMGCBfD390dSUhJef/113k51AjIzM/Gvf/0LP//8MwDg8OHDOHDgAGbOnAmAanQ1falHWVkZrFariyYoKAgJCQlDsmZ3IndFousvoaGhAXa7vcdD+wICAno83G8ownp5PHZXXXqr2blz5277GAeKXbt24dChQ/j+++97tFGNRM6cOYMdO3agpKQEv/vd7/Ddd9/hkUcegVqtxvLly6lOAJ588kk0NzcjJiYGcrkcdrsdW7ZsQUFBAQD6Ll1NX+pRV1cHlUoFLy+vHhr6u35nMGQnJV1c/Zhn1svjpIcivT0eu4uhXLPq6mps2LABX3755XWfFjqUawQADocDKSkpeP755wEASUlJOH78OHbs2IHly5dz3VCu0wcffIB3330X77//PuLj41FRUYHi4mIEBQVhxYoVXDeUa9Qbv6QeQ71mdxJDdvnG19cXcrm8x+y5vr6+x0x8qNH1eOxvvvnG5fHYRqMRAIZ0zcrKylBfX4/k5GQoFAooFArs3bsX27dvh0Kh4HUYyjUCgMDAQMTFxbmci42NRVVVFQD6LgHA448/jqeeegqLFi1CYmIili1bht/+9rf8YWlUI1f6Ug+j0QiLxYLLly9fU0MMbobspESlUiE5ORmlpaUu50tLSzF+/PgBGtXAwm7weOzIyEgYjUaXmlksFuzdu3fI1GzKlCk4evSoyyPCU1JSsGTJElRUVCAqKmrI1wgAMjIyemwn//nnn/lDMum7BLS3t7s8HA0A5HI53xJMNXKlL/VITk6GUql00ZhMJhw7dmxI1uyOZMAstoOAri3Bb775Jjtx4gQrLi5mOp2OnT17dqCHNiD85je/YQaDgX377bfMZDLxV3t7O9e88MILzGAwsN27d7OjR4+ygoKCu3qLYl/ovvuGMaoRY+J2aYVCwbZs2cJOnjzJ3nvvPebm5sbeffddrhnqdVqxYgULDg7mW4J3797NfH192RNPPME1Q61Gra2trLy8nJWXlzMA7KWXXmLl5eU8pqEv9SgqKmIhISHsq6++YocOHWKTJ0+mLcF3EEN6UsIYY6+88goLDw9nKpWKjRkzhm9/HYoA6PW1c+dOrnE4HOyZZ55hRqORqdVqNmHCBHb06NGBG/Qg4OpJCdVI5B//+AdLSEhgarWaxcTEsNdee82lfajXqaWlhW3YsIGFhYUxjUbDoqKi2MaNG5nZbOaaoVajb775pte/QStWrGCM9a0eHR0dbN26dczb25tptVo2a9YsVlVVNQDvhvglCIwxNjD3aAiCIAiCIJwMWU8JQRAEQRCDC5qUEARBEAQxKKBJCUEQBEEQgwKalBAEQRAEMSigSQlBEARBEIMCmpQQBEEQBDEooEkJQRAEQRCDApqUEARBEAQxKKBJCUHcpbz55pvIycm5pT7q6+vh5+eHmpqafhoVQRDEtaFEV4K4CzGbzYiKisKuXbuQlZV1S32VlJSgpaUFb7zxRj+NjiAIonfoTglB3IV89NFHcHd3v+UJCQCsXLkS7733Xo/HwRMEQfQ3NCkhiEHMxYsXYTQa8fzzz/NzBw8ehEqlwpdffnnN63bt2oW8vDyXc4WFhZg7dy6ef/55BAQEwNPTE5s3b4bNZsPjjz8Ob29vhISE4K233nK5LjExEUajER9//HH/vjmCIIiroEkJQQxi/Pz88NZbb2HTpk3473//i7a2NixduhQPP/zwdf0i+/fvR0pKSo/zX3/9NWpra7Fv3z689NJL2LRpE2bNmgUvLy8cPHgQRUVFKCoqQnV1tct1aWlp2L9/f7+/P4IgiO6Qp4Qg7gDWrl2Lr776CqmpqTh8+DC+//57aDSaXrVNTU3w8vLCvn37XJZvCgsL8e233+LMmTOQycR/j8TExMDf3x/79u0DANjtdhgMBrzxxhtYtGgRv7akpATl5eX45ptvfsV3SRDEUIfulBDEHcCLL74Im82Gv//973jvvfeuOSEBgI6ODgDoVRMfH88nJAAQEBCAxMREfiyXy+Hj44P6+nqX67RaLdrb22/1bRAEQVwXmpQQxB3AmTNnUFtbC4fDgXPnzl1X6+PjA0EQejWmKpVKl2NBEHo953A4XM41NjbCz8/vF46eIAiib9CkhCAGORaLBUuWLEF+fj6ee+45rFq1ChcuXLimXqVSIS4uDidOnOi3MRw7dgxJSUn91h9BEERv0KSEIAY5GzduRHNzM7Zv344nnngCsbGxWLVq1XWvmT59Og4cONAvP7+9vR1lZWW3HMRGEARxI2hSQhCDmG+//Rbbtm3DO++8Aw8PD8hkMrzzzjs4cOAAduzYcc3rHnzwQezZswfNzc23PIZPP/0UYWFh/ZJ5QhAEcT1o9w1B3KUsXLgQSUlJePrpp2+pn7S0NBQXF2Px4sX9NDKCIIjeoTslBHGX8uc//xnu7u631Ed9fT3mz5+PgoKCfhoVQRDEtaE7JQRBEARBDAroTglBEARBEIMCmpQQBEEQBDEooEkJQRAEQRCDApqUEARBEAQxKKBJCUEQBEEQgwKalBAEQRAEMSigSQlBEARBEIMCmpQQBEEQBDEooEkJQRAEQRCDgv8DHufUfo4MOOUAAAAASUVORK5CYII=", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_heads(model_path, model_name, show_wells=False, kstpkper=(249, 1), show_grid=False)" + ] + }, + { + "cell_type": "markdown", + "id": "f51eda2e-efbd-4b66-82aa-f7ce41a138e0", + "metadata": {}, + "source": [ + "This graph shows the groundwater head distribution in the domain. " + ] + }, + { + "cell_type": "markdown", + "id": "71b0de40-6210-4c98-b8cb-c03d714b931d", + "metadata": {}, + "source": [ + "🔍 What is kstpkper?\n", + "In MODFLOW 6, kstpkper = (kstp, kper) refers to:\n", + "\n", + "kstp: Time step within a stress period\n", + "\n", + "kper: Stress period number\n", + "\n", + "FloPy tracks head and budget data per (kstp, kper). If you ask for a timestep combination that wasn't saved or doesn't exist, it throws this error.\n", + "\n", + "✅ How to Find your kstper?\n", + "Check your simulation's stress period setup\n", + "From the model in this case \n", + "\n", + "perioddata=[(1.0, 1, 1.0), (3000.0, 250, 1.0)]\n", + "\n", + "There are:\n", + "\n", + "Stress period 0: 1 time step\n", + "\n", + "Stress period 1: 250 time steps\n", + "\n", + "So valid kstpkper values:\n", + "\n", + "For kper=0: only (0, 0)\n", + "\n", + "For kper=1: (0, 1) to (249, 1)\n", + "\n", + "Since we want the final time then is its (249, 1)." + ] + }, + { + "cell_type": "markdown", + "id": "ef9ffe06-22ea-4248-a129-b20e5f4fb32a", + "metadata": {}, + "source": [ + "### Visualize contamination plume" + ] + }, + { + "cell_type": "markdown", + "id": "3c91ff95-a26f-49b1-9e72-0d35f02449ef", + "metadata": {}, + "source": [ + "### Concentration" + ] + }, + { + "cell_type": "code", + "execution_count": 12, + "id": "ea25516b-f311-427d-be7d-cc2315235cb6", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 12, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_concentration(model_path, model_name, show_wells=False , show_arrows=True, show_rivers=False, kstpkper=(249, 1))" + ] + }, + { + "cell_type": "markdown", + "id": "9ab85f27-a492-4a3b-a6cb-2e5bd0ac9d42", + "metadata": {}, + "source": [ + "The current situation shows a contamination plume of Cr(VI) on the right side of the model, which is the area that we want to maintain the water quality. \n", + "The model without control would result in a plume evolution that would continue to extend a reach the drinking water supply resources. The main objective is to maintain and regulate the water quality standards of the aquifer. Further containing the contamination plume from extending beyond the observation well is essential to reduce costs of the remediation and maintenance. There are three existing wells on the site already that have different maximum rates, therefore they will be used to perform the PAT. \n" + ] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.13.5" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/src/notebooks/System_well_model.ipynb b/src/notebooks/System_well_model.ipynb new file mode 100644 index 0000000..6ae5244 --- /dev/null +++ b/src/notebooks/System_well_model.ipynb @@ -0,0 +1,1465 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "cd282849-bb38-430c-a734-f1e9795af027", + "metadata": {}, + "source": [ + "# Pump and Treat - Well System Model" + ] + }, + { + "cell_type": "markdown", + "id": "9f9593d1-1279-4180-930f-ac2700f56602", + "metadata": {}, + "source": [ + "### Problem definition " + ] + }, + { + "cell_type": "markdown", + "id": "6f15f127-8d9c-48ce-b7a5-1e0fe5d81dd5", + "metadata": {}, + "source": [ + "A heavy metal contamination issue has arisen at a site where a smelter, established in 1966 for chromium production, operated without proper anti-seepage measures beneath its slag deposits. Over time, rainfall leached significant quantities of toxic metals, primarily hexavalent chromium (Cr(VI)) into the soil and groundwater. A commonly used remediation approach for such contamination is the pump-and-treat (PAT) method, which involves extracting polluted groundwater via wells and treating it at a surface facility. However, PAT has notable drawbacks, such as high operational costs, limited effectiveness in low-permeability formations and unsaturated zones, and the risk of altering the natural hydraulic gradient. Field monitoring data showed that Cr(VI) contamination in the unconfined aquifer peak concentrations reaching 1000 mg/L, far exceeding the permissible limit of 0.1 mg/L (He et al., 2024). Addressing this groundwater pollution is critical to protect both environmental health and water quality, since there is an aquifer used for drinking water supply at the area. There are three wells already existing at the area close to the contamination source. They will be used to perform the PAT. " + ] + }, + { + "cell_type": "markdown", + "id": "7f397289-9870-4fe6-8e06-2281fb86e7f2", + "metadata": {}, + "source": [ + "![River Base Concept Model](river_and_wells.svg)" + ] + }, + { + "cell_type": "markdown", + "id": "b667af76-2748-47cf-880f-362f18df551b", + "metadata": { + "tags": [] + }, + "source": [ + "### Model Description\n", + "\n", + "This groundwater flow and contaminant transport model simulates a pump-and-treat (PAT) remediation system for a site contaminated with hexavalent chromium (Cr(VI)). \n", + "#### Domain \n", + "The model domain is a 2D single-layer grid consisting of 101 rows and columns, representing a 100 m × 100 m unconfined aquifer with a thickness of 30 m. \n", + "### Boundary conditions \n", + "Boundary conditions include constant head boundaries on the left and right edges of the domain to simulate regional flow, with head values set to 25.0 m and 24.5 m, respectively. Three extraction wells are positioned between the contamination source and a sensitive municipal boundary to control plume migration. Initial contamination is introduced at six grid cells near the source zone using the CNC package, with maximum concentrations up to 1000 mg/L. \n", + "### Layer properties \n", + "Groundwater flow is modeled using the NPF, STO, and CHD packages, while solute transport is handled by the GWT model with advection, dispersion, and source-sink mixing processes. The SSM package connects flow and transport components by linking CHD and WEL sources with auxiliary concentration data. Output includes head, flow, and concentration files, enabling visualization and assessment of plume dynamics and remediation performance.\n" + ] + }, + { + "cell_type": "markdown", + "id": "2b4835b8-8060-469f-9531-f405a2abde39", + "metadata": {}, + "source": [ + "# Start setting up the model " + ] + }, + { + "cell_type": "markdown", + "id": "16c80df8-d761-4698-8ca0-f602662ac047", + "metadata": { + "tags": [] + }, + "source": [ + "### Magic commands - auto reload of the model each time " + ] + }, + { + "cell_type": "code", + "execution_count": 1, + "id": "482a74f0-385b-495d-92f6-9d5b368374d9", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "%load_ext autoreload" + ] + }, + { + "cell_type": "code", + "execution_count": 2, + "id": "9a97cf56-15fc-4af5-97b0-309d1744f41d", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "%autoreload 2" + ] + }, + { + "cell_type": "markdown", + "id": "1b24c6f7-4000-4666-883e-9c522d464bbb", + "metadata": { + "tags": [] + }, + "source": [ + "### Import from pymf6tools the functions to run, get and visualize simulation results" + ] + }, + { + "cell_type": "code", + "execution_count": 3, + "id": "a7f6a036-b3b3-4ba5-b02b-1b4c298f7bf2", + "metadata": {}, + "outputs": [], + "source": [ + "from pathlib import Path \n", + "from pymf6.mf6 import MF6\n", + "import pandas as pd \n", + "from functools import partial \n", + "import numpy as np \n", + "\n", + "from pymf6_tools.make_model import run_simulation, get_simulation\n", + "\n", + "\n", + "from pymf6_tools.base_model import make_model_data\n", + "from pymf6_tools.make_model import make_input, run_simulation, get_simulation\n", + "from pymf6_tools.plotting import show_heads, show_well_head, show_bcs" + ] + }, + { + "cell_type": "code", + "execution_count": 4, + "id": "3e931716-42e0-413f-92e3-33c9c8dbd505", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "from pymf6_tools.plotting import (\n", + "show_heads, show_well_head, show_concentration, show_bcs, \n", + "show_bot_elevations, show_river_stages, contour_bot_elevations, \n", + "plot_spec_discharge)\n", + "import pymf6_tools" + ] + }, + { + "cell_type": "markdown", + "id": "16231890-25d0-4bc3-b14a-765a966659b6", + "metadata": {}, + "source": [ + "## Set model path and name " + ] + }, + { + "cell_type": "code", + "execution_count": 5, + "id": "0b865120-0329-4a36-8be7-60171efff881", + "metadata": {}, + "outputs": [], + "source": [ + "model_path = r'models/pumptreatnw'\n", + "model_name = 'pumptreatnw'" + ] + }, + { + "cell_type": "markdown", + "id": "d3f8ccb6-4fab-4ded-a194-c8faa5cae633", + "metadata": { + "tags": [] + }, + "source": [ + "## Run simulation " + ] + }, + { + "cell_type": "code", + "execution_count": 6, + "id": "1bfa1db4-7c63-4a16-a8b3-116b8f37b9b3", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "run_simulation(model_path, verbosity_level=0)" + ] + }, + { + "cell_type": "markdown", + "id": "60d83044-3066-4e54-86d5-e4a3863c084d", + "metadata": {}, + "source": [ + "## Inspect model parameters " + ] + }, + { + "cell_type": "code", + "execution_count": 7, + "id": "413f12d5-f0bb-4bd1-9c98-1d6457f896f2", + "metadata": {}, + "outputs": [], + "source": [ + "sim = get_simulation(model_path, model_name)\n", + "ml = sim.get_model('gwf_' + model_name)\n", + "dis = ml.get_package('dis') " + ] + }, + { + "cell_type": "code", + "execution_count": 8, + "id": "77fe0153-fe2b-4714-874a-069ff01e7140", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "[,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " {internal}\n", + " (1),\n", + " {internal}\n", + " (101),\n", + " {internal}\n", + " (101),\n", + " {constant 1.0},\n", + " {constant 1.0},\n", + " {constant 0.0},\n", + " {constant -30.0},\n", + " ]" + ] + }, + "execution_count": 8, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "dis.data_list" + ] + }, + { + "cell_type": "markdown", + "id": "b709e145-451b-4260-ab34-f6a8fa412790", + "metadata": {}, + "source": [ + "## Visualization of Input and Output - e.g. Boundary conditions, Heads and Contamination plume" + ] + }, + { + "cell_type": "markdown", + "id": "3943cd7b-493e-441e-af36-4f17c08994b8", + "metadata": {}, + "source": [ + "### Plot Boundary conditions " + ] + }, + { + "cell_type": "markdown", + "id": "d3a1e043-981b-4b72-85ad-d6b38c4fc531", + "metadata": {}, + "source": [ + "### Boundary Conditions \n", + "Note that you should change the \"bc_names\" according to the boundary conditions present in the simulation. \n", + "'chd' Constant-head boundary \n", + "'wel' River boundary" + ] + }, + { + "cell_type": "code", + "execution_count": 9, + "id": "45f354f7-bb5d-4c86-a3fc-3d925e6bdd2c", + "metadata": { + "tags": [] + }, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 9, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_bcs(model_path, name=model_name, bc_names=('chd',), show_grid=False)" + ] + }, + { + "cell_type": "markdown", + "id": "1a587b8c-9450-428e-bbf4-aa3a3e741f1e", + "metadata": {}, + "source": [ + "### Groundwater level " + ] + }, + { + "cell_type": "code", + "execution_count": 10, + "id": "a34a3424-61f5-45ed-9aec-59d0ff52bd0c", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 10, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", 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" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_heads(model_path, model_name, show_wells=False, kstpkper=(249, 1), show_grid=False)" + ] + }, + { + "cell_type": "code", + "execution_count": 11, + "id": "22bbb6f8-74d2-46e6-8a13-15999582b566", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 11, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_heads(model_path, name=model_name, show_grid=True, show_wells=False , show_contours = True, kstpkper=(249, 1))\n", + "#show_heads(model_path, model_name, show_wells=False)" + ] + }, + { + "cell_type": "markdown", + "id": "71b0de40-6210-4c98-b8cb-c03d714b931d", + "metadata": {}, + "source": [ + "🔍 What is kstpkper?\n", + "In MODFLOW 6, kstpkper = (kstp, kper) refers to:\n", + "\n", + "kstp: Time step within a stress period\n", + "\n", + "kper: Stress period number\n", + "\n", + "FloPy tracks head and budget data per (kstp, kper). If you ask for a timestep combination that wasn't saved or doesn't exist, it throws this error.\n", + "\n", + "✅ How to Find your kstper?\n", + "Check your simulation's stress period setup\n", + "From the model in this case \n", + "\n", + "perioddata=[(1.0, 1, 1.0), (2000.0, 150, 1.0)]\n", + "\n", + "There are:\n", + "\n", + "Stress period 0: 1 time step\n", + "\n", + "Stress period 1: 150 time steps\n", + "\n", + "So valid kstpkper values:\n", + "\n", + "For kper=0: only (0, 0)\n", + "\n", + "For kper=1: (0, 1) to (149, 1)\n", + "\n", + "Since we want the final time then is its (149, 1)." + ] + }, + { + "cell_type": "markdown", + "id": "ef9ffe06-22ea-4248-a129-b20e5f4fb32a", + "metadata": {}, + "source": [ + "### Visualize contamination plume" + ] + }, + { + "cell_type": "markdown", + "id": "3c91ff95-a26f-49b1-9e72-0d35f02449ef", + "metadata": {}, + "source": [ + "### Concentration" + ] + }, + { + "cell_type": "code", + "execution_count": 12, + "id": "ea25516b-f311-427d-be7d-cc2315235cb6", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 12, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_concentration(model_path, model_name, show_wells=False , show_arrows=True, show_rivers=False, kstpkper=(249, 1))" + ] + }, + { + "cell_type": "markdown", + "id": "9ab85f27-a492-4a3b-a6cb-2e5bd0ac9d42", + "metadata": {}, + "source": [ + "The current situation shows a contamination plume of Cr(VI) on the right side of the model, which is the area that we want to maintain the water quality. \n", + "The model without control would result in a plume evolution that would continue to extend a reach the drinking water supply resources. The main objective is to maintain and regulate the water quality standards of the aquifer. Further containing the contamination plume from extending beyond the observation well is essential to reduce costs of the remediation and maintenance. There are three existing wells on the site already that have different maximum rates, therefore they will be used to perform the PAT. \n" + ] + }, + { + "cell_type": "markdown", + "id": "f251093a-9e42-41c6-a555-2b3abd72dde8", + "metadata": {}, + "source": [ + "## Solving it with unregulated pumping campaign" + ] + }, + { + "cell_type": "markdown", + "id": "d6229978-44cd-4cea-a2a8-1fb523fc2f5c", + "metadata": {}, + "source": [ + "### Set path for the model with the wells " + ] + }, + { + "cell_type": "code", + "execution_count": 13, + "id": "bdd94250-7cff-4747-9c39-66f7a5de7de5", + "metadata": {}, + "outputs": [], + "source": [ + "model_path = r'models/pumptreat'\n", + "model_name = 'pumptreat'" + ] + }, + { + "cell_type": "markdown", + "id": "9c6c432d-44cd-4262-be97-c5fb34e0c4b8", + "metadata": {}, + "source": [ + "### Location of the wells " + ] + }, + { + "cell_type": "code", + "execution_count": 14, + "id": "c9fa1195-bc31-4d14-ab72-901d3128f07d", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 14, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_bcs(model_path, name=model_name, bc_names=('chd','wel'))" + ] + }, + { + "cell_type": "markdown", + "id": "073ee411-b1d9-4cd5-bab7-380cac593f46", + "metadata": {}, + "source": [ + "### Specific Discharge - Interactive graph (layer and time)\n", + "Specify the layer and time of the simulation to be visualized." + ] + }, + { + "cell_type": "code", + "execution_count": 15, + "id": "28d0abec-5af0-4b90-bc9c-186768ae6855", + "metadata": { + "tags": [] + }, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 15, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "plot_spec_discharge(model_path, model_name, layer=0, times=249)" + ] + }, + { + "cell_type": "markdown", + "id": "f5c72e9c-0f34-486d-ab64-b647e25aafc0", + "metadata": {}, + "source": [ + "### Groundwater level " + ] + }, + { + "cell_type": "code", + "execution_count": 16, + "id": "793ea635-6122-4238-b84a-87eeb00c775b", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 16, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", 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" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_heads(model_path, model_name, show_wells=False, kstpkper=(249, 1))" + ] + }, + { + "cell_type": "markdown", + "id": "2127d3df-fe41-4ed7-803c-091d14785578", + "metadata": {}, + "source": [ + "### Well head " + ] + }, + { + "cell_type": "code", + "execution_count": 17, + "id": "0c6a27ee-d0d5-4ba3-8f68-8f6b0918e938", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 17, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_well_head((0, 34, 26), model_path, model_name, times=[1], y_start=0, y_end=20)" + ] + }, + { + "cell_type": "markdown", + "id": "5dff2b4b-3a7f-4a18-afe5-d64c4df0cc52", + "metadata": {}, + "source": [ + "### Contamination plume " + ] + }, + { + "cell_type": "code", + "execution_count": 18, + "id": "023b5d4d-702f-4486-85b6-a68cf4a871ac", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 18, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_concentration(model_path, model_name, show_wells=False, show_arrows=True, show_rivers=False, kstpkper=(249, 1))" + ] + }, + { + "cell_type": "markdown", + "id": "d36b3501-f2da-45d7-99a0-a8781a3cacf8", + "metadata": {}, + "source": [ + "### Limitations of the Unregulated Pump-and-Treat Approach\n", + "\n", + "An unregulated pump-and-treat (PAT) strategy, where extraction wells operate continuously at maximum capacity, is both inefficient and potentially counterproductive. Without adaptive control, this approach cannot respond to changes in contaminant levels, leading to unnecessary energy use and treatment of clean water. Moreover, excessive pumping risks altering the natural hydraulic gradient, potentially drawing contaminants toward clean areas, including the municipal boundary. In low-permeability zones, it may also reduce effectiveness by bypassing trapped pollutants. Therefore, a controlled, feedback-based strategy is essential to optimize remediation efforts, contain the contamination plume, and maintain water quality standards efficiently." + ] + }, + { + "cell_type": "markdown", + "id": "08df355f-9a89-4bbf-9727-3cbe4f4a1aa9", + "metadata": {}, + "source": [ + "## pmyf6 dynamic control " + ] + }, + { + "cell_type": "markdown", + "id": "bd271477-98e3-4ca9-bc12-1b389784a5ad", + "metadata": {}, + "source": [ + "### Controlled case " + ] + }, + { + "cell_type": "markdown", + "id": "0873f400-78b9-433a-8b30-9dd5b3ad0140", + "metadata": {}, + "source": [ + "The wells will be pumping 24h and regulated by two key thresholds: environmental quality standards for water of 0.1 mg/L (He et al., 2024) and maximum rate per well was 6 m3/h (144 m3 /d) (Song et al., 2024). To increase efficiency, we vary the rate of the pumping wells since optimization is crucial to balance treatment speed, cost and water use.\n", + "The technical objective is to dynamically regulate the wells based on the values at the observation well, located at the area that we want to protect at the municipal boundary. The state has regulated thresholds for the amount that is possible to extract and treat. That amount can be reached or not. By using a control script, we optimize by regulating the minimum rate needed to maintain the water quality bellow the threshold and implies that we will treat the optimum amount. " + ] + }, + { + "cell_type": "markdown", + "id": "216a2005-5a99-4ff3-8a2d-e2a4ccb382cc", + "metadata": {}, + "source": [ + "### Inspect visualization tools" + ] + }, + { + "cell_type": "markdown", + "id": "e8305e3e-df1c-4ad2-a857-21168ceb55a4", + "metadata": {}, + "source": [ + "### Inspect the parameters by importing the model results " + ] + }, + { + "cell_type": "code", + "execution_count": 19, + "id": "429ebf0a-1064-45c2-a7bb-c4ec0828ecb7", + "metadata": {}, + "outputs": [], + "source": [ + "model_path = r'models/pumptreat'\n", + "model_name = 'pumptreat'" + ] + }, + { + "cell_type": "code", + "execution_count": 20, + "id": "5e718290-8bef-42a5-8f0c-f027fdb177e0", + "metadata": {}, + "outputs": [], + "source": [ + "from pymf6.mf6 import MF6" + ] + }, + { + "cell_type": "code", + "execution_count": 21, + "id": "ce8d1e61-cc7b-45de-a16b-7680812321b7", + "metadata": {}, + "outputs": [], + "source": [ + "mf6 = MF6(model_path)" + ] + }, + { + "cell_type": "code", + "execution_count": 22, + "id": "5ae3e97c-d848-462d-b28c-b79f76f6c8e7", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "dict_keys(['gwf6', 'gwt6'])" + ] + }, + "execution_count": 22, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "mf6.models.keys()" + ] + }, + { + "cell_type": "code", + "execution_count": 23, + "id": "d6d6ecc2-8c60-4112-a21a-4d79b0ff17d4", + "metadata": {}, + "outputs": [], + "source": [ + "gwf_models = mf6.models['gwf6']" + ] + }, + { + "cell_type": "code", + "execution_count": 24, + "id": "26b87095-7877-4280-bd02-35c0b6029d4e", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "dict_keys(['gwf_pumptreat'])" + ] + }, + "execution_count": 24, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "gwf_models.keys()" + ] + }, + { + "cell_type": "code", + "execution_count": 25, + "id": "d381d44d-c2fc-47ac-b7bd-5b1a94987c71", + "metadata": {}, + "outputs": [], + "source": [ + "gwt_models = mf6.models['gwt6']" + ] + }, + { + "cell_type": "code", + "execution_count": 26, + "id": "d643350c-063b-4084-87f6-59db69e02abd", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "dict_keys(['gwt_pumptreat'])" + ] + }, + "execution_count": 26, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "gwt_models.keys()" + ] + }, + { + "cell_type": "markdown", + "id": "31c80e8a-9e48-4df8-9e27-f47b66809105", + "metadata": {}, + "source": [ + "### Inspect model packages " + ] + }, + { + "cell_type": "code", + "execution_count": 27, + "id": "345e31a4-dd2f-4684-95a0-d1d1bed6dd5d", + "metadata": {}, + "outputs": [], + "source": [ + "gwt = gwt_models['gwt_pumptreat']" + ] + }, + { + "cell_type": "code", + "execution_count": 28, + "id": "c4867f5d-3727-41a1-99e7-cb58a7e2d6a0", + "metadata": {}, + "outputs": [], + "source": [ + "gwf = gwf_models['gwf_pumptreat']" + ] + }, + { + "cell_type": "code", + "execution_count": 29, + "id": "06bd798e-e1f5-4fdd-b82b-1517d4a0818f", + "metadata": {}, + "outputs": [ + { + "data": { + "text/html": [ + "
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descriptionis_mutable
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disDIS Package: DISFalse
mvrMVR Package: MVRTrue
vscVSC Package: VSCTrue
buyBUY Package: BUYTrue
icIC Package: ICFalse
gncGNC Package: GNCTrue
stoSTO Package: STOFalse
npfNPF Package: NPFFalse
csubCSUB Package: CSUBTrue
hfbHFB Package: HFBTrue
wel-1WEL Package: WEL-1True
chd-1CHD Package: CHD-1True
\n", + "

Model packages

\n", + "

Packages can be accessed via\n", + "model.packages.package_name. If package_name\n", + "is not a valid Python identifier, access with pandas logic\n", + "model.packages.loc['package_name']. Packages that are\n", + "mutable (is_mutable is True) can be converted in a mutable\n", + "boundary condition with .as_mutable_bc().

\n" + ], + "text/plain": [ + " description is_mutable\n", + "name \n", + "dis DIS Package: DIS False\n", + "mvr MVR Package: MVR True\n", + "vsc VSC Package: VSC True\n", + "buy BUY Package: BUY True\n", + "ic IC Package: IC False\n", + "gnc GNC Package: GNC True\n", + "sto STO Package: STO False\n", + "npf NPF Package: NPF False\n", + "csub CSUB Package: CSUB True\n", + "hfb HFB Package: HFB True\n", + "wel-1 WEL Package: WEL-1 True\n", + "chd-1 CHD Package: CHD-1 True\n", + "\n", + "#### Model packages\n", + "\n", + "Packages can be accessed via `model.packages.package_name`. If\n", + "`package_name` is not a valid Python identifier, access with pandas\n", + "logic `model.packages.loc['package_name']`. Packages that are mutable\n", + "(`is_mutable` is True) can be converted in a mutable boundary condition\n", + "with `.as_mutable_bc()`." + ] + }, + "execution_count": 29, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "gwf.packages" + ] + }, + { + "cell_type": "code", + "execution_count": 30, + "id": "3a193ad1-8741-402f-90fe-fcfeca33cad8", + "metadata": {}, + "outputs": [ + { + "data": { + "text/html": [ + "
\n", + "\n", + "\n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + " \n", + "
descriptionis_mutable
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disDIS Package: DISFalse
mstMST Package: MSTFalse
mvtMVT Package: MVTTrue
advADV Package: ADVTrue
dspDSP Package: DSPFalse
ssmSSM Package: SSMTrue
cncCNC Package: CNCTrue
icIC Package: ICFalse
fmiFMI Package: FMITrue
\n", + "

Model packages

\n", + "

Packages can be accessed via\n", + "model.packages.package_name. If package_name\n", + "is not a valid Python identifier, access with pandas logic\n", + "model.packages.loc['package_name']. Packages that are\n", + "mutable (is_mutable is True) can be converted in a mutable\n", + "boundary condition with .as_mutable_bc().

\n" + ], + "text/plain": [ + " description is_mutable\n", + "name \n", + "dis DIS Package: DIS False\n", + "mst MST Package: MST False\n", + "mvt MVT Package: MVT True\n", + "adv ADV Package: ADV True\n", + "dsp DSP Package: DSP False\n", + "ssm SSM Package: SSM True\n", + "cnc CNC Package: CNC True\n", + "ic IC Package: IC False\n", + "fmi FMI Package: FMI True\n", + "\n", + "#### Model packages\n", + "\n", + "Packages can be accessed via `model.packages.package_name`. If\n", + "`package_name` is not a valid Python identifier, access with pandas\n", + "logic `model.packages.loc['package_name']`. Packages that are mutable\n", + "(`is_mutable` is True) can be converted in a mutable boundary condition\n", + "with `.as_mutable_bc()`." + ] + }, + "execution_count": 30, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "gwt.packages" + ] + }, + { + "cell_type": "markdown", + "id": "18b44eeb-9f0e-4381-bfbc-58b6c396bcca", + "metadata": {}, + "source": [ + "### Inspect well package " + ] + }, + { + "cell_type": "code", + "execution_count": 31, + "id": "4a94a009-ec16-4574-91b0-b652a81b5cab", + "metadata": {}, + "outputs": [], + "source": [ + "for _ in mf6.model_loop():\n", + " if gwf.kper > 0:\n", + " break" + ] + }, + { + "cell_type": "code", + "execution_count": 32, + "id": "00b2b60e-91cd-4009-b62c-2b215912db94", + "metadata": {}, + "outputs": [], + "source": [ + "wel = gwf.packages.get_package('wel-1').as_mutable_bc()" + ] + }, + { + "cell_type": "code", + "execution_count": 33, + "id": "6daa63c5-0526-4f9c-87a5-09baa750a138", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "0 (0, 40, 25)\n", + "1 (0, 33, 25)\n", + "2 (0, 25, 25)\n", + "Name: nodelist, dtype: object" + ] + }, + "execution_count": 33, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "wel.nodelist[:]" + ] + }, + { + "cell_type": "markdown", + "id": "5caa1d47-2d28-42e2-a879-41c4f2f83171", + "metadata": {}, + "source": [ + "### Inspect values at any node" + ] + }, + { + "cell_type": "code", + "execution_count": 34, + "id": "1245e46d-e171-4c34-b2b6-f14f56fa8b1a", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "np.float64(23.097009829214887)" + ] + }, + "execution_count": 34, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "initial_head = gwf.X[(0, 41, 26)]\n", + "initial_head" + ] + }, + { + "cell_type": "code", + "execution_count": 35, + "id": "faa7a056-4e69-47b2-a561-485c779388e3", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "np.float64(152.44014664188654)" + ] + }, + "execution_count": 35, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "conc = gwt.X[(0, 41, 26)]\n", + "conc" + ] + }, + { + "cell_type": "markdown", + "id": "ba1a24e1-2625-4cf7-bb64-5c700c940997", + "metadata": {}, + "source": [ + "### Forward it to next time-step 2" + ] + }, + { + "cell_type": "code", + "execution_count": 36, + "id": "fd2b0808-4a17-4e59-8523-359cb5dc8297", + "metadata": {}, + "outputs": [], + "source": [ + "for _ in mf6.model_loop():\n", + " if gwf.kper == 1 and gwf.kstp > 245:\n", + " break" + ] + }, + { + "cell_type": "markdown", + "id": "7b1ce4d5-687a-478f-a492-e3d972c3335a", + "metadata": {}, + "source": [ + "### Concentration at sources" + ] + }, + { + "cell_type": "code", + "execution_count": 38, + "id": "102471ba-b0f9-4ba2-913f-399b34ad16e3", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "array([[[6.25970264e-13, 1.10727126e-12, 1.81836197e-12, ...,\n", + " 2.24684533e-23, 1.21597102e-23, 6.39720051e-24],\n", + " [9.15920648e-13, 1.61606395e-12, 2.64381374e-12, ...,\n", + " 2.70411122e-23, 1.46014694e-23, 7.66944854e-24],\n", + " [1.63768661e-12, 2.88009255e-12, 4.68922443e-12, ...,\n", + " 3.69725594e-23, 1.98857938e-23, 1.04196401e-23],\n", + " ...,\n", + " [1.86292625e-17, 3.34171791e-17, 5.61192575e-17, ...,\n", + " 2.30620191e-27, 1.09477616e-27, 5.28750957e-28],\n", + " [1.09715923e-17, 1.96954997e-17, 3.31193268e-17, ...,\n", + " 1.40888288e-27, 6.67291970e-28, 3.21783623e-28],\n", + " [7.79681764e-18, 1.40055802e-17, 2.35776954e-17, ...,\n", + " 1.01789961e-27, 4.81313370e-28, 2.31829079e-28]]],\n", + " shape=(1, 101, 101))" + ] + }, + "execution_count": 38, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "gwt.X" + ] + }, + { + "cell_type": "code", + "execution_count": 39, + "id": "27554f66-42e5-4e7f-a948-e24a831a4f93", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "np.float64(389.4107673239084)" + ] + }, + "execution_count": 39, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "conc = gwt.X[(0, 41, 26)]\n", + "conc" + ] + }, + { + "cell_type": "code", + "execution_count": 40, + "id": "09251c02-90ea-4ec1-ad73-e43620906de2", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "np.float64(166.14796292308077)" + ] + }, + "execution_count": 40, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "conc = gwt.X[(0, 37, 26)]\n", + "conc" + ] + }, + { + "cell_type": "code", + "execution_count": 41, + "id": "772c1ffc-9795-4837-b073-47294b40c9f9", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "np.float64(250.05161797010905)" + ] + }, + "execution_count": 41, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "conc = gwt.X[(0, 43, 26)]\n", + "conc" + ] + }, + { + "cell_type": "markdown", + "id": "2de7b764-cf09-4c28-b0df-b83cd914fbcc", + "metadata": {}, + "source": [ + "### concentration at observation well " + ] + }, + { + "cell_type": "code", + "execution_count": 42, + "id": "bfba887f-7a8f-4b57-b6eb-11c2c083ab1a", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "np.float64(0.041562932076510094)" + ] + }, + "execution_count": 42, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "conc = gwt.X[(0, 56, 26)]\n", + "conc" + ] + }, + { + "cell_type": "markdown", + "id": "51127add-56b6-422f-a314-5697466d9887", + "metadata": {}, + "source": [ + "### Controlled Well Head " + ] + }, + { + "cell_type": "markdown", + "id": "dffa5bec-7cbd-4474-b859-cd9e8a096012", + "metadata": {}, + "source": [ + "### Run the control script " + ] + }, + { + "cell_type": "markdown", + "id": "38435a21-f448-44cc-856f-83f5548c495f", + "metadata": {}, + "source": [ + "### Why running the control script?" + ] + }, + { + "cell_type": "markdown", + "id": "93b72c41-ce95-4de2-b90d-5db7a8595cdd", + "metadata": {}, + "source": [ + "If there is no control over the pumping of the wells we would extract *375 000 000 m³*, whereares wif the simulation is being controlled by the concentration values at the observation well, then the volume to be extracted is much lower and accunts for *226720.50 m³*. " + ] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.13.5" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/src/notebooks/Uncontrolled_strategy_pumptreat.ipynb b/src/notebooks/Uncontrolled_strategy_pumptreat.ipynb new file mode 100644 index 0000000..a6f25ae --- /dev/null +++ b/src/notebooks/Uncontrolled_strategy_pumptreat.ipynb @@ -0,0 +1,384 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "cd282849-bb38-430c-a734-f1e9795af027", + "metadata": {}, + "source": [ + "# Pump and Treat - Well System Model" + ] + }, + { + "cell_type": "markdown", + "id": "6f15f127-8d9c-48ce-b7a5-1e0fe5d81dd5", + "metadata": {}, + "source": [ + "Strategy 1: Performing PAT with existing wells and constant pumping rate of -50.0 m3/day." + ] + }, + { + "cell_type": "markdown", + "id": "2b4835b8-8060-469f-9531-f405a2abde39", + "metadata": {}, + "source": [ + "# Start setting up the model " + ] + }, + { + "cell_type": "markdown", + "id": "16c80df8-d761-4698-8ca0-f602662ac047", + "metadata": { + "tags": [] + }, + "source": [ + "### Magic commands - auto reload of the model each time " + ] + }, + { + "cell_type": "code", + "execution_count": 2, + "id": "482a74f0-385b-495d-92f6-9d5b368374d9", + "metadata": { + "tags": [] + }, + "outputs": [ + { + "name": "stdout", + "output_type": "stream", + "text": [ + "The autoreload extension is already loaded. To reload it, use:\n", + " %reload_ext autoreload\n" + ] + } + ], + "source": [ + "%load_ext autoreload" + ] + }, + { + "cell_type": "code", + "execution_count": 3, + "id": "9a97cf56-15fc-4af5-97b0-309d1744f41d", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "%autoreload 2" + ] + }, + { + "cell_type": "markdown", + "id": "1b24c6f7-4000-4666-883e-9c522d464bbb", + "metadata": { + "tags": [] + }, + "source": [ + "### Import from pymf6tools the functions to run, get and visualize simulation results" + ] + }, + { + "cell_type": "code", + "execution_count": 4, + "id": "a7f6a036-b3b3-4ba5-b02b-1b4c298f7bf2", + "metadata": {}, + "outputs": [], + "source": [ + "from pathlib import Path \n", + "from pymf6.mf6 import MF6\n", + "import pandas as pd \n", + "from functools import partial \n", + "import numpy as np \n", + "\n", + "from pymf6_tools.make_model import run_simulation, get_simulation\n", + "\n", + "\n", + "from pymf6_tools.base_model import make_model_data\n", + "from pymf6_tools.make_model import make_input, run_simulation, get_simulation\n", + "from pymf6_tools.plotting import show_heads, show_well_head, show_bcs" + ] + }, + { + "cell_type": "code", + "execution_count": 5, + "id": "3e931716-42e0-413f-92e3-33c9c8dbd505", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "from pymf6_tools.plotting import (\n", + "show_heads, show_well_head, show_concentration, show_bcs, \n", + "show_bot_elevations, show_river_stages, contour_bot_elevations, \n", + "plot_spec_discharge)\n", + "import pymf6_tools" + ] + }, + { + "cell_type": "markdown", + "id": "f251093a-9e42-41c6-a555-2b3abd72dde8", + "metadata": {}, + "source": [ + "## Strategy 1: Solving it with unregulated pumping campaign" + ] + }, + { + "cell_type": "markdown", + "id": "d6229978-44cd-4cea-a2a8-1fb523fc2f5c", + "metadata": {}, + "source": [ + "### Set path for the model with the wells " + ] + }, + { + "cell_type": "code", + "execution_count": 6, + "id": "bdd94250-7cff-4747-9c39-66f7a5de7de5", + "metadata": {}, + "outputs": [], + "source": [ + "model_path = r'models/mf6/pumptreat'\n", + "model_name = 'pumptreat'" + ] + }, + { + "cell_type": "markdown", + "id": "1d7e3d49-4a89-410c-bcf0-918e3540d9ff", + "metadata": {}, + "source": [ + "### Run simulation" + ] + }, + { + "cell_type": "code", + "execution_count": 7, + "id": "f379c90d-e012-4aac-8f37-5a1e30abad81", + "metadata": {}, + "outputs": [], + "source": [ + "run_simulation(model_path, verbosity_level=0)" + ] + }, + { + "cell_type": "markdown", + "id": "9c6c432d-44cd-4262-be97-c5fb34e0c4b8", + "metadata": {}, + "source": [ + "### Location of the wells " + ] + }, + { + "cell_type": "code", + "execution_count": 8, + "id": "c9fa1195-bc31-4d14-ab72-901d3128f07d", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 8, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_bcs(model_path, name=model_name, bc_names=('chd','wel'))" + ] + }, + { + "cell_type": "markdown", + "id": "234dc00c-997f-4a98-96cf-751e5923d27c", + "metadata": {}, + "source": [ + "This graph shows the location of the boundary conditions at the right and left side of the domain, and the location of the wells that will be used of the PAT. " + ] + }, + { + "cell_type": "markdown", + "id": "073ee411-b1d9-4cd5-bab7-380cac593f46", + "metadata": {}, + "source": [ + "### Specific Discharge - Interactive graph (layer and time)\n", + "Specify the layer and time of the simulation to be visualized." + ] + }, + { + "cell_type": "code", + "execution_count": 9, + "id": "28d0abec-5af0-4b90-bc9c-186768ae6855", + "metadata": { + "tags": [] + }, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 9, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "plot_spec_discharge(model_path, model_name, layer=0, times=249)" + ] + }, + { + "cell_type": "markdown", + "id": "339608f0-9bb3-4bdd-86c3-cf906c87961c", + "metadata": {}, + "source": [ + "This graph shows the specific discharge of the layer 1 of the model, indicating the disturbance of flow caused by the wells. " + ] + }, + { + "cell_type": "markdown", + "id": "f5c72e9c-0f34-486d-ab64-b647e25aafc0", + "metadata": {}, + "source": [ + "### Groundwater level " + ] + }, + { + "cell_type": "code", + "execution_count": 10, + "id": "793ea635-6122-4238-b84a-87eeb00c775b", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 10, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", 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" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_heads(model_path, model_name, show_wells=False, kstpkper=(249, 1))" + ] + }, + { + "cell_type": "markdown", + "id": "63550482-1b36-4cbe-b689-7e6118e4b1ad", + "metadata": {}, + "source": [ + "This graph shows the groundwater flow of the domain." + ] + }, + { + "cell_type": "markdown", + "id": "0abc63ae-5bf2-4721-a47a-54c6fec7fc32", + "metadata": {}, + "source": [ + "### Concentration" + ] + }, + { + "cell_type": "code", + "execution_count": 11, + "id": "35b16906-2d07-483d-9c93-1a1824886998", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 11, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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vjecp2wu6rWKf/Znvwh5G7LM5HZaTbUOMrT1TsRf1MGa+s9sL33mduO/iXsafbVe/60rma9B3DfOd28GQ/eYY9RmKvXyAyWd9DfqtZb4rhqxnvvM6Cd8Vg9cxX+OfLZmvfteV4rNfrFh/TUbbMl8aSls/wR7j6ghfa10n5rtyyDpl20FvGybWn63YLqs8mO/GOSK856TvghVD1iu2r8MR6LUxUGwaGhhdczoOkTCIXlsD2E7frNiWU0TJ/YjqU2E3U4QGJ2roYfWIDYq9pM8a5kvDXOPrzmLhSTpmI6pPheFPInQ1rs5MLOhupNj0WIyoPhVLye+MqzOTfU6P8YjqU7GohxhvOpdHVJ+KGS0WM5v+5l/50v7Tcy+/70gVXczv8ie+LZd83ldLn/nObEV8VXUxv/MKxZ6qzX1ntV7KfOkY6ebzpXPjI9+mC7hvu2XCt4Yu5nYkvjrcl57zI2voYg45NtOaLWS+9LNRatOYPb35IuZLf3N0zenctwX3pfvywVf0aUZLfkzpeI6pNZ31f1brJdyXHKePfNss/byv+gw2hlL/Lv1PE2cvXLiAnj17KvbChR9OssmTJ2PXrl1YunQp3r59Cz09PQXm9qk4W9GiRTFq1CgF5rZr1y4WZyuoRi4ehlM7QxV70My+yvaIhUMQeUTkKIw1/AV+DkcU+6cZfZhvxKEoxR69bBgO2B9T7IG6vYTvgiE4Q+LDv8wXJdkdBrUETa35ef4ghPmIuPIv8wYo2x0Ht8a7HMGGGTbnJ4R6C9+hswRpsP1PLZGdmSP6M60v8x00XexLm37NoP2msWL3m9wTJcoI3wFTeyvbLXpoo2GbBordc3RHFCkinoP7ThbHWquDJuo2rS36P7QNct/nKnaPMV2UbQ2d2lCrLxKom/fQxttXbxS78y+CkFi1VhV0HdFRses0rYPHt5+KPvbWUbZz379Hx2FtFbtIkSKo21RAoNQaqinbKZFX0LB1fcV+ev8ZXjwVvJ4n954p2/Vb1EHqhSsAPox5m34tcCNR5JLUb1VP2W7atTHUGqgqds9xXZH5Jkux6b40666FdgNbKHafid1Y7lX/KWJ8W/Rqis5k3wb81gsUwjmEzO1WfZuhy89iDH/SFccUAIbPE6X8bQY0R5efOyj2wKliLqtqqOBnMifbD2qJDkNEH34i80qtgQp+nvuTYncc2grtBrZWbHru1WpUA8PmiPOi07DWaNW3hfAlc1u9SU0MJ75dfmmLZj2aKvbQ2WJf6mrXYu12/bU9mnZpTHzFZxrNajO7x+hOaNxOzIdh8wYp2/Vb1MGwOWLfeo7tjAYt6yr2z8S3Yet6GKInxqz3+K6oqyXm4K/6g5XtRu3qY8gs4dt3UnfUbCBKTn9dIHybdNDEoBliXPpN6YHq6tUUe8RC4avduRF+miaOTf/feqKSakXFHrloiLLdtFsTDPhNHPOBU3uhXBVxPR61WPg276GNvpN7KPZPun1QsnxJ0Qfi27K3DnpP6KbYg2f0RbGSxUS7S4Yq2236N2fXh6Ez+6JQ4e/H8fhfJM7+f9YPk5Pyv5TMSZGSkpL6Z+t75aRcS66Bcl+Yk/LyZS7qNb4n7zkF0A+bkyIlJSUlJSX1/1vyIYVo77r90GsrYsmOc7cr2x7rfbByqMhJ2GXkyeLZtDx5n5UfywfYZeSJac1EXJeWJ3vbHmJ5BbQs10nfBVa/ifwFX4cjWEzyL6iv85LdMJ8kyogPOh1jMX7qu3OFB8zGiTLiw84nWVyZ+roa74PJKBvFProjkMXm3U2Fr8c6H5YzcWpPMNtvd9P9yraXjT9WDTVX7GCvcEzVErkFHutFKbP/puO8NPjQBUxqIHJJvDb4KduBHqEwHGiq2HHB8RhfT4/tK/U1GibKk1Oi01iezFlSBr1zpQecl+xW7DCfc+xY0LLcaToLcZmUttrPcobXhoOKHeQpylV/azwPl4JEee2akdY4sFGEEX3J9vTmixC0T5Qcm4y2xZ61ojR7n+UBZXt2++U4tlOU8a4bb4+dK0S5NS0V1++6Ev6bRQ6NxeSN2LLYVbHpcVvcyxi+JMxJ57Ju0wVwNRbl38v6m8CLlMXb6wnfGS0Ww9V4n2IbDjKDJ+k/zQea2WoJ8105dD081on+O87boWzrtTVg5epGwy3ynVM7le3Z7ZfDbY3wNf7Fin2X+s7pYMjGes1Ia7avmxfuUrbndTJkv7l2pDUb+y2LxNjO77ISe83E+JqMtsV2Q3fFpnNOv+tKtt+mY2yx1UCUh9IS+YU9jNg5ZDbOnrW1ddkeZXtxT2OGGVg/wR6byP7Q/izuZQxPC3GczCc6wEnfRbF3GO5Vtg36rmG+FpM3wokcq50rxZgY9FvLfK1+c2TXVIoVWD7AhPlumOoEe72t+F76I9zzpX9SBZN8SCG6f+0xnj/MEPb1h8r23bQHeHjjsWLfuXIfL5+++qTv7ZQ7eHxH5EHcSr6LNy/fKvaDG4+U7euXb+L5wxeKfTPlLvnN+3hwXfheiU7Dy+ciF+N64h1l+0biLTy+9USxE8JTkPVGrNZ57bLIibgak4Zn90X/Lp6OZ/kgaXGC25F0LhUvnoj+nT8SgyLFRL5Pasw1ZTs2KB5vX4j+BXtFoGQZsaJnarS4kZ/3j8a7bJEXc3T7KZSpWEaxk88LHsSJ3SIpFQC8NvijkqooOU84m6ps71mzH4VJ/7Ys3YOqNSsrdvQpwVvYbiAuqABgN90Z1WpVUexQwpU47hKEO6n3FPuUexhuJInx3299SNkuW6kMHPTEA+6zhy/gTT4P8hAPGpVVK2HLYnHzyMnKxpFt4uEilrBPSpcvhROEX/Im4xUunhYMkCQyZoUKFWLMiucPniMlSvA40i6JY5ydmYPLoeKh6tGtx7iZeFuxryWI7VfP3yCVsDroXM58k8Xm5LOHL3Aj/hbxFefPq4w3uJks5vqTO89wm8x92u7LZ69x+4qAMz66+QR30oRNz72Mxy9xl3z24MZj9vn9dLH9/GEG7qYLDPiD6w/x4Kb43Yfk3Hv+8DnuXaPtPMDDm2J/6G88u/+c/+b1h3h858knfZ/ee8bavXftAR7f/rxv/naf3hW5ULS/T+48ZdeO+9ce4MlnfB/n872X/gDP7ovr4IN8vvdpf9Mf4Om95+J3yHF7eOvJx773P319fXz7CR7Q6236Qzwj10XazsNbT3CfHLd7aQ/x7IFo91tLVvd8X8mcFMicFCkpKal/ur5XTkpqkspXyUlp2OSBvOcUQD8sFl9KSkpKSupHU+5//r60DamCSYZ7iBLOJH0Wi58UeYXFSC+HJDAsPkV+p15MZ7H6S0HxWEjYEhQlnnb5BsPiU/z3CdcghsW/Hn+LYfFjSS5DoEcovG1F/P9Gwm2Gxae48iCvM/CyFjkS1+JvMiw+xasHe51luQ5XL11jWPyo47GsXRrbTo1Jg8lom0/7eoYx3+QLVxkWnyKzT7oFs1h8QkQKyw+ivgc3HcdukmcQFxzPOCoU47/L2JPFxSOPxTK+xdmDoozcZJQNy1fw33wc+oTVQPtg0N+EcVO8Nvix/Aaag2L8iyWzfRwC4Od0VLEpkt58ogPDou+3O4QTrkGf9LWc4shw+/vtDjF8Of3NDVOdGG7fxz4Ap/YIXzonbaZtZrj9g5uPK9sLexgzX7uZzrh6SYQD82PxKa7eYfY2hjrPj8W/HCp8HeftYNj547s4Fj/+jEDmb9J3Yeh7imU3HGjKUPdbFrmy/tPxWjF4HfvNrQZuDKEftI9j8SnqfruhO8O6h3iLcJ/xcAu23y6rPNgcDfHhWHyKjt9l7MmQ9WG+HItP86Tc1nohzFegDuiyE6ZjbNlx2mvmgxBv8bsU02823p75epj7ImifQOjTvptPdGC+XlZ+7Lyg1wPL35xwJVb4etv4s7lNr0nWupuYr499ALtWf2u9R95X+ZMqmGS4BzLcIyUlJfVP1/cK98QlVv8q4Z5mWg/lPacAkm9SpKSkpKSkpH5IyYcUooXdOaKeoq4X9TDGSFWBxddra8B8KUJ7Se/VDKGv127ZZ32X9TdhvhQjvrCHESZoiPLZFYPXMV8aQlraZw3zzY+Zp6Epw0FmmEh882PmacjL+GdL5msxeSPzNfxJlPuajbVjmHm7mc7M1/hnS2XbWtcJkzXnKPbmRa7Md/0EEVJy0NvG0OeuxvuYLw2tOS91YyXSBxyPMl+66vGmBS6sDDpwbyjG1Jqu2HQVVpPRtthMSkf3rPXC8gEmin3aQ5CKpzScy1bFXv2rFUPf7yDlqCNVdFkJ6vTmi2Ctu0mxrX4XIbsR1afCca4o4ZzSaC5bZZruy0gVXRbCm9RgNsP6G/Q3Yb60dHxi/dkMk7+4lzHzXTFYLC2QHwdPS9lHquhiGfmd/L4M8a6qy+ZofnR8fl9a/v2nvjV0sbCHOKf+CjNPz7+PMfPCd5TaNCzotupPfDmSnuIA8iPp82PmKfI9P5KeYuZH15zObIpEyL/MwJha3Dc/kp7uy5ha01mf8iPp6RiNUZ/BfGm4dET1qWzsx9aeyfD7swnKPr/vuDoz2Riy46Siy5ZmGF93FvP91sr9Sn9SBZNMnCUaPmcgAl1FfLU/wdcP0euP6BNiufVf5g/Eoc2CudF/Sg9le9CMfog6KmKzw2f3hz/x7TtJ4J/7/9aTxXEH/CbQ5k27NEHRoqKcttfYzihTQZTp9iEY6cbtG0K7cyPF7jSsLYqVEFjpbqM6K9sazeqiQUsNxW7ZqynycsVpQ1Hxag1Uod6kpmI3bFMfb19lKnabga2U7YrVyqHbSIFxr1FfBVqdGiq2TvcmynbhwoUZzr5chVJo1F4g9Ru0Fuj4N6/eov1ggUx/l/MeDcnnNQhW/mbSbTTroa3Yd6/eh0Yzgd8vX1UgvBPCU6HVQVPYZ1JQuYYobX7+6Dlrt0KVsor9+lUWbpGSZFqOqlqvOmKDEjDoP6jxWo3UEH1c5CSUryKOoVbnRnj+WOD1OwxugztXRQltXR11ZVunuxYqq1ZQ7G4jOuHlU1Gm2apfc2W7WQ9tNGov9q3n2C7IJCXpXX4RaPsWvXXQuo9Ax/eZ0A3ZWaI8vPd4Mc9a92uGtgPE7/Se0FXst4YKBk0TSP22A1ugbf8Wol0y79UaqGDwDIG+bz+oJVr3Fe32+62Hsl2rUQ2G8e84pDVa9BL9HUDOU/UmNTF4pkC8dx7WFjrdxLwbqCs+q6tdC4NmCnR815/bQ6uTGLOfpovf1GhWm9ndfu2Ahm3FOUQR9PVb1MGg6cLuPrIj6jevo9iDZwk0f8PW9TBwmmi3x5jOqN1YnG9DCQa/Ubv6GDhV9L/XuC6ooSHmPkXmN+mgiQG/i3HpPaEbqqlXFe0SFL9Wp4YMdd93Ug+GxafLDDTt2hj9JvVQ7H6Te6AcOS+GzxXtNu+hjd7jxfwY8FsPlCxb8pO+LXvroOeYzsS3F4qVFLcnugRIyz466E6uMwOn9mLLh3xr5aIQ3uPLfjD3C7///0kyJwUyJ0VKSkrqn67vlZMSk6iCsl+Yk/LqZS5aackS5IJIvkmRkpKSkpIqoHLzPvx9aRtSBZPMSSHaZ3GAxT43LRC4Zy9rf5ZT4W7qzeKvtMT0wMYjLP6/12w/i0NTjPehLSdYDghFvG9btoflJxzbGchisbSM2GWVB0Pon3QLZrHi/XaCeOpu6s3yFYL2nWXLAdCyZ68NB1neQ7j/BbYvfk5idWf/TcdZGXFM4GWGuqdlgifdgrF6xAbFjj+bjCkN57LP6TZF86dcuMryZGgJpP/mE7CcIsbhysV0jK87S7FpaG3PWi92jC+HJmKajsgtSDwvSLbrJ9jjgKMoDQ7YeortKy0NntV6KSvxdV7qxrDukUdF2PD3JvORRH7HcoojQ/fTfZums5CVva6fYM+OVQAp8dVrY4AwH1GSajF5I0O1+ziI783vvAKn9gQr9oapTgzjTkvbF/cyZseR4ut1tRcwFLvhQFOG23eaL+b9jJZLmO+qoeZsX+j5pNfGgJWgG/9iBS9r0SeKpJ/dfjnzXTPSmiHUnQnuf25HQ9YHk1E2LD+IYuTnd17BfE3H8CUJKJ5ev+tK9ptm4+zZ8adI+oU9jNhyAOYTHVjeFEXSL+phjH1WfsJ3kgPD0NNcpyW9V7OlGCynOGL7ctEWLb1f2mcNG0+r350YYp8i6Q36rWVLHWyY6sSWUGBLHQw0hbetuO5Y625i5xtFBRj+ZMZ8baZthtN8MQfcyFivGLKe+drN2MJytb613v8n3POlf1IFk3xIIbqRfBdP7gpc/M0kgQNPv3SdYdGvxN7AM4LQv0kQ6UnnruABwTgnR6XhdYbAxd9KFr6xQQkM6Zx4TtzsUqOu4jb5zXMBMXhNsPMJZ1LIdjLDa4ftP49370SeySWCT79w8jJDbx/feRqFi4jcl5iTIn8idP95vCRYfG9rf5QiceXII9HK9mHnE8h8JfD/Owz3omxlkQNCOQ6uxl7IIXkP9rO2oaKKyLcI8RKchh3L9yIrM0uxraY4oQpB3QfvE757TLzZcgVWU5wYQv+km0hwPbj5BO6lCbz2zpUeyH3/XrF97cQaNXGhSYgiDziRR2NwOVTwOPZbH1a2i5csho3konkn9S4ObxEPHocIW6SSSkVYThYPVS+fvmIPEydcgpXtspXLwnmJuHm8fPISx3aI5N6zfmJ8i5UoioOEt/L49hNEEZbLRcKdePcuF8FeYgmAe2kPkXBW8EPiw8T264y37EGP4uqz3mYhIUI8cD268wyXgsW8oxj8V89eITlSMD/uX3uIlEgx9+k58vxRBlIvXlfsu1fuIe2i4GRQhP+z+89w9ZLguNxOvsMYMDcSxfbjO0+RHifsm8l3WB+p76PbT3CdLA9wI/E2y0m6SX1vPWG/eTPxFkP13yL9fXD9EW6SpQSuxd/C3bSHn/S9f+MRu87cSLjNcPE3k8Rv3rv2kF2/rsffwr106is+u5f+gPX/Wvwths2/QXzvpj3ALeJ7PeE2W+6A9u/O1fu4mSCOxbX42yx36wbZt7tX7+NmQr4+UN8kcVzupN7FDcLquZbA25X6d0nmpEDmpEhJSUn90/W9clLCE2p8lZyUTtr35D2nAJI5KVJSUlJSUgVUbl4h5OZ9YXXPF37//5NkuIcoMTz5s1j85AtXORY/9PNY/KuXrjF2x+WQBIZmP+Qs4vTX4m9yLD5BhZ/czbH41+JvshwVisU/6RbM8k7S4q5/Fot/wjWI5RmkRKexHJULJ0Uo4JjLaXiTGHRS5BWGxae+h51PsnbjwxJZ3gb13W93CF4kvh57+jJWDln3SV+3tV5wNxW5AucCYhi7g4YfnBe7slh3mO95xmagqHuzcXYMdX9keyBjYVAcuOFPpiwnwcf+MJYQlgjNM1k2wATHyGrFXhv82Hyg+HqjYebsd3zsD8PdVIR76HFbN8Ge4eF9Nx5hOUHU13KKI5LJqsc+DhwdHpsPi88w4w4BDDVP56TNtM1IJ7h9usTDp7D4FM1Pz5ElvVczXL3D7G0M454fi09R947zdrB9O+bCsfgUdb9J34XZJ3cHK9uGA01Z3tGWRa5sfPNj8SnqfquBG8s7CvLkWHyKut9u6J5vqQmRZ2Q83ILtt8sqD7bEQn4sPj1Orsb7cO6wCLeGHRDY+7UjrZEWd12x3dZ64SxB4dPzwHSMLTtOe818EErymSLIb5iNt2e+Hua+CPYSmH/ad/OJDszXy8oPgYQnRM9xy9+cmK+3jT/LS4shc9tadxPbNx/7AHa+Sf27JMM9kOEeKSkpqX+6vle4JyS+5lcJ93RvekfecwogGe6RkpKSkpIqoN6jMN5/YRDi/V+7SP1HMtxDtKT3GoZQp6hrg75rMLKGQNLP62T4WV/DQWbMd36XlZ/1NRpuwXD7FFe+rL8JK8s1GW3LfCmSftVQc+ZrMXkjQ+jTVYPXjrTGlEbC136WM/OlIRqLyRsZkn7LYlfmS8t97WZsYYhyV2NP5kvDZU7zdjB8vbftIeZLSzq3GrgxDPoxl9NsHDwtxGrKTvourP+nPcIwrs5M9t0/ZPWbI+vTgY1HGDqcvhI36LuGlZVuNXBjZdF01eCJ9WfjxG4RgjAZbQt7va2KTUNXI2vowtdBVBHN7WjIfB3nbhe+qrqsdHSazkKGzV9HlhIYqaLL9u33JvPZuBgPt2Dtmk8S4b4pjeayEno6z0aq6mINaSc/4p0i00fW0IXRMIvP+lJs+8gaujD8yUz45sfBE1T8KLVpLCybv938vjQs+2ftjq45nYURZ7Rc/Nn+jq45neEA/gpJT5HvHyHp82HmqZ0fSU/bye+bH0lPz5mxtWcy9H1+JD31HVdnJut/fiQ9Hc/xdWcx37kETz9SRZctrzC+nh4bbxqGHanKfSdo6LFzkW6PVNWFQV/hOzGf77dW3n9yUr7kL0/mpBRY8k0K0cBpvRCyR8Ri+04UGO9+v/VEzCkRF/1JtzeOkvLPXmM7s+2K1UQ5bd+J3VncvMeoTsp2p2FtUbpcKcXuSnDl9ZrVQWOCNm/ZqykKFxHPle0GtVG2VTVUUE9HoLc1W9dHduY78d0+zZTtitXLo8uv4ndU6lVHU4IOb9JR/GbRYoXRaXg7xS5VpiS0CH6/rnYtZfv1yyy0GyQw+VmZOWhCsPMqdQSW+8GNx2jRW0fY6Q8ZZpwi6BPOprBxSDibBA2Ciy9SXEzjuOAEhsWPORWHqqRc+dn9Z8p2cuRVtOgp8Or30h/g2YPnin0t7jo6/2eJgIwnr3DniiiDzH2fi1SSd/CIlHTX0lTF+cMX0W/ShyUOVOtVQ+QRkbNStLgo927SXhPXSSy+eU9tXIsTdjX1Ksp2065N8P6d+D9Y+yGt8ZCUf2q2EksFNOuhjWpkv7v80gEvSCl5M4KVb9GzKTRb11fs7qM64c0LUUreYYhYJqFVHx006ybGl+LJVTVU0HO0OA/a9GvOxrfnaDHv1RqooC/Bq7cb2BIteop26flUq1ENtlxE+59aonkPLcXuM1Gg19Wb1MTAqcK305DWbL72ndxd2a6rXQsDCVK/09DWaNxeLOPQjyx1UU9HneH3Ow9vC81WYr72I/2r36IOQ9J3+bk96jUT52Z/8lnD1vXQjyDpu/7agWHxB/wulhlo2FYD/SaL3+k+qhPUNFSEr67wbdyhAfpOFP3vMboTw+IPnCp8tTo1RJ8JYlx6ju3CsPh/LO8AfFjGofc4Md69xnVFucpimYefyLIITbs1YfOh9/iuKFW2hGh3umi3WXdtNpf6TOiG4iWKftK3ZW8ddCbXpL6TenxXLL7U95XMSYHMSZGSkpL6p+t75aScuFwHZb4wJ+X1y1z007kh7zkFkHyTIiUlJSUlVUC9zyuM93lfmJPy//7VQMElc1KI9tseYnFSmhdxYOMRhnHfZ+UHPRLXpQjtgK2nYERi/l7W/pjRQsS3Kcb7+K4gLB8g8lB8N4r8BJdVHqx0NdAjlMXBD24S5NI9Jt6sPDnM5xzD4lPUupeNP0PoRx2PZfkhJ1yD2PdoefLlMI6Op9j247uCWG5DctRVls8S4i3KKQO2nmL5FKkx6Synhpbletn4w0FP5FekRKdhsuYcxaalty6rPLCNYMfjguNZzgItR7WZtplhxoM8z7BcB0oNXT7ABEEeYl+9bPzZeCecE/Tf6c0X4TIpr91q4AY3UhZNy1Gnauuz0la7GVtwkJQVh/mKstJpzRYhIUL8jtXvTuy4niblnXptDXDhhCAHW+s6sX0N2CZKfOd3WYkQb0GctZvpzEqz6Txb2mcNQ+hTzLlu0wUMV75i8Doc2yl+Z8sigU+f2WoJQ7Eb/2LFEPoUyz67/XKGeF870prl8dDzdG5HQ+ZrOsaWYdy3ETT8/M4rmK/ZOHuGqKfI+QXdVrH+mk90YPh9miu0sIcR87Wc4sgowhR7v7inMRszq98c2djvMhZI+qV91mC/nSAbW+s6wZV8TpH0Bv3WMnyBte4m1kdapr98gAnztZ2+meH4ad8NfzJjY283Yws732j5/IrB63CAXM/sZzmz6+ReMzF+K4euZ74OetuwmcwXWv5vNMyC+W6cs53NQ6l/l+RDCtGV6HSGV75yQeQcJJxNYSjmy2FJeEoQ+qnEN+pELG6niPyF2MDLePlMoNqvEqT32QOReHxH5EnEnIhVtuNCk5B2SeQnBLqFMSz++UMisTPy6EXcIr950PEow+JTJH2Q+xk8INhrV+N9KEryOk7tETe7/db+LE/DYfYOlK5QWrGPbhc3IZeVHnjx+KViW0x0QIVq4lUmRbjvMvbEc7KswPpxdgyLf2SbYGp4W/jjwS1xXKwmOaJ8VdEuvVEf2RrIcOZblooLKMBR9xGHoxEXIh4mTrmHIf2yOMZua8QF9+HNx4xJcjk4ERH+gh/hQ7D4pcqWhN0M8XB5K+kODjqJG70vudFUqFYe5oQ78+jOU+wxEYm1/pvEb5atWBo2U8WD0ePbT+BhLm6qx3aKh8tixYuyNVfuXn2IYE/xkBhG+Bs52e9weIvo37X4W4gmSyOcDxAPjBlPXiGItJN+6bqynfkmC9GEk/Hg2iOE+4vvXiU8kIzHLxln5FbSbcQEioe3qyTf58ndp2wJguvxN5FwRjxsXokW7T669RgJZ8WDXPql60gl+P0rZI2lBzceIem8sNNj03E1RuwPzTm6d+0hUmg7MelIixNzhV4r7qY9wJULok+pUWm4Fi8Q8FdIu3fSHuAq6X/qhXTcIGh5el25lXqP+SZHpuMGQepfiSG+KXfZ76REpbHrAx2zm8l3cTWGtpvGrl/U90bSHe4bxX1To8W17Ubibdb/lKh0trRIKmnnRvwt5pscdZXlgKWQdq8n3ERK1FXim4Y7V0S731q5KIRcFP7CP5lEU1DJnBTInBQpKSmpf7q+V06Kf1x9lClX5K+/8Cd6/fI9hjZLk/ecAki+SZGSkpKSkpL6ISUfUogSI1I+i8VPjUn7Uyx+AAlPpMVdLzAWPy3uOsfiE6z4sZ2nWY5K6sX0z2Lxj2wPhI+DiCsnR11hWHyaB3HY+SSLQSeEJ8N80kbFprkMvhuPMN9LQfEwG2f3SV+P9T4MzX/+SAyMf7YUvgSDvW25O+ObhOyPYIwYipl3mL2NsUUCPUIZL4KGFNaM3MB8/becgD5hM5whaPDlA0xZXoGP/WHGfKCclKV917DlAbys/Bh7hqL5lw8wZXk9Xhv8YK8n5gM9FsY/WzIEuY99AAvTUN91E+xZ/o2f01E23tTXcoojy7/x3XiEIexpOxumOiGZhEF8Nx7BERLGo2EZm2mbGZo9Pxaf+v4ZFn9xL2NcJrh9h9nbWLsfYfHP/g0sPskP2qTvwuy/wuJTVH9+LD4do60GbuxczY/FTyWhl+2G7my8Q7wFRt54uAXbb5dVHuycCvURuUKrf7ViOHhX431s3tG5vXakNRt7t7VebD7Tc8Z0jC2ukVD2XjMflgt1LkD8htl4e+brYe7LVixnWPxJG5mvl5UfG6f8WHzq623jj0B3Mf50KQlr3U1saQYf+wB2vn1r/ZE4+6V/UgWTDPdAhnukpKSk/un6XuEen0sNv0q459fmqfKeUwDJxzkpKSkpKSmpH1LyIYVo2QBThq+nqGvDQWYYXXO6Yi/sYfRZX+OfLTFKbZpiL+m9+rO+pmNsGUKfhhBWDl2PqVqihNfqdyfma/yLCKWsHWmNqdr6im2vt5Wh403H2inbFpM3Mnz9VgM35ktDSnYztrDy6T0m3sx3k74o/XOavxNzCBb7wMYjzJeGMbYsdmUY9FN7gtmY0RCT07wdWE+Q70EeZzCx/mzFpq+FrX53gtO8HYrtv+k4Q2bT0uYVQ9azcM8eE2+sGmqu2PT1+JwOhqxE1l5vK2ymbVbsYztF5dK4OjNx2kO81l4z0pr1iYajRqlNYyXH8zuvgONc4UvL1Ueq6rJS5hktl7A+0OM2UlWXlXDqNl2AdaSKyGS0QPqPrKEL2+minana+ixMxxD6NXTZsciPeKe48lFq0xhCP78vDZeOrjmdIfTz+9LS+zG1pmPF4HUF9qUl/vkx88xXfQbr/19h5inGXa/t533H1ZnJcPsUSf8pzDz1patyf8qX9j8/kp7uy/h6etw3H5KehrknaOixcGp+JP0yEpadmM83/1IHdOwn1p/NMP76BNM/soYuDAeK5RcmNZjNMP70N0apTWO+kzXnsN/91sr9z9o9X/KXK2+9BZaEuRH1Ht8FYZ4irtt9pEDH9xjVCZWqixLZnmO64JSbuDl2/aW9st1+UGuULi9Q951+bo+3r7MVu/NwgRlv1k0LRYqKCdu6XwtlW7VOdWjo1FXsujq1kf02R7F1CMq+fJWy6DhMtFu9VhU06ybQ4Q1biXYKFSqE9oNbK3bRokXRtKtoS62BqrL98tkbtOrXXLFfPH0FrY4CHV6RlBjfuXKP9en65Rto3K6BYpcoWUzZjgtNQjPiG3n0Eho0F+jwd1livGICL6NVX9GH8EPRDHV//5oop044m4w2ZAzTL13D6+eibPtKTDo6DvmwnMC9q/dRnWDnMx6/xHUSF0+LvaZg8YsUKYTLoYkYOqsfAKBYyeKIOSkeeJ4/eq5s19VWxxnfSPQa+wEfrlq3GqJJnkHhwqL8sHG7BqzUVbtLY6THXlfsilXLsc9eZoh9adO/Oe6nP1TsmpriuDXrpoVSZQSCvP3g1qzku1E7gcFv0aMpapBj3mlYO7x+/lq0RdD2LXvpsCUKOpE5p6qhgvb5EPpNO4tj3OVngTJXa6CCLmQJiNZ9m6FpF+HbjSzbUKtRDfQc24Xtd9POjYUvwamrN6mJPmQ5i7YDWkC7k8DiUzR/Ha1aDJPffmALNGon5naPscK3no46w+R3GNQSDVqKMew5TuDf6zevnc+3NcPi9xov9qVByzroO1n4dhraBrUa1SS+AkGv2boe+k4U/e00vB3U6gssfm+y3w3b1Ucf8t0uv7RnSyz0Ie00btcAvcaJPnUd0RGVCA6g9wTRrlbHhuhBxrDbqE4oV6kM8RXtandujO4jxHHsPqoTShMsfp/xot1mXbXQ5VdxDe0xuguKlxAhld7jRbvNu2uj01CxJEjPsV1Q6Dty8b8OzO3/fZZFgSVzUiBzUqSkpKT+6fpeOSl7Y5ui9BfmpLx5+R7jWsTLe04BJN85SUlJSUlJSf2Qkg8pRAecjrL4644VAiN9aMsJmIy2VWwf+8MsXkwx0sd3BWH1r1ai3Y1HWB4KxXgHeoTCcJDIzQggZZpua7xYfkKYzzkWr6Z5EPus/GCvt1Wxo47HMiw+Laf033Sc5TJcDktk8XdaEntsZyDLdUiOuoppzQRmnpYy+m8+AbuZotQ2JTqN5dREHY9Vtj0tDzCUdXLUVeZLyzu3LdvDUOIxgZcZxp+i4jdMdWKo8yDPMyx3gJY5rhi8jpUuHth4hOVtUFz93I6GrCx692ovlvNxOVSU0+pqL0ASLW1d7ApPC0GGjSall7pNFyCFlLbaz3JmuS90fGe0XML6ZDNtMysVpqWgczos/6gcmCLVT7oFK9sLuhux39k4ZzvDm1OE/vIBJgjyFMsDUHz99OaLcMDxqGIbDbdgv0OR9HptDRhefe1Ia1byT5H0czoYshwls7F28Ceofop7n995BXzsxX6un2DPfofmRS3otoqNicXkjQyhT5H0C3sYsXatfnNkCH2Ksl/c0zgfkt6JYd0pkn5pnzWsfzbTNrOxp0h6g35rGQ7edvpmlqNEv7d8gAkjJNvPcmYIfYqkN/zJjPk66G1j5xvt+4oh69nYO8zexo4VxQqsGmrO5rLTvB3YTubAPjJ+RsMtcIiUszvN38muk17W4pxe/asV8920cBfD7X9rvc8r9FX+pAom+ZBCFB+aiLvpD4R9RrAZLpy4hCvR4mZy4ehFhtCPDxO+Yb7ncJ3g1cP9IvH80QvFTgwXN9XA3aEMUU+5CJHHYpEUKX7zoONRvHwmchIC3QW+PtgzHGkkl8HVeB/D4gdsFQ80vvaHcZtgpO1nbkORYuL15QFy0XRZtY/1b91YW5Zv40PWHXFb7YUH10WOhNloG5SrInIqDpAbwv4NhxlO23yCPcpUFLFt343iZnd8ZxBbSsB5kStolNLbmrBZDl9k/JhjOwJxk/yOK7mZpF26gUCyBEDUsYu4eErwGPZZigvj+5z32GYgEPspF64i0I0sH2AnbkplKpWBxUTBnbmZdBv7CTbfi6yhU65yWZiOEkms9689ZDceb7IGTMkyJRhC/27afXbDozcaANi0YJeyfS3+Fo6TZQkoQj/zVSbrU8qFdIQfEmyMEC/xUPL4zjP2cJx0TjyMvXr+GmfJA+6t5DsI9hLzOYGcT0/uPsP5w+LBKC32GiLIg9Jl4vvw5iNEkwfclKgrjAlzmZx79649RAw5hsnnryAuVLBP4ghe/87V+4gLFg+XSRGpSIoQD4H0nL6deo+h+RPCU5ASJbDudK2mmyl3GbY//kwKw7rT68qNpDsM4x9/JhlXLl4n4yDauZF4+yPfq2TZjPgz4rNr8bdYHy6HJiOdYPwpdyb98k3WblxoIq5dpr50mYEbrE+Xw5JxLZ72QXyWduk6OzaXQhLZfxJoO2mx19kSFXEhiewaGk/G/krMNVwixy0uOAHXCTflW+tLk2b/+JMqmGROCmROipSUlNQ/Xd8rJ2XXxeZfJSdlSstL8p5TAMnqHikpKSkpqQIqN68wcr+wuidXvhsosOQ7J6LEcwXH4seHJTJmAUV+p8VdZxj0S0Hxn8Xip15MZ1h8mkdw2Pkkw+InR11h+SExBLXtv/k4w+InhCczLD5Fbfs4BDDf2KB4hsWnaGuPdT4sz+Dc4WiYjhG5OTTPZKuBG0PHB+07w7gjtF27mc7wMBfx6+O7gtjY0xwJ4+EWHF/vEICFhPkQdkAgvJf0WcPi4l4b/Bibga4GvainMbw2+Cm2p4Uv6wPFjC/pswZ+TkeZLx0Hiic3HGTG2C1eG/zgSDgp9FisHrGBY/EdAlguBB3f9RPs2XcPOB5l4019Lac4sjwZ341HWDiIhks2THVieHjfjUfYytIUSW4zbTNDvtO5/Cks/tVLIsxBl474Kyx+wPa/wOKTPJ4vweJTvP6WRa4sFEPzuAwHmXEs/rI9rP8fYfHJis/bDd0RS8YwPxafjpHLKg+Ws/QRFp+ENVyN97E8qfxYfBpacVvrxRhB9PwyGW3zERb/zAHRVn4s/vUEscq4h7kvQvaLPtI5aD7RAdfjha/XBj8EkdAhW8bhNyfWrreNPxv//Fh82l8f+wCc3P0dsfgy3PNdJcM9kOEeKSkpqX+6vle4Z1tM668S7pnWKlrecwogGe6RkpKSkpIqoHKBL67Oyf1rF6n/SL5zIlo5ZD3D11PUtdFwC4xRn6HYBv3WftbXZLQtxtQSCH3Dgaaf9bWc4shw+6tHbBDbv1oxfL39LGeGjqeo+/UT7Flp8JbFrszX6ncR+rGdvhkzWoqS6N2rvRhun6LuHefuYKXWPvaHmS8tVdxq4MbCJaf2BLN9oyEmp/k7YT7RQbGDvcIxUUNPsenr8w1TnVi5sv/mEwyDTV95rxpqzsJIHua+POREfPW7rvyolHHDVDFO9NX0pAazEbRPvKa3mLwRTvN3KjYNBY2uOR2BHqLyx3CQGSunpOWqI2vosjDMvE6GrN0tpMx5ZA1dVmY6s9USVvLNsPg1dNlvTm++COaTxHibkSqhUWrT4KAnQpnTdBYynD2dk6NrToflFEfFzo+Dp0sdjKk1HWZkjub3pXNljPoM9jsUHZ/fd2ztmQyhP7v9cu5LcPDj6sxkCH3q+xE6vu4shlvPj6TPj5mnePiPMPPEd4KGHrPz++bHzNOSeYak/wRmnoac6WrfI2vosmMxqUE+X4KcH6U2jflO1pzDUAcfIekJMmFKw7lsCQAa1h5dczpWDBHLfExpxH3zL4tAlwT5rfE8hvFfSsZvTC3u+3uT+cz3Wyv3P1j7L/2TKpjkmxSizsPbISI3WtjDBHo5P+q+w5A2yHydJWyCmW/WrQmKFRevA1v0bYYXpHS43U8tle36LesiJ/u9Ymt35sj5mpo1FLt6nWoMda/ZUqC2ixYrgjYDWih2iVLFoUMw4zXrC+z5q4xMtOqjI+wXb6BNMOPlq5RVtu9df4imXcRn1y/fRBOCRS9KSpcvBScy3wj/GDRoWVexM1+8VbajT1xi/Q3edxaq9aor9p0r95XtuJBEtBvYSrETw5PZ2CdGpKDdwA9jej3hFqrVEvjvRzef4EbirU/6vn2VhcSIFAyZ+QF1n5vznpVB3k4WpcvVa1dFiHcEeo7+gD8vW6ksLhwTDzxvCHq/Qcu6OOMbhd5jP2C/azWqyUqbC5HrU5N2mrhCsfidG+MGibeXqSDmnHanRnj++JVit+jVFA9uiDL4GvUEIl2nSxMULSpO79b9WyCDYPEbNK8tfLtqoWrNSordblArvH4mfkerozjezbppoR5ZvoDOZVUNFbToLeZV8x7aaNJRIOk7DBLniFoDFbQjdoue2tDuJOZOxyHis1qNaqDjMIHUb9mrKfPtRHzVG6uhy68Ck9+qjw6atBd96DJcnNO1m9RE99FdmG+jtmJfu/wsEP91tGui5ziBmW/brxnqt9RQ7K6/iP7Va6rOUPJt+zdHnaZizLqOEPh3jWa10XsCaXdAS6g3EVj8LsRXs0Vd5ttuYEuokaUQupJlPDRb1UNvgsVvP6g1qtWpSvogfBu20UDPMQLr335wa1SuUVH0gSxR0LhtA3QfLca3/ZA2qEiuF8y3vSa6/SrGpeOwdihDsPidybIIWp0asWPTaXg7FC8hltHo/LPw1e7cBB2HiHnX6ed2KFxY3vT/rZI5KZA5KVJSUlL/dH2vnBTH6PYoVfbL/n//9tU7zGl9Xt5zCiD5JkVKSkpKSqqAykUh5OJLc1Ikcbagku/IiA5tOYH5JK7rarxP2T66I5Ah0/03HWexZYrbDnQPgQmhiB7acoLF4yluP9grnOVMHN8lSun2mu3HpoW7FPtcQAyLbdMSvf12h+FEylwvBcWzfaFlgke2BzKEfnLUVeiRHABachiw7RTLV0iJTsP05iL3hZbEetn4s/4mR11lOTUUdb99uTtH3Z+KY2h+irq3+s0RXoS8etojjI0DLcs0/MmMoe597ANYXkR+1D3d1z1r+TIEtIR3ms5CxJ8VhMxty/YwMuxFUg6uq70AKSSE4zR/J0Of07yYac0W4QopV7XX28pQ97R/em0NPkLoH3MR9Fd6jOd3XsHG22neDoZqp3NnaZ81rIR608JdDIVO5+TKoesR4i1+h85lvTYGLMdn7UhrlptDz5E5HZbjIMnFMRtnz44bPffmdTJkeTvmEx3Y8hGUuqvfdSXztfrNkf2O21rhu7CHEff93Ymh72n+z+KexqwU31p3E5uTFDO/pPdq1q7t9M0MoU/L6Q36rWWYebuZzuxzehyWDzBhmHkHvW2sj7T03nCQGTsWG+dsxx6y7xRJv2LIelZy7jRvBxt/Wqa/aqg5KyV3mr+Tnce0JN74Z0s2lzct3IWdZL7stxOk6NW/WjHkw+ZFrmypETp31460xrGdwtd5qRu2LRM06G+tP1ZB/tI/qYJJjhRRzMlY3CW5EPQGfPZgJBIIzj50fzjuXxMI+OgTouY/cE8YUsnN5PTeMDy5+0yxY8kNLcD5BG6l3FHsE67ByvaZgxcYtnuv2X48vS/yCg5tEReLY9sDkXBO3ICd9F2Qk5mj2L624uLrttabIbLNxtiymK676X5le9dKT9xMvq3Ya0dYo1TZkqJP5ILqZX6Q5VOYjbZBmQqlFdvTSmDmj+04jdQoMUaOc3cAhcX/LrwIkv58wEXEEqaC/6bjuJsmli/YbSQuqFcuXkOgu0i6vXA0hmHyPdeLi/Pbl2+xm1yMEyNSEbxPrH+z30aMWYkyJbCBJB+nx17DQSdxc/Em6wWVqVgapiTx9GbSbew1FeNE1/EpXa4kVv8iEkZvJd+BC7mQ7zUTx6JwkSIwJetHXYu/hV1k3+kxzsl6h43zRLJx4vmrOEpu7Ic2i5vSs4cv2DGPC05AmK/gZNA5eTvlLg5vEftN5/KTe8/YUg1XotNwylU8DNFz5MGNRwgjD1VJ51LYww899+6lP0SEn2DhxJ9NxjmC1L9A2Bx3rtxHJPksLiQRMWTu0D7cSr6LKJJXFBecgLgQwUmJIr43ku7gIuGXxAYlMJT8hZOiv9cTbrOH1oun4xlun7abfvkmYggD5GLgZSRHiQdcivi/eukG463EnIpjaH7me/E660PMqTikXBC+lMVyNeYa840+GYdU8pAdfVJ8lhqdjmhybGJOXsKVGNIu+Swl6io7NjHHL+EqYezEHBe+yZFXGUcp+ngsrkaTdo+L45R0/grOHRH2haMXcZX0V+rfJZmTApmTIiUlJfVP1/fKSdlwoctXyUlZ3OaMvOcUQDInRUpKSkpKqoDKzSuE3C/lpMhVkAssGe4hSjqfWmAs/uXQBFbnT+O0V2KvMSx+7J9g8ZMvXGVY/Iv5UPc0Dp4QkcJYGBQr7ed0lHFILocmMCw+zYPw2uDHfKOOxzIsPs2D2GXsydD8IV7hMBkt8m1ouw6zt7H49TGX04xnEHFYlHcb/2LJeCbetv6MhUDx9Qt7GLEYusc6HzaeIftFiEa/y0q2rLu76X52TMN8eLt039xN98P4F0vFpphxg/4mbPVfj/U+jFFCx8FomDnLxfCyPsiWkqf5HyajbRiC3HfjEewxEXkG9Fisn2DPXtP7OASwuD7tg+UUR8STlXl9HAJwkOQ+0HDKhqlODB3v4xCAQxSLT+akzbTNLN+GY/GNWDjCbqYzQ93TpSM+hcWnKPk/xeLP3f7fY/HdgpXtv4vFp/u91cDtT7H4dL+3G7qzkGN+LH5a3HXF3rnSg53X+bH46fmx+CREkh+LT5H0f4XFp75fgsWn/TGftJH5eln9TSw+OYfyY/Fpf783Fl/q+0qGeyDDPVJSUlL/dH2vcI95VHeU/MJwT+ard1jWNkTecwogGe6RkpKSkpIqoL7OKsgyiFFQyZEiWvOrJUaqCOQ7LTFeM9Ia4+vOUmzDQWYMdT+3g/A1n+iAsbVnKvaqoeaf9bXW3cRw+3RlXZNRNpjRYrFiO83bwXD7NERjOcURM1sJ1P12Q3eGpLebIUJK9rOcWbmvxzofhtB3Xipw6psW7mKlzIedTzJfWi7pvNQNq3+1UuwQ7wg2DvRVu/0sZ2ycs12xj+0MxBwyLnQ1VaNhFqyE09PyAIyGCyw6DYHM77KSlSduXuQKm2mbSZ9EaGiy5hyE+YqqEavfnbCZYOhpWebomtNZqMj4Z0vsMNwr+kTKP0epTWPltAu6G2HnSlGxQ783Sm0aK6+c3X45w+I76e9kvjQUNLPVEtjP+jQWf3TN6QyLP6PFYlhMFvNl3QR75ktDmdObL8JaUp1Ey+nHqM+Ata4II1J0/IjqUxkGfWztmaxsn877EdWnMrz6uDoz2W8ydLyKLsPVj6+nB+NfxDyb14lj5hk6XkOPlfjnx8zTdifWn80Q+nTphfy+kxrMZij5v8LM0z7RVblH15z+EWaeYvIpkn50zemsf1MazWWhTBoCzY+O/63xPFa2T0PVY2pNZ2P0e5P53Jdg+sfUms7Ovala3Df/UgfGP4vw6VRtfea7jIzJGPUZ7Jjqai9gywPQsR9beya7zkzTWch8pf5dkg8pRK36tmCY6bb9WyjbLXpoM+R7i946UGsgMOSt+zVTthu2bQCdrgJJr925EVQ1hG9LgqSv1UiN4esbENR96fIl0aqvaLd8lXIMB67eUCDzc9/nonnPpszW6iRw4JXVKivbzx6+QNNu4jcf3XkKrY4Cx1+ilMBR34i/iUbtGih2/JkkNG4r7CxS5nzh6EVUUxfo7VNuIajXVF2xacn2heOXUJiUHEccikaRomI6Xg4TuQFpcTfwkODf76Tew81EURYdS8q0Xz19yXgm2W+zWD4AXeK9kmpFBO4VuQQlShXHeVK++uyBKBuvq10Lp0hpc3X1KjhHYvxZb8Q4aLaqh6hjIuejQct6uET6SPezcdsGrGxbu1ND3LsmyqvLViijbDfp0BAZj18qdrPuWnjx5LXoU20x9lqdGqFIEbI0Q28dFCokxrtuk1rkNxuhCsGgt+rbDOUri9/VbF1X2W7auTHUm4hj2rK3mJ+qGtWhQ86Rpl2aoEkHgZlv1VfMe7UGHKHftEsTtCDzt02/5sy39QCBQdfp0hit+4jfbUPO05qaqmg/RODsdbppoS1ZUqEtWYqhVkM1dBgqsO3NujVB+58EYp+e/+qN1BiavXkPLYb1b0/ard1YDV1/pb7azLfdALFvdZrURPeRnRS7RU9ttCVLDbQbKNqtq10L3UcKJH3LXk3Rmvxu+0Hiexo6tdGN9KFlbx20JNcS+hsazeswVH+rPs3YsWhH2m3Qqh66/CzGrFXf5uxaR9tt2FoDnYeLY9G6fwtokesXPS6N2jZAp6ECi996QAs07iCuSa0HinYbt9dEh0Hiu20GtkRDck361nqPQl/lT6pgkjkpkDkpUlJSUv90fa+clDXn+3yVnBTj9qfkPacAkm9SpKSkpKSkpH5IyYcUoqM7AlkcmlI4T+wOgvlEsdR9wLZTLBZOcwWCPM/AbJyIxR/dEciWiN+9WuCpzxyIxBoSiw90F2WPHua+DPccdTyWxbppOZ+vwxGWT3E5LJHFs2lJ4TGX0yzvISU6jeUW0HyQgK2nGG7/ysV0zGgpcl9oearHeh/W3/jwZIbQp+WddjO2sBLkEO8Ittw6LUddPsCEodm9bQ+x8aUIfb22Bqz/rsaecNIX5FWKip+qrc++67xkNzuOtETy9ybzkUrImh+h7knp5TSdhbh66bpiO+htY3hwWoI8q/VSXCXlqg5621juDi0bndvRkGHxnebtYPk3NN9mcU9jtq+bF7lyLD4p71wxeB3r07Zle9ixoeWda0Zas9wcOpdnt1/OSvHNxtohyEPMUYqkn9vRkOX8mE9yYPtNce/zu6xkOHjLKY5sPOl5uqC7EfPdMNWJ2TSHalEPY/aZzbTNOEBK0ukYLO7Ffe1mbMF+O0H4pTlJBn3XsH2z19sKL0IkpuX0y/qbMF8HvW0s/4qW9Bv+ZMbG13HuDobNp0j6FUPWM4SC0/ydbExp6fqqoeZsHm1a4MIQ+nTeGA23YEsxbF7kyuYARRus/tWK5WY5L3VjuH2KV1gz0honyDzbauDGcPu0fN5ktC2bK9sN3Rlu/1vrPb5GyEeqoJIPKURn/SJxO+WeYlOWQLDHWVwKEdyJU24huJcmcizCDwrfo9sDkUC4Dke2B+LhjUeKHUHyHnzsDuMK5U5sEResUO9ziCSMApdVniyvw9dWXFADthxH7GlxU7KbuRWvnol8BY/14iLqstITSecFH2LtCGvk5uaRzz3YdlqcYDMYDbNE8ZIiZ8V1tbjo+NgeYah78wkOKFFaLM1OcfBnDkSx/u4188GLJyLfws1YXPiuXryB0yR35MKRGMQGiYej/Kh7l1VijZjEiFQE7RU3Si8bcXEuUaoErKY4KnZ67DX4bRRrruzfIC76pSuUwdoRAl9/Pf4mQ93T8S1ZtiSMh4nkwhuJt7GTJMu6rRU3i8JFi8B4uEguTLt0HVuX7Pmk77vsdwyLnxCRij2kD14bxL5lPH4Jx/ni4SzmZByOkRv7QbKfd1LvsRv9+UPRCPMRCcUB28VNKfVCGg46iZsLncsPrz/CcXIDiz+bzG5oEf6Ck3M//SHLB7oUnIggD8EPOUvOpzup9xBK2CKxQfE4e1A8dIcfEu3eSrqDswfEQ1TMqcuIOirOoXDShxuJt3HOX7QTfTIOMSQJO4Kc/zcS7uB8gLCjTsQhLiiB+Ip20+Nu4XyAsKOOxeJyqLgeRBwW/UmLvYFI0r+oYxeRcEY8OEccEp9dibmGSPIwef5IDOLDUz/Zh9SoNMY3OR8QjUSybEYEGd/kqKusT+cPc99z/lHCN/IqIsh4nz98AUmEQ3OOjFliRCrO+kWRz6KQGC7yxSLIMUwMT8EZshTDOf8LSCTLkISTZRESziYh1Fsc4wi/SCSQPLRvrT+qe770T6pgkjkpkDkpUlJSUv90fa+clOURA1CybLG//sKfKPNVDtZ3PCbvOQWQfJyTkpKSkpL6gfXu3TusXLkS9erVQ6lSpaChoYG1a9ciNzdX8cnLy8Pq1auhpqaGUqVKoUePHkhISGDtZGVlYe7cuahatSrKlCmDoUOH4vbt2/l/7oeSfEghSjyX8lksfkp0Pix+CMfiU+R3SnQaw+JfDLz8WSx+4vlUhsWPITkefk7HGLY9/mwSY2HQ3AvfjUdYPDguOJ5h8SmS3svKj8WZzx+JYcwVGubaudKDtRvkGQbTsXafbNdupjOLofs5HWOshrAD4pXtkj5rWGx+j4k3w+LTfJvZ7ZaxGPru1V4wICyJYOI7v/MK+JFwxO7VXlhNwjQ0n2JJ79XsGLubejPU/dmD4lX1isHrWL7QPssD2EJygOiYrRm5ASFeIj/E29afxeIpvtxsnB3OkTHcb3cIXlZ+n2x3/QR7lgO03+4Qi+vT1/uWUxxZDpCP/WH4bxHzjs6dDVOdkHg+lfgGsDyJ/Fj8VLKS7cHNIldgYQ/jj7D4Vy8VDItvr7eV5SEdIcflIyz+vB3fBIvvvNiV/Q7F4q8YvI7t90dY/H0ci0/3+y+x+AR177LqK2LxCWbeba0Xm2d0bpuOsWW+7qb7cZa0lR+LfyNB3NT+FIs/0YH5em3gWPwLJ/Nh8Qnq/kfG4uehEHK/8C/vb5YgW1hYYMuWLXB0dERSUhIsLS1hZWWFjRsJK8vSEjY2NnB0dERUVBRUVVXRt29fvHwpwuj6+vo4cOAAPD09cebMGbx69QqDBw/G+/c/bpaMDPdAhnukpKSk/un6XuGeJeGDUOILwz1Zr3Jg1SmgwH0dPHgwVFRUsGOHKGL49ddfUbp0abi5uSEvLw9qamrQ19eHgcEHUGdWVhZUVFRgYWGBGTNmICMjA9WqVYObmxtGjx4NALh79y7U1dVx5MgR9O/f/4v26Vvph36T8rVecUlJSUlJSf1oevHiBfvLysr6pF+XLl0QGBiI1NQPbzwvXbqEM2fO4KeffgIAXLt2Dffv30e/fv2U75QoUQLdu3dHePiHt7rR0dHIyclhPmpqamjatKni8yPqh35I+VqvuAoqk9HWGFlDYPEp6tpsnD0maugpttFwC4bQ1yfoeKvfHDG+nvA1/sWKYfGpr91MZ4yrI9Dx6wmu3HSMLcPXb1rgwhD6NJxj9bsT8925woMh9GkYw0FvGyuJ9jD3ZQj9raSMeMtiV4bFD9h2ivnSMs3ty90Z2vysXyQbh1ASajGf5IBdRqIKx9fhCMOD09fj8zoZ4tSeYMV2mr+TIfWDvcTr87G1Z7LVgM0nOjAMvT8JT4xSm4bwfCEdWoJMyztH1tBlr58XdFvFfGm55MgauqxcdU6H5aw0m4aJRqlNYyWnem0MWHk4PW6ja06Hq7EYs5mtlrDlDixJpdKYWtOxZbEr86Ul9BSLP7b2TBbKnNlqCSuLp6tej6szk2HxGWZeRZfh1cfX02O/Sef9SFVdFgqcqKEHE1K5RM+9kTV0GQ5+UoPZDItOMfOj1KYx38mac2BEKq3+CjNP+5QfM099f2s8j9mLexFf9RlseYCpWvPZ3KaY+bG1Z7Ixm6qtzzAD+X3pvkzV1me4eBqqHldnJkPS6zZdwHwpkn5cnZkMST9NZyHzZUsS1J3FwqfTmi1iyH/Dn7gvnUfTm3NfOn7j685iyy/MaLGY+eafV3SuzGi5hPl+a+XmFfoqfwCgrq6OChUqKH/r16//5G8aGBhg7NixaNy4MYoVK4aWLVtCX18fY8eOBQDcv38fAKCiosK+p6Kionx2//59FC9eHJUqVfqsz4+oH/ohJSIiAsOGDcOgQYNQt25djBgxAv369cOFCx/i9Hl5ebCzs8OKFSvwyy+/oGnTpnB1dcWbN2+wd+/ev2j9YzXtpoUa9aordrNuWsp24/YN0Li9wDRrdWwIVQ3hq0N86+jURpP2AgfesFVdhsXXJhhplTpV0YS0W7txTWW7ZJniaNpVYKTLlC8FLYKKVq1bTdnOyXoH7c4Cg5+TncOw0hWrV1C2n9x/Dq32AiP96OYTNCb9pTj1a3E30LC1hmLHBiUw+82LTGU7wj+K4dUDnE+gTmM1xU4jPJC4kERWcpwUkYrHt58qdiTJmXj2IAPxYaLEMOtNFi6Qz9MuCax8tVqVWT5DqbIlcMZXPBw9u/9c2a7TpCaOuwYrdvXaVRFCShvfvs5WtjVb1EW4n4jp19OpjfNHxMMQebmHhm3qI5nkeDRu2wDXSC5B8VLFle1GberjwXVRnq7dqSEe3RHjUKGaeBXcqG19vHkl/qel06Uxs1XrivnYuL0mSpDf0emmhaLFxXGt3UiN+VZVExeuZt21UKFKWcVu0Fws1dC4nSbD4rO5XK8atDqKedS4bQOGK6dLMajUrc5w6o3aaUKHfK7TVZxPqnWrM4R+o7aaaNFLh/iK79WoVx2t+7Vg7bYmiH16TqvWq452BM3euJ0m2vQX+PXm3bWZb/tBAtveuL0mw/E37yF8a2iooBNB8+fvQ4seog9qGiroOFT4NumgiRZk2YyWBE9fS1MVHQk6XrtTIzTvJT5v0VP0Qb2RGjoOESj+pp0bsfGlvnWa1ETHwWIcmnZpxJbUaEb6W0e7FtoTRL1O18bsukhx+nV1arOlBZp104JmGzEfmpN267eoy5YAadZdC/VbiusM7YNmq3poSfa7eQ8t1NURc/Rb6z0Kf5U/ALh16xYyMjKUv+XLl3/yN/ft24c9e/Zg7969iImJgaurKzZs2ABXV1fmR5e+AD7cI/P/W34VxOd/qR86J8Xc3BxbtmzBiRMn0LBhQ1y6dAn9+vWDnZ0dxo4di/T0dNSvXx8xMTFo2VKcOMOGDUPFihU/OoB/KCsri71We/HiBdTV1WVOipSUlNQ/VN8rJ0X/7NCvkpNi19m/wH1VV1fHsmXLMHv2bOXfTE1NsWfPHiQnJxfoXnj69Gn07t0bT58+ZW9TmjdvjuHDh2PNmh9zkcYf+k3K13jF9SmtX7+evWJTV1f/rK+UlJSUlNQf+prhnoLqzZs3KFyY366LFCmi5GfWq1cPqqqqOHlSVOVlZ2cjJCQEnTp9WMCydevWKFasGPO5d+8e4uPjFZ8fUT/0Q8q3esW1fPly9ort1q0P5WwndwczLD7NtwjcG8pi/sd3BbF4PMVtB3uFs1j8id1BmEOWqd9rJnzD/S/AjJT0Bu0TJXqelgdYrkPMqTgWZ6YY9AOOR7Hd0F2x488ksRg1LSk8viuI5StcuZjO8k4unBAr+B5zOY1NCwS59GrsNZb7Qkum91n5cSz+2WTMaLGY9ekPmY6xZVh5X4cjLC5OS0GnNVvEymC3GrixfaX9naw5h6HjHefugJe1IMfScsrfGs9j+Hp7va0IIGWy1Fe36QJW/mmvt5VhvClWfmarJUiL4+2e9hAlqvlR9xSL7zRvB8t9oXk8i3sZc4z/UjfWX1reuWLIelYOvN3QnWHcaXnt2pHWbF9dVnmwfBxatms21o6VcVPU+pwOhqyk23yiA4L2iXwhOu/ndTJkiHfLKY4s74j+vn7XlWw/N0x1Yhh3ep4u6G7Eyqdtpm3GIVJ6TfH1i3sas3btZmyBn5Mg8dJS8CW9VzNfe72trIzfy1pg7w36rWXY/o1ztrOx97YV83H5ABM2Zo5zdzCEPi29Nxxkxgi+TvouLJ+J9mfFkPVsKYlNC3excaJoA6NhFmwub1nsyq5ntKTf+Bcrdpy2GrixOUDx9atHbGBl+9uXuzPc/iFynExG2bB5v3OFB8Pt07E3G2vHzieXVR4sV+tbKxeFv8rf39GQIUNgZmaGgIAAXL9+HQcOHICNjQ1+/vlnAB/ugfr6+li3bh0OHDiA+Ph4TJkyBaVLl8a4ceMAABUqVMDUqVOxaNEiBAYG4uLFi5gwYQJ0dHTQp0+frz5OX0s/9EPKkiVLsGzZMowZMwY6OjqYOHEiFixYoCQXqaqqAsBHb00ePnz40dsVqhIlSqB8+fLsDwACPc4yLH6Il6j/P+EShBjCLzi05STuXBG/G0S4GIe3HGeJn34bj+F++gPFDia++yz9cJncvCnqPsgjnPE2ti9zRzq5qe6zFBezw5uOIYI8iNhO34LHt58oNkvyXOmBi6fEDcx4uCUyX4ncku3kQWO7gTsSIwRLYuXg9UBh8QBIk1K9rQ4hmeC014+3R7GSIi9iL0HHx56OZ7jtsP0RSIkU3/U0Fxff7LdZ7OHnyoU0HCOodl97cQMoXb401pN1fa7H34SXhRgnX3LRL1W+NEPS30i8zZYE8CT9LV66BFYMEklt6XE3sXWx6BPloBQuXJj5Xom5hs364qFwN1lKIOtNFutDXFgya5feLJ7df44NJFk6MiAa+8l6Ld6WYt9uJt6G8xI3xT6z/xxOuoobxgEHcTNOPJfKH7I9z+KMn3iQCnAWN4i40ESGxac5PPfTH7AHj4un43GM3IApT+Pu1Qc4QfKBok/G4bS7eMgK3S/avZ1yD4F7xQ3swvFLCPM9/0nfW0l3EEISqSOPxeIcQdSH7hffu55wG6H7xfl17shFXDgu8oxCiO+1y7cYbv/c4RhcDBTXgzBv4ZsWewNnCcY94tAF9pAd6iXauRJznSH+Iw5dYNeOMDK+Vy5cwxnCGgo/GIW4YLFURxgZ39TINJwhYxTuF4m4YFH1GOotfJPOXUEY2dezvucRS3zpdTAxPAXBxA7bfw6XSB/o2CecScZpTzG+od7hiCVLCdB1neLCEtnxD/E6i1iy9hRbQiEkAafcxHwI2cfb/Tdq48aNGDFiBPT09NCkSRMsXrwYM2bMgImJSBheunQp9PX1oaenhzZt2uDOnTs4ceIEypUrp/jY2tpi+PDhGDVqFDp37ozSpUvj0KFDLA/xR9MPnZNSpUoVmJqaYtasWcq/rV+/Hi4uLkhNTVVqwxcsWIClS5cC+PCKq3r16kpteEEkOSlSUlJS/2x9r5yUWWG/fJWclM1dfeU9pwAq+r/uwJ/pj1dctWvXhra2Ni5evAgbGxv8/vvvAPgrLk1NTWhqamLdunXsFZeUlJSUlNTX0n+TU/KpNqQKph863PO1XnEVVIkRn8fiJ1+4ylgSccHxDItP46vJF67CfpbgW8QEXsbCHgXD4lNUtJ/TMYakjz+bhA1Tyet+gqD2czoKHxL2uBySwLH4JA9iv90hFuuOOh7LcmgoXtvd1Jv5hniHw2y8CKdQ1L3j3O0sNn9w03EYDxdcB4r4ntvRkMX8XVZ5MNR9kKd4vTu7/XIWk3ZZ5cH6G0Je2S/pvZohsnev8WI5NWGkHHnF4HUsN8NjnQ+2LRe5LjT3YvWvViz0ts/yAAuhUV+TUTYMZ+9l5cfGhY6Z2Tg7RJNj7mXlx1D3FF9uPtGBodi9bfzZvKNLFFhM3ogEsuKst60/AraJ+Zwfi0/x8D72ASynIiYfFv8KyaH5CItPQhX5sfi0r18Ti09zLz6FxafIf5pfs3wAx+JvWZQPi09yJAwHmf3XWPwdhnv/Fhafjnd+LD7Fwf8dLP4eE+8/xeJTfP2XYPHpvDKf6MD6kB+LT/H/n8Tik3MzPxaf5of52AfghOt3xOJ/hRWQ8+QqyAXWDx3u+V6S4R4pKSmpf7a+V7hneshIFP/CcE/2qxxs7e4t7zkF0A8d7pGSkpKSkvqR9B6F8P5vLhD4qTakCib5zolo/QR7jFKbptgUdW0+yQGTNeco9pqRHKFPwznWuk6YWF9Ad9aOtGYIfYrmttfbytDxdDVis7F2DF+/aeEujK8rkogZFv83R+i1W6bYOwz3YmxtgdunISV7va3M193Um+H2HecK5PymhbtY+bSP/WGGxacl0rtXe2ERGYfQ/ecYmp++6jUaZsFKJp30XeCkL8Iyx3aK6p2RqroMdW/Qdw0r6aSlrSNVdVn11PwuK1kYbBcpVRypqstKL+d0MGSlr3R5gJE1dOFPyiv12hpg5wqx747zxMJfo9SmsTJSvTYGrOSbHovRNafDbY0otZzVeikLK9JjPEZ9BraTcNSs1kth9bv4nIbAxtWZyfD6em0MYEaqnszG2Snb4+vpMfy+XlsDhp2nq15P1NBjv0mR9CNr6MKIhPcma85hyzzQc2R0zekMdf5b43kMdZ4fM09x9VO15jM0e350PPXV1V7AyvbpStvj685ifZims5Bh52nod3w9PfbZtGaL2O/QUOUEDT02DtObL2KY/OUDBDp+ooYe69+MFosZLp4i6Sdq6LHjMqPlEu5L0PsTNfTYGM1sxX3p9kQNPbacxcxWS1hbK4cQ3/qzYTpGHCe9NgasLaNhYjwnaugxvIJeGwPWLt3vifVns7mi15a3S/d7Yv3ZbK7Pbr+c+X5r5eZ9DVbKd+vuP17yIYVIs7UGqtcWqHmK9NZoXhf1W9RT7AbNa0OljsCQN2onfGs2VINmK4F0rqNVCyr1RLuN2tRXtqvVrAxNgplXqy9Kp0uULoYmpN0y5Uoy3+rqVZTt9+9y0bitaPf9+/cMX1++msDiv3j8ivk+e/CC+ZYoW0rZvp/2AA1bi/3Oj8nPyX6nbEcdj0UdrVqKfdw1CBoEqZ4eK/D1qdFpuJ0sYttvXrxBFGGN3LkqyrvVGqiyHIXqdarh+E7xcPH2taAH12lSk5VX1tWqiUBS2piTLZYk19BRR9QxERdv0Lw2ok8IGyQSqtmiLlJI/kKjNhpIv3xdsYuXLiF8W9XDvTTR/0bt6uM+Qd+XqyrypTRb18OLZ68Vu0l7Tbx6/kaxq6hVVrYbttIA/Q8YXXoB+IBuV/alZT2UryzQ9k06aKJM+ZKKXZssV9CgRV323SbtNVFZpaJiazQVsEONFvVQr5k4pmwuq1dFozZibtRrVoctt9CIzLkqNSuzZRzqaKuzJSAoPr1yjUpoRhD16lrqDL+uSfpQuUYltCQIfXWtWgypT8/pSqoVGYq9tpY6WhK7YVvR98qqFRnavo5WLbTsLXzpsahSoxLD69fRro0WBONOx6RKzcpoO0D41m2qzhD7dGmLqupV0YYg/+s3r4OmXcSY0T6o1KmGttS3RV1odRCf0+0aGipo1Ufsi2arumjclvqK41SzgSof+1Z10aCluD7QPqg3rsmWC2nUVgMazeuKfWsnjlttrVrQ6tiI+NZH7Sa1mP2H6jWtzcalcdv6qKlZA1L/TsmcFMicFCkpKal/ur5XTsrkoDEoXrb4X3/hT5T9KhuuPT3lPacAkjkpUlJSUlJSBVQuCiH3C3NKvvT7/58kwz1Epz3DsIAsEe+1wU/ZDvI8w2Lxp/YEMyw+LacN8z3PEPqB7iGY21HkdVA097nD0Sy+GkyIjZ6WBxhGOuZUHIsH09I/X4cjjHp6OSyRxXwpXj1g2ylGik2OuoplJKZOy5UDPULhvFSQS9PirrM8BIqDD/QIZXkQaXHXoddWIPQpdXNpnzUMbW43YwvLUaHlvlMazsW1yyJUZDnFkeWd0H2bqjWf+W6Y6sR8zxwQpZXTmi1ivrbTNzN6KS3T1GtrwMoeHfS2MV/a7vwuKxluf9MCF9YHetwM+q5BEimR3bZsD0Ofszye4RaIIxTOnSs9GMb9NCmZXTvSmpWDuhp7suUBKK7cbKwdwsm+7l7thb1m+xWblu2un2DP9puSaud0MGTH1HKKI8PiUyz7vE4coW/1uxP7HXqO6HddyUqirXU3sd+h596C7kbM127GFobJp6Xgi3sasz7Yz3LGQTKe3oTmu7TPGubrMHsbDhC0PC3TN+i3lvXPad4ONrfptuFAU1ZC7aTvAm9b0RbF168YvI7lUG1auIvlPtHS9VVDzRm+3nnJbobQp/h6o+EWjOi71cCNHSt/sqzA6l+tGCl2u6E7y+OiqIC1I60R5Cl8d67wYPOKHifTMbbsHNll5MlK/Ok5sW68PfPdvdqL5XVJ/bskH1KIjm47jVvJdxX75G5x4gZsPYkowiTwtT/KsPgnCHLc1z6A3SC8NhzGvTSBxT9F2t27zofxArw3iAtUsGc4ju0KVuzty90RFyoQ1BTbfmTrSZxyE32wn7UNV2IEd2LPWnHC77M4gFCy7o/ZGFvcI9j+HWRdnC0LdyOSYMVXDFqPl49fKvY2A/EAs3m+Ky6HCc6E4cB1yH2fq9g0yTY97iZO7RHjcCP5LjzMxP7QC26JMiVZYtytlLtwnCMSVb2txM2kWMniWP6TSM67nnCH+dIk28JFCmM5SUy8EnsDDnoiaZWuB5KT9Q6GA0W7CeEp2Dh7+yd9Xz19iVVDRAJh9PFYbFm4S7Hpsbh37SEsJopk6VDvCOyz8FNsj3XixpISlYaN80Ry8em9YTiyVdyA6dy5fCYJrsbiwn1idyiC94lj7kuw+LFB8fC2OUR8gxF+SDx8HtosblIxpy7j0Gbx3cC94iZ0P/0BDhGEftTxWIbFP0187159wJKjI49eRBD5/LSHeLi5nXIPJ8ncPn/kInswpb63ku7gNLnhRhyOQcQh8QAWRHyvJ9xGMLmJRhyKRuRRsd9Be4VvetxN9uAcfjAKF8g5Tn3TYm+wvKiwA5GIPkF8yU0+Nfoaa/eM73lcJGtRnXYX/JWUyDSGqD/jcw4XybWD+iadu8LGJdQ7AhcJjydwjxjPxPBUBJLvhuwLRwzxPbU7WNlOOJPCjkWQx1mWx3WS+F4OTcIJ8gB22iMMUcSXfnYpOIHNlcA9oXwNsR1irlwMvIyj28S8P7k7mPl+a73PK/RV/qQKJpmTApmTIiUlJfVP1/fKSRkTOOGr5KR49t4j7zkFkHyTIiUlJSUlJfVDSj6kECWGJ38Wi58UeYXxKy4FcSz+YRKLTYq8wrD40afisKjn38fiH9x0nGHxE8KTYa27SbEpO8TP6RiLi18O5Vh8imn3czrGYvOxQfGfxeIfcDzKYv7Rp+I4Fp+8dj/sfJLFsi+HJLAcGoqDNxxoymLZzkvdeH4LQWKvGLyOIb13GXmycBBFkq8aas5CAbvXePHcIpLjYfyzJcslcTf1hretCB1RfPmakRtYH/aa+bAl7EN8xCt7k9E2DHXvsd6H5UVQNL/ZODuWZ+Jp4cvmHc2LWT/BnmHbvaz8WMiE4sstJm9EEllV2tvGn8X16etxq9+dGJLex/4wy5OgSHKbaZuRFnddsf8Ki0996TmyuJcxLocKrLzD7G0Mt/9XWPyUaIGoz4/Fpxj8P8PiGw40ZXh958Wfx+KvGLyOjdHfweJvN3T/Uyx+ej4sPg3/fi0svttaLzZ/6fXAdIwt891r5sPOC3pefhKLT0LHtD8fYfGt/BC0T5x/9Fpn+ZsTrsWL/DBvW3+WN0Xz2ax1N7GlBHzsA9jc/tbKxZcyUr488fb/k2S4BzLcIyUlJfVP1/cK94wMnIRiZb4s3JPzOhvevXfLe04BJEuQpaSkpKSkCii5CvL3lQz3EFlMcWIY92UDRFmu1e9O+L3JfMU2HWPL8PA0TGQ7fTOmNJzLfClCn4aJHGZvw6QGAqFPS5dNx9hiXidRuuyk74KJGgKhT0uiLSZvZPj6rQZuDLdPw0Q20zYz3P7OFR4YV2fmJ30d9LYxhP7OlR4Mt28xWVSmbJjqhFmtl7LP6L5RJPZI1Wkw+lmgrg1/MmP7Rqt5RqlNY1h53aYLsHOlqBSiYzZSVZeVZc5osZiVZttM2yx8a+TzbbmEoe7pOIyuOZ2VT85stQTOS3aLPlB8fa3prNonP+qeLn0wtvZMbCUVUnptDWCt+2nU/fh6emzpAL12yxhKnIbhJmrowV5vq2LP6WDI0OcUdT9Zcw77zXmdDBkCnobsfm8ynx1zipkfW3smw8HrNl2AdaRPFB0/vt7H6HiTUTaKzdDx9Wez/sxstYQh36nvZM05rF29NgYw/oXMM1LNNaXRXO7bbhmz6Xz9rfE8VtI/u/1y1qePfMlvzm6/nOH3KWb+t8bz2L7Mbr+c4fbp9m+N57FjOKcD9/2zZQbmdDBkn9PVyac0msvw9R/5kv2e0mgum3P5fSm+fkqjuTCfJObv3I7cl+7LlIZz2Xmcfw6ajBZzY0qjuWw1+PmdV7B2pf5dkm9SiOpqqSHj7gvFplhm9cZqeJ0hcOXqjdRwl5Tt1tES6HBVDRU8f/xKsWtqqjLfujq1le0qNSqino7AjFevXVXZLlW2OOq3qKvY5SqWYUjyyjUEMr1w4UJo0EJ8VrRoUdQnvhWqCyx+dlYONFuKdnOycxi+vlxV8frx9Ys30CTt5mTlQKOZ6H+lGpWU7WIliqFBS+Gr2bo+Ht9+otjtB7VRtpt00ESXn9sq9vt37zHL7nfFrqMtxrN2IzUULiKepxu2qY+HNwRmvgLBzNdrqo47qaKMXLN1PVwjcfEyFUor2xo6tXH3yj3Rbuu6uE2+W7ZSWeKrjif3not2W9XD49tPRR+qiTHTaFYHr19mMt9Mgu6vrCbGrJ6OOtu3BuR4A0BVsvRBXe1aKF+pjGi3RR0ULlpEsdU0BNq+tlYtNpfqN1NH0eJi5VaKxa/VuCbUyfzV0KmNYiWEbz2Cxa9RXwWarQnOnJwj5SuXZVh8lbrVoNVJoM7pb5atUBpNCJq9aq3KaNZdINRrEd9SZUsyZH6VmpXRkqDZ6VwpWaYkmhGsfKUaFRmSvk5TMXdLlC6JFr0EMr9qjUrMrst8SzC8flW1StAh/aW491LlSqEV8a2mXgVaHRsSX4GRL12hDFoRvL5K7apo2FaMYX3SbtlKZVn/VOtWR31yLtYn53T5quXRnPRPrb4K1BsKdDztb+UalRhev1ZDVajWFXOJXoOq1qyMJgRfX6eJGrsO1SfXEZU61dCILENQV7smylam54nou1p9FdQneP262uooWVYs46ChI45xTc0aqEuumfV0aqNY8e93K8vNK4zcvC/7//2Xfv//k2ROCmROipSUlNQ/Xd8rJ2XYid+/Sk7KwX475T2nAJKPc1JSUlJSUlI/pORDClGIdzjD4tNy1GCvcBa3P+0RxrD4FKF91i+S5YsEeZxh+SK0JPZcQAyL8dNyPk/LAywP4sKJSyzGT3197A/D3VSQTGNPX/4sQt9/03GGkY4/k4Q1JD5MfY/uCGT5FfFnk1m8PchTlF76bzrOcPunPc7A+BcRb/e2PaxsT9KcC2eDPYrtOG8nlpHcAh974WvQdw0rmd04Zzsrp6TlyvM6GeIKKRV10NvG6L902YEF3VYxXyd9F1aaSX0N+q5BcpQoV91q4MaQ37S0cuXQ9Yg/m6zYO1d4sDJZOmbGv1jhEilPdVnlAX9CeKVlsGs+gbrfbyfGiZZsmoy2ZfviarwPnhaCXnuKEEfXjbdHmK8oD3db48WQ5LRs13ySA0OS05Lz/Fh8q98ccdpD7Os+gmWf33kF890w1Ykh3+k5ot91JfO1nb6ZY/FJOf2C7kasHNVupjMr/6bn9OKexszXQW8b/Akuns7BJb1Xs2PoOHcHK4OnqACDfmvZvjjpu8DXQeDt6fcMB5qy8d20cBf7XbrswYrB69gxdl6ymyH0Kb5+1VBzNvZbDdzYsgh0TIx/tmRzebuhO8vVCtgmxnr1iA3s+O9c6cFw+7Qkfu1Ia4QQ8u4uI082X064ijEyG2vHcAa7V3uxJRfofF0/wZ6VSO8x8WbXvm+tP9bu+dI/qYJJPqQQHXQ6xrD4x7efZp+dOyy4JPss/RkW/yjx9bb2R+QR4bt3/QHcJzkpx3aIk3Ov2X5cOCZuwPssxMUh2DOcYcZdVnni4inBC9i7jpzwLsHMd/Oi3bgUJDgOFMXu73QMAWx9k62IJzh7t9XiAWa/tT+O7hT9tZ2+BYnhKYrtTlD2x3YFMSz2KbdQJJCbdWq0eCDQaCHizwAQfzYFWmT59cA94gKbdukmnBeJxNmIQxewSV+sEeRuKi6Szx5kYNVQkXAXcyoOlpNFQt7u1WIcHt9+wnzP+UfBgSSbUt+bKfdgSpL3gjzOYtcq8fC2Z614mEyJTIONrkjQPeEaBO8N4gbhbirGLPFsCjYt2KXYx12CcIQgv+l8uBySyJKAj+4MYqj5/bbiRhkXnABvcqM5visIZ/0Ec8XPUdz8Lp66jIOO4iZ6bFcwY/Ac3iL6E308jiHJA93EQ9T99AeMhRJ5JBYnXYMVmy4zcefKfRwlqPPzARcR7ClufqfcxPG/nXIPx8myE+GHotlD1SnSh1tJd3Bqt/A9ezCKYfEDSbvXE24zlPwZv0icPyIefmm71y7fwum9wjfM9zyiCEI/kOxbWuwNhvgP9Y7ABeJLxyQ1+hrrQ6hXOC6Qsae+KZFp7LwI8jyLC4RhctxFnKdJ566w757eewZRxPcoeZhIOJvCvhu4JwyRhLlzdIc4pvGhSez4n3ILwfkA0V+6dk9cSCICCBPqhGswzh2myy2IdmJPx8N/k5iTx3cFIYL8R+Sgo3h4jDl5GQfI+kdHd5xGBLk2f2t9MSPlK1QH/X+SzEmBzEmRkpKS+qfre+WkDDqu+1VyUgL6b5f3nAJIVvdISUlJSUkVUJKT8n0lwz1ECWeSPovFTziXwlgXsX8Ti7+wh8Di09hxUuSVz2Lx/TcfZ8u6J5xLYXwA+kr+kPNJFm+PP5vEuAMRh0R+QsDWUyzmfzk04bNY/CPbA+FpwVH3DItPfAP3hrA4curFdJiOFb7nCTJ7+0oPeFqJcMR2Qw+Wf0G3Vw5ZhxiCxd6xwoPldVBfo2HmDM29y8gTJ3d/Jh/kZ0uW67J7tRfzDSYI/dUjNiCW4OHd1nqxXIL8WHyKfHc33c9i6nR8zcbZIeGcCJ95rPdheQf0uK2fYM9w8PssD7B8HDofLCZvZEh6L+uDrF2KXrf63Ymh2X3sD7NxoDkzNtM2M3w5ncsLexgzVLz9LGfWbn4sfnyYWNHbYfY2hpI/mg+LnxAhxig/Fp/mNnyExV/Asfj0OBgONGXt5Mfi05yOFYPXMWz/1mV7OBbfi+ck/SkWn8yVv8Li0zyNL8Xi07lEt/8Ki0+XWzAbb8/68FdYfDpXvKz8cJqcq/mx+BR1723rz84vOibWupvY+PrYB7D58q0lwz3fVzLcAxnukZKSkvqn63uFe/ofnf5Vwj3HB26V95wCSIZ7pKSkpKSkCigZ7vm+kuEeIptpWxgenqLZbadvxjSdhYq9foI9xqjPUGzDn0T5rP0sZ+hqL+C+BLdP0dwOs7cx3D4tXTYZbYsF3Y0U22neDkxpJHD7FMW+brw99LuuVOxNC3dhsuacT/paTnFkuH3nJbsxsf7sT/paT9uMOR1FqfV2Qw9MbCDatSJVLA5zd2JuZ1HCvdtkPyY00hef64sKnf1OJ2A4wk6xV/1iDT8nETqwniZCYCNr6LJS7GnNFjF8PQ0/ja45HbuMRNXNjBaLGVKf+o5Rn8FKpme2WgLHuTsUex3Bf4+rMxPOSzm+3m6G6CNtd4KGHjYtEPj6OR2Ww+o3x0/6Tmowm4UR53UyhNm4T6Puf2s8j/2mfteVDKluNs5O2dZtuoCFBhf2MGLocIrFn9FyCcOXL+5lDMOfBOadlrLrtTVg/aPnSH50/JwOyxmaneLgp2rNZ75zOxqyMniKe9fVXsB853dewfDrdL90m3Jf/a4rWck89Z2ms5B9tqDbKvZdo2Hcl/7mgm6rGEKfYuanNVvE9uUjX/Ib+ZcD+Mj3F+E7rdkidiwWdFvF0PG0f9OaLWK4gvztrhkp5o1u0wUs3Jt/HCi+XrfpAhZGzu9L+zdVW59dzxZ0N2LjTef2VG19tgxFfl+K4p+qrc/Og0U9jJnvt1YevrwM+f99+OJvSL5JIVKtVxUP0wXGXbVuNWVbpU41PLn/nPhWZ+XKqvVUlO1qtapAtb7ASlevXQ2VVCqKtuqJz6rUqIgaDVQVu2pNgZguU74kSpcT7VaoVh41NWuQ7wq8esnSxaHeSHxWplxJ1CQY7IoqAotfpGhh1G5SU7GLlSgG9UYCQ04R78gD6miJz4APSwT8ofIEc52TmY26WqLd1y+zUJu0W7ykQK2fdD+LJgT/Xa5SaRxyPonhs/t92J8yJZTPajeqiUcEr1+/eR08uv1YsStVF31Qb1SDLV9QT6c2Xj9/9WnfhjWQk52j2HWbqiMnK5v4ijGrpVkDRQi+vnaTmihE7Ko1KirbahoqKFO+FOmTGkqVFXa1WuIYq9atjir0uw1UUY7g+FXrVCPfqwLV+mI+qNarjvJkCYOaZB5VrF6eocOr166KCtXE/uRH1FN8efXa1VCeLDWgQZZxKFWmJHQIQr1aLYHtz8vLQ8PWorS8RMniaE4Q9dXUBab//ftchsUvUbIYWhLkuwpB+r979w7anQWKvXh+X3Ke5r7PRdNuTVi7LXqKPtTQUCG+7xmKv0Sp4gypr9ZAnD95uXlsX0qVK8mw+GrkvEReHmu3TMXSDDtfk5wThQoVYu2Uq1yWjYt6Y3E+FS1WBNqknQrVyrNlFNQbCd/ipYqjCUHxV1KpiDpatT7pW7p8KTRqJ45/FbXKUKsv5hI938tWKsPw9dXUq6IaWbqhFrnmVKpegS3joVKHz8GaZC5XqVEJ6mSJBTWN6ihdTpwzNYhvdfUq7JpZo351tozDt5Z8k/J9JXNSIHNSpKSkpP7p+l45Kb0CZqIo+U/Uf6N3r7NwetAWec8pgOSbFCkpKSkpqQJKvkn5vpI5KURhvucZFp+W/4b5nofNNJF/EewVzrH4pPw33P8Cx+LvO4u5HQkWn2C8zx/5Eyy+xQFW0ht1PJbFZkMIntrLxp+hoaNPxrHcAYp4P7DxCPasFVTZ2NOXWVycYq8PO5/CbkKgjQ9PxtoxdoodekDQPIP2n4ebudi360l3sWyE6MPFMEGftVroDq8tgnrpvGIfdhiL/ocSoujsDoa4Sso/nfRdEE3KF2kZ7vIBJogPF7/jvNSNoblZCeogM8QFi9LQbcv2sDJdWgK5cuh6XCRl0NsN3VnZIy3ZNRpugShSirlzhQfDrVPf1b9asXJQl1UeDItOfdeOtGaloa7G+7DPyu+TvqZjbBG6n2PG6fygZbvrxtsjaJ+YH3vWerG8Htqu+SQHVvJNy9M/wuL/7sTG0Iv0dV4n7mut68Sw83SZCf2uKznqfsYWHCHEZHru5cfi2+ttZQh4OraLehizcXCYnQ+LT1D3S3qv5qj7eTsYst7PSaDuDfqtZfNo0wIXHNgoiL4HyW8YDjRF4F4xnlsWu7LrDi3xXjF4HYI8RKmz81I3tj90P1cNNWfHdPtyd4bQp+Nn/LMlO0d2GO6FFxl/irpfPWIDo/3uMvJkuH06niajbHDW7/PzlY6R2Vg7tozDnrVebBkHWrpsPtGBnTMe63zgsV5cJ7+1ZAny95V8SCHab+3P8kwCyAViv7U/IvwFptnd1Idh8QO2CAbEPosDOE/wz+5r9+NemsDiBxB8vbvpfkQdjVVsT3NxYoZ6n8NBso6Lq7EXok+Im/Pe9eIGEeR+BocIvnzHir24SNgCewm+/rhLEEPoOy9xw6VggtA3EUmqh5xPIIDgyx3muODyGfEQ4Epw8LtMDyBgl7iYLBthjwe3RO7IVhM/ZftCSDLOnxIPCCnR6TjuLi6qnuRh5+WTl1g+UCRdhu2PYImou8nDzZWY67CcJB76Tu0OYesUuZsSjktUOuxnb1fsE67B8NogLvqe5qK/yeeuYgtB8x93CcIhcmz2WYkLdWJ4KnYRfP0xl9M4QZYL8LYRvxEflgxPC/E7x12CELJPPCT6OoibX1xIInzJTenoztMIp6h7kngcezoehzYfY75RxwUTht7QYk7G4Ti5ER3dGYRLIYJhcoQs43Dh2CWGlqeo+/vpD9jNLzLgIoLJvpwgaPu7Vx/gGEGxnzt0EaGECXJiV7CyfTvlHk4QxPvZgxdw9qC4+Z0k7d5KuoNTboRJ4xuJiMPihkbbvZF4m6Hvw3zP41yA8D1JfK9dvsWQ9MHeEYgMENcDOn5psTfYvgbvC2e+9OEsNfoa61OQx1nuS8YzJTKNPYCddg/DOXJjP7KNsJrOXcGx7cI+5RaCcweF72GCq084m4LDW+hDdDAiiK//ZvFZfGgSDpIHrmM7T+MseXCmyy1cCk6Arx3B1+fz9bEV7VwMvAxvurbQtkD2QL7fRrRz4fgl7LP0U+yDm08gjPxnSep/q5ycHNy6dQspKSl4+vTpF7cnc1Igc1KkpKSk/un6XjkpXfxnf5WclDNDnf4195xXr17B3d0dHh4eiIyMRFZWlvJZrVq10K9fP0yfPh1t27b9223LnBSpr65XL9/i7q2nuHPzKR7ee46H9zOQlnIPV1Puo2r18tDQVEFDLTW07tgAmk3U/rpBKSkpqR9EeXmFkPeF4Zov/f6PJFtbW5iZmaFu3boYOnQoli1bhpo1a6JUqVJ4+vQp4uPjERYWhr59+6JDhw7YuHEjNDU1/7rh/0iGe4jiwxI/j8UPT8bGOQSLf/ryZ7H4iedTP8LiL+r5eSw+zXWh+OfDzidZfDo56gpjCVAE9ZHtgSyOnxR5hfEMzpMVUI+5nGb5AYnnU2E+SfiGk9VHT7iFwNNaxLLjI1Jhriv2LezIhxDC44cvsPC3bRja2RS/9jDH3IlbYb5iP3Y6nsLh/VFIunwbOdnvcO/2U5wNSoKLUyDmTHBGeNAHDPkOUz+smSraPUWQ5CuHWiKMvPrdscKDIcsDybbRMHOGcd+50oOFEYL2ESz+L5ZIIPkru4w8Wbyd4svXjNyA5Kgrir17jRdrlyLJTUbbMGy3u+l+5ktj72bj7BgW3WOdD8eME9T9+gkcSe5l5cdyjejcsZziyFDn3jb+LK5PMe0bpjoxXx+HAJa7Q/HvNtM2sz4cImGjhT2M/hSLT1feXtzLmCHoHWZvQ+pFsUo2DQUt6bOGLR2QH4tPV9426G/CjlN+LD7NXzIcaIrUGILFX7KbzQe6hILhILOPsfhk6QO6hMLKIevYkgQ7DPeyOflXWHy6BMSfYfF3r/b6cyw+8d1j4s3yOOgcNB1jy1H363zYeZAfi09R9x7mvmwO5sfi033zsvJj+Ux0SQrL35zYOeNt689ylChC31p3EztuPvYBbPVlqe+r8PBwBAUF4cKFCzAyMsKAAQOgo6ODBg0aoF27dvj999/h4uKC+/fvY+jQoQgJCfnrRolkuAcy3PMlev0yE167z+CA+zlkZQnmSOUqZaFWuwpU1SqimmoF1KxdBY20a+Lpo5dIS72PyLNXEBuZjgoVS2PLPj1UJlwOKSkpqb+r7xXu6Xhw7lcJ90QM2yjvOQWQDPdI/deKCEmG7dqDyHj+AZ6m3bw2xk/rDtW6VZCTl4cXrzJRqmQx1KpeEaX+A3KrXa8aWrTTwNDR7TBv0jakp96HrYk/1tqNQ6FC/55XoFJSUv9OyRLkv6+kpCQMGjQI6enpf+2cTzLcQ2SvtxUTNPQUm+Ke7fW2YmarJYptOcUR4+sRX4KcdtDbhhktha/F5I3Ml6K5HWZvw4wWixWbhnPWjrSGQd81ir1xznZMa7ZIsfMj9Gn4aeOc7QzjT1H3ZuPssbiX8HXSd4GuDmmXhHMsZ27H4kFiHLaaHoRuL3Mc8b2A1Qs9kPH8DWrVqYrpKwfjSvn3mLHVHz8vdcFog12YZuKJCSvc0GPaRvSbtQk/zXWG3jpvGNj7Y+S87SjVpCqKFi+KyDOpmDrEFid9RZjJfuEeZXuc5ny4mYrqJL0Ohti8RCDqKV57YoM52EjQ9nM7GsJaV+w7xcH/1nge7GaKfdXvupLhwanvNJ2FLCy3qIcxQ4Dnx8zTY7Ok92qGr6e+em0NWFjOoN9ahjqnvnM6GLIS9OUDTGA4yOyTvvM7r2Al6IYDTbF8gIliU4S+fteVDF9vOMiMzTva7oLuRqxcPT+KneLJF/UwZvtNt6c3576Le33ed0bLJex3lvRezWzqO7PVEmYv6b2a/Q7Fwc9qvZTh65f2WfOnvmvz+5LrA/XVa2PAxtOg75rPYub12hjAjIxv/nbpWOu1MWCo+/y+bPmCNgYMbbC0zxo2ZvSYzmq9lFXL5R9fen7NbLWEnU/55zadnzNaLoHt9M3Ml4437d+MFotZiHxpnzVsnOj1a3rzRWwpCYO+3Ffqx1N2djZu3Ljx146fkHyTQlRJpSLKVixDbIFwrqxSEZVVKwq7RiWUrVBasSsShHrlGhUZfr2SakWGeK5IPquqVgkVq4lQR0UVgbovX7kMQ8lX+US7wrc0ihQtzHwr0HbJ98pVKgOQB/mKVcuhoor4vALxLV22FKrUEPtWqkxJlChfEo7mH3JlajVSReN+DWF5+AwyauXifc08FH5VCMVziqBoDlD4TR6KvMpDxqtMAMDj56/xvgSQVTEPqZmvodNFDc9O38SDRy+xb0cI+v7SGgBQtHgR5TdraFRHxhOBtlfTUMH77HeivyRUVEmlIspUEMewilollCXo/kpkP8tULMuWIahQtTyqEJvi6ouVKg41guIuW7ksVDXE8gYUdV+kaGHUaaouxrBCGag3FAnCFOOOPDDMeKnypZmvGsGB5757jyYdBR6+ZLnSqEVw7HQJgpzsd9DpKvDwpcqVRo0Goi26fEF21ju07NVU9LdcaVSvI7D09ZsLLH52Zg5a9hZI+jLkHHjz4g0ak6UOsjKz0aNPM8UuX0kcl9cv3kKro0iey3qbg24EdV+xilga4HXGa2h1EvudnZmDzsSXnhOvM95Ap6tAx797l8uw+FXIOfM64zXD1b9/l4tm3cWYVVUT5+LbV2+hQ3D7eXl50O766eUBMl9noin5DIUKoQnZ1+oE+Z/1NgtanQS+vmjxomjctr7wJcchJ/sdQ+YXK1WcYfGr1ebLDjRoJY5FybIlUVdbzEnabqHChaBB2ilTsQxqkblE+1u0eDGoa4l2ylcpj2q1xb7TPpQsU4ItF1ChWgV2TaXnWpmKpaFSV5xPFapXRLmKYm5VJudiharl2LGpVKMSSpb6slWJ/45k4uz3lcxJgcxJ+Tu6d/sp5k3ahhcZb6DTsyHiXmfgSU4mXmrkoniDVyhTKgvPMsrg/bMSKPKiMArnFEaxIoXRQq0G6lWoiIibt3H93VMUVXuD4iXf4e2VcqibXAyIf4ae/ZtimdkIGfaRkpL62/peOSltfPW/Sk7KhV/s/t/ccy5duoRWrVrh/fv3f/u78k2KVIGV+TYbqxd64EXGG6hpqeDC86d4USQHrxrnonyDp+hdOwU1SmYg8aUqEp7UxMPn5VAosxQyH+Ui6tYdRN69jffVs6Gq/hSdVNNQvmgmgso2wo3cGqiWUQpBx+PRvE09/PRLm//1rkpJSUl9UvJNyveVzEkhijh0gWHxDzgK2me4/wWWkxDiHcGw+LRU+NzhaGyYKmKowV7hDItPS4XPH4lhOQkUde+xnuOezx+JYTkTtPRvn5Ufw56fPxLDchJoOaWXzSG4rRG+kcdiYTKW+JI++G0Pwp4NH/btmF8Mrqc9BAC8Uy+HN1k5eFsTKKT2Fs1U70Cr3D1UKvYGnSunQ6PSI9Sq9gxvi+bgXY0cjOvUHMVrFkLVms/RXuUatMvdg3qpZ+ikmoYiGm+QUa8Y3pUpis0bjuLli7c44ilKLw1H2CPypCjL3GKwF4EED35ku6BwLh9oxsortyx2ZaXkAdvEtuEgM1ZqudXAjWHR6fdWDl3PMPPbDd3ZMae+RsMt2NICO1d4wGuDIOgyzPivVgxfvsvIky2FQAmjJqNsGBbd1XgfW7KA+pqNtWO4dbc1Xti50uOTvusn2OPUnmDFdjf1xvbl7opNS0EtJm9k6HNayj6nw3I2DhumOrHfoctBfIzF3/RZ1P38Lvmw+DOdWckpRcMv6G7E+uugtw3+hAxMUfeLexoz1P3GOdtx8DOo+6V91rAxcpq/k2HxKereoN9aNvabF7myawlFEBgONOWo+yW74esgSKyUDLxi8Do2V7Yt28PmIB2/VUPNGer+w3wV40TnoPHPlozuunMlX5qBHu/VIzYg/KCgu7oaezLcPkXdm4yywTmCM9iz1osh9GlJvNk4e4ZJcDf1Zgh9eq0zn+jAlp3wMPeFp6UgdUt9f1WqVAmVK1f+7F/Xrl3/67blQwqRu8l+hsX3IxeLvet8EU5Q0W6rvRgW359csNzNfHDukDjh3NZ4MSz+YXLRdDfdj8gjgoXhSXDPYb6ROOh0nPleIGjzfQSnHuJ9Dv6bxQVtr5kPw+J7WogbRIhXBA6Ri7z7ugOIIxj0fQRBffrABRz5D65eU0vEqbXqVkchAEVeAjmvi+Lhm/J4+/7Di7lH2WWRkVMSGa8+5OF0rF4HDStXATIL4dXbkriXJV5vPswsh5yXxVE0sxCKFymM7Kx3OBeaAl8XcQFLi7+FXWZiX0/vOwt/gvX33ShuAFdirsF9nUiyDdwTxpgbfhvFvqVGpcOHXGBP7g5BkKe4YfiRG0vyuavwJzetE7uCcfaAeMCh6PDE8FQc3SaOxfFdQYgkrIlD5CYVH5aME+QGfMwliPFO6M34UnACThLk+zGXIFwOE8eN3nguBl7GaY+zzDf5nOCFUGx79Ik4hHiJB7AjO4KQEilYIxQzH3U0FmE+Yr8p0v1++kOc2C18zx2KYdj+Ey7C9+7VBwypf+5QDCL8P+17J/UeAvcI37MHohBxWPgeJ8f3VtId5hvmex7nj3waX3894TYCCRY/dP85RB4lPCGyHER63E2cIssBBHtx1P1RgqBPi73BxuX03jCcJ4wSOjdSo6+xB7tA9zCcPyT2LWCrmCspkWk4StD3J3eHIIKwUegyCEnnrjD7xK5gnPEVvgc3ic8SzqbgAHnYObbzNEK9xXw4QK6D8aFJ8LahawCdRhh5GNpPlny4FJzA1t855HwKocTXy0q0c/FUHNxNxRIb/ptPIoT0gS5RceH4JewmS134bTyGkH2i3W+tvK+wbs+/7U2KnZ0dbG1tP/u3ceNG7Ny5879qW+akQOak/B2tXuiBiJBkdOmjhbvlCyE6+TayahbCm/pvoaFxH9VLvULas6p49Lw8qqASCj0tjGdPMpXvvy/9HsVrv4FmjfsoXzwTsTfV8T6mPGq+LIUJzRrDfVsIOnRvhDU24/6HeyklJfVP0/fKSWm5fyGKlP6ynJT3b7JwcYTNv+aek5qaioYNG/61438h+SZF6m9p8qxeKFSoEM6cSsTUfm3QqlFNlLiTh5JJJXAluSbCUxvgQVo1FLpWGs+vZOPZk0wULVwYLdVrYHhzLZR7VxI5aWUQl14L56/VA25XRpn7hdBWqza69v5QhREdkYY3r7P+oidSUlJSUj+CWrZsiSZNmsDAwAAREV/3rZZ8SCGKC0lgWPwj5DVs/JkkVpsfE/j3sPgLe3wai58SnQbb6VtYu38oYFsgizmnxqSxXBeKij7hGsTi+FcvXWO5LlHHY5XtwL2h8LIS4Z/0yzdhPkW0G0lCSiEHorDPXrwaxvs8VP9PabP1Ch8M1K6PKUPaodSjQiifXAxlr5aBdq4KBtVviMntWqCdqhrOG8yCx9Qx+Fm7CYIW6GJh1y4odrMkkFYGXYrVQqFc4OG9DMSm3IFqzUrIyX4Hn90i7GI8wQlpBNu9w9gLcaEizBGyX5wURsMtkX5ZYLt3rvT8LGbc+BdLhgN3Nd7HUN0UM75m5AaGjt9j4s2Q9RQdbjLahvl6rPNheTL0WJiNs2O+nha+DKFP+24+0YH5elkfRBDBsVPUvcXkjWzffOwPMyQ8RbpvmOrEUOcHHI+yPIT4M2KsbaZtRhpBndN5v7CHEeLPCNS9/SxnhjqnYY1FPY2RECFQ9xvnbGOoc/r7S/qsYWh7p/k7GPqeIvwN+q39CItPkfoUy758gClD8Tsv2c1Q/XRsDQeZsX3Jj8UP8RahtZVD17Mxyo/FD/UR89V4uAUb+11G+eYrCSl+EotP5uBZkivyKSw+nYMUkZ8fi7/XzIfNwfxYfIq697TwZeNE80rMJzqwMfOy8mPHiiL0LX9zYsff29afhS/pOWOtuwlJJBzpYx/ArqnfWrko9FX+/k168uQJLC0t8eTJE/z8889QUVHB1KlT4e/vj8zMzL9u4E8kwz2Q4Z6/qxfP32DpzF24duUBqlYvj/WbJuFmxkus3nwUL9+INyAlihdF99b1MWd0N6hUESyTzJx36G23A09ev8G4xjoICIhDqya1sNlwFFbNd0fkmVTMXzFEVvlISUkVWN8r3NPMe/FXCffEjdzwr7zn5OXlISIiAv7+/vD398eNGzfQp08fDBs2DIMHD0b16tX/uhEi+SZF6m+rfMXSMN80CbU1quHxwxfQG7sZV8OvYafRGMwZ0xVdW2qgfNmSyMp+hxMRKRi11AW7/CORnfMBwOYeGYsnrz+g9BNePAIAxKXexZvMbNSo+QHSdO/2s//NzklJSUlJ/dcqVKgQOnXqBHNzcyQmJiI2NhbdunXDrl27oK6uDicnp79uhEg+pBBtmr8DkzXnKDZFUjvO3YE5HUQZsbWuE6Y0nKvYFMu8cc52VnJs9ZsjpjQSvhQj7aC3DfM6CV9a5rz6VyusGLJese1mOjNfGvpZ/asVVgxep9i20zczX4qVXj3CGoaDRbs207dgfldRem05VfRhzfiNWDlC4LZt9N2wYMgGVKxcFpZbpqBKlbLIyXkPjx2hmDN6M+KPJ2PDwuE47jQLLdWqo1zxYsjMfofN3mcwaP5WvHibCeewSOQWy8X70u8Re/ceKquWxbv3ufh5zjao1qwIAAg+KkJZCwdbwXiC6L/RSFusGiGOzbqJIqw1r8tKmJJy6hVDzWE0XKDDKeJ7fucVDF++aqg5G2/qq991JZsPRsMsGJKe+i7obsTmg9FwC46kJ74LexgxVLjxz5ZY1v/Tvot7cnS88S9WDF/PfHt97Lu4lwg5Uix+fmT66l+tsLjnp30N+nJ0PP1sZiuOr1/W34T7kv7ptTFg/Vs+wIQh3mm7em0N2BgZ/mT2+XbbLeO+g8w+29/Z7Zez4/RnvnM6LP9o6YA/86Wo+xWD1322v3M6GDLU/Uft5vM1n+TAfOl4UyT9nA6GbGkGw5/M2Ljk96XLcRj+ZMbGheLr53RYDrsZIjxtONCUnRf0OjO7/XI46IkQueFPZmwM6fVLr60BHMlyFoY/mTHMPw2Jz2q9FJsWuLBxoOP9rfWllT1fY+2ff5I0NTWxaNEihIaG4u7du+jXr9/f+r58SCEqWa40ipcSr/FKly+pbJetVAalyhQndjkULSZYeKXKCd+K1cqjWAnxWfmq5RlFtRShFVarVRmFCovDUL4aRbhXQEnSH5W61ZCbK/pbUaWisl1VrTKKlRT9U9OsgXc5gu5HEfrV61RFsRICt1+rcU1kZ4oVjCuRdtU0qqNIEdG/uk3UkPWfpNZKVcqidz9tGFmNQdXq5ZH1NgcJF67j7q2nKFy4EEb91ApVUQwrp32YlC9eZsIzKg4Z2Zl4XysbhdTf4n25XORU+dB+4wYqqPyf/S9cRIzX43vP0G1oK8V+/eINmnfXEuNAsOgZj15Ah6DOs15nQaujyDqnWPSMRy/QvIdApme9yUJTgiinyPznDzMYDj7rbRaaElS7CsGMP3/wHK37Nlfsd1k50O4s+lSToO6fP8hA2/4thG/OO2gR9L16Q4EVf/YwAx1+aqnYue/eM1x83SYCdf/84Qvmi7w8aHUUfaCo+2cPMtBhkBjfQoULozEZM83WAtv//NFL5kvnxrMHGQzb/vzRC7QbKPpQrLg4J57ef8Zw8BmPX6ENGYeSpcVcfvYgA9qdxX5mPHmFVuRYlCbn0/MHzxnq/sWT1+wYl60glqd4/jADTcnSAa+fv2Ho+/KVBcY/42EGmnYRfXj7MhPapP90aYYXj1+gCRm/zFdZaNK+gWLTZTBePXuJRu3EZ++y3qFhq7qKTZH/bzJeQ7O1QN3nvstFvabiONKlOTJfvkVdHfEZALbcAj3Hs99mQb1JLcUuXLQwW/KhIrkmvc95D1Uyf4uWKIYqNQWivgJZzgAAqqmLc6h4qeJs38tVFtvFihdlS1aULFMSZQkWvzRZfqFUuZIoS5a+KF2uNEqWEdezb628vK/z92/UHyGe/H+HDh3CyZMn8fLlS2hqav51Q0QyJwUyJ+Vr6PHDF1g2yxW3rj9GddUK2LD9d6j8Z72NrOx36DbVAXkASrYogztlnqFegwcoVTwb1+5XQ3ZqeZS/BvRv2QjDWmhi1Xx3NGhcA07uM/+n+yQlJfXP0ffKSdHet+Sr5KQkjLb6191zChcujEKFCiH/Y8Uf/1aoUCF06dIFfn5+qFSp0mdaydfmt+io1P8/Va1eHpbOU1CrThU8vJ8Bgxm78PjhCwBAsaIfFgvMKQvczXuJ6rWeo69qEoarXEJTtdvIVc3E20p5uH73ifKWKfNt9v9sX6SkpKQ+pz+w+F/692/UyZMn0bZtW5w8eRIZGRnIyMjAyZMn0a5dOxw+fBihoaF48uQJFi9eXOA25UMKUeTRGIbFp9jrcwExbNnxMN/zHItPcNvnj8T8KRZ/v90h5vtZLP46H3iYC3rqucPRDIsftE+U/nmY+2KvmSA2hh+MYnFaWn7qaeGHPWsFFv+MXyTWjhLxX1omuM/6ENxMBaY9zD8aJpPEvp0kpMfjXpFo27YeatSshHt3nmHh1B1YZbAPhQsXQoliRZBTFsirkoXGVe9DtcQLFC2ci2YV7qBitdfIrgZcvfcEr19+KFd7/vS10u7yEfY4QsigW5Z7YB8hWx4i9NnlP5kx1LmzwR54mFPqpaB9Gv5kxkpdty3bw5YWYEjyIeuZ7w7DvQxJT3H7RsMsGMbdZZUHXFYJJD3Fl6/+1Yr5uhp7YofhXsWmZbtrR1ozlLzbGi9sNXBTbFqyaTbWjn13j4k3tix2Fb7kN80nOrA+7TXbz2L++bH4AYR6SlH3n8Li0zGky0HM7cix+DbTNjMSL8Wyz++ykvXBfpbzZ1H3C7qtYsfJYfY2ttQBxdMv6mGMk27Biu04d0c+LL7YXtJ7NUO+O+m7sM8pcdig31pW6rxlMcfi0zExHGjKKMdbDdxwYKMgvNLjsmLwOo66X+7OfOnxXzXUnKPuV3gw3D4dI+OfLVl58i4jT+ZL93v1iA2sJHn3ai+GSaD7bTLKhuHr95h4Y7+dOK4UdW82zp6V/3us94EXmS+0JNp8ogMr0/a0PMCWnfjWkg8pn9f8+fNhY2OD3r17o1y5cihXrhx69+6NDRs2YMmSJejcuTPs7Oxw8uTJv27sP5IPKUQuKz0ZFt/XVpxQu9d44ayfOJFdVuxlWPyDDuIi5LbWm2PxV+9jWPxD+VD3n8Pinzl4AX4bxYXQw/wAw+J7E6z0Wb8L7MLtbXMIF8mJ7GMrLjoRh6IZFv+A/RHEhQjmwwFH0c75Y7E4QhDlATuCcTlcMAoOE57J5ah0nDkSB/Mtk1G2fCk8uPscsREf2AeDuzVFsVcAXhbD7ZcV8Ob9hxjyzTeV8fplCRR/DtSuXgE7Nn6YvGXI0uvpibdxMSRZsYO9IpAURZgaBMV+9eJ1nPEVvIjAPWFIjBD9PUEQ6qkX0hkq/JRbKJIjRbsnd4v9Tjl/FWcJ4v2kWwjjOtCbXWJEKluz5IRrCK7GXhd9chcX8viwZHbRP74rGOlxwvf0XoFijwtJxPmjsYp9zCUI1wlj47SH8L0YeJlxKI65BOFm4m3FDtknHoYvHL/EOBRHd5zGrSTqK24mUUdjmS/F199Pf8jWoTl3KAYXThBfgoq/l/aA+Ub4R7Ob1PGd4jjdSb3HfM/4RuHCsYvEV9ycbyXfxem9wjds/3lEHqOoe3HTv5F4G4F7xJiFeEfkw+IL32uXb7GlBII9zyLysLgeHNmWD4tPxiVwTxjOEeT/YWdxfqVGX8NR8iBycncIwgmfx5/g61Mi0xjq/viuIJwhSxTQZRySzl2BL3nQO7ozEKHe4pj72ovrQcLZFHiTm3zAtlNsvL02iOtMfGgSW1vqkPMJ5ruPLL9xKTiB4esPbjqO0+5ivPeS5SsunorDLiNP0T+HowhyF+26kXYuHL+E7cv2KLaPbQA7jt9aMnH280pLS/tk+Kp8+fJIT//AJNLU1MTjx48L3KbMSYHMSfkWCj2ZALNlXihcuBBsdk6FplZN2O8NgVtEDF41eYeamo9QudRrpNyqASSWwai6WmhSoix2OpxChYqlsd13LsqTZDkpKSmpP9P3yklptHfZV8lJSRln/q+753Tp0gXlypXD7t27Ua1aNQDAo0ePMGnSJLx+/RqhoaE4deoU9PT0kJqa+hetfZB8kyL1TdStrzZ6/9QMubl52GB8ALnv3mPRxJ4wHtEX5ZOK4U6iCi4l1AUSymBK4xaYNaQj9m778IZBd34/+YAiJSX1Q0pW93xeO3bswLVr11CrVi00aNAAmpqaqFWrFq5fv47t27cDAF69eoVVq1b9RUtC8iGF6GJQPMPiB5DXsJdDEhgWP/pUHMPi01yHhIgU2M0sGBY/NYZj8Sna/OiOQBZvT7t8g+W6UN9Te0JYrsv1+FuMWUBDP0H7zrBcghsJt2E+SeTF0Hhv6IFIeFmLdm8m3YX5VNHf6CARJgo/eRmeTuK196Bf2qBosSK4feMJUhLv4syZFPzcqxm2zx2J6ldLoHxiMcxp1Q5LJvaChdEBZL7NhlZzdfQd0gJnjos+GI3biKsEdb9r7X5EB4p9jyAo7lXDLXCFoLh3r/bCOfI5xYgbD7dAGgmt7DHxxlnyqp2GH4x/sWS+Hut8PouvXzvSmqHDvaz8PouvNx1rx3y9bf1ZXJ+G4dZPsGe4dR+HABZmiicrIltOcWT99XM6yvJQKOreWncTw5f7bz7OVl9OCBehNrsZWxhKnuZBLOhuxFD39rOckRL9adT9op7GDHW/cc62z6Lul/RezT5zmr/js6h7g35r2W9uWeTK+hS0T4QFPsLiL3VjWH+Kus+Pxd+23B2XybEJ8RGhlI+w+Cs8GBafLc3wFbH4NK/kU1h8is3Pj8WnffBY58OWmoggoUuz8fZsXnla+OI0Gf/8WHw6vvssD7A5QH0tf3NiqHtvG3+W50X301p3E5uTPvaHWX7Qt9aHh4wvzUn5bt39rmrUqBGSkpJw8OBBzJs3D3PmzIG/vz8SEhKUBQiHDx+OiRMnFrhNGe6BDPd8S80evwVXk+/BxH482nUR7IhnL97g/uMXaKKhCgBYMt0FcdHXMWfZIAwZ2e5/1V0pKal/qL5XuEdzzzIUKV3yr7/wJ3r/JhNXJvz7wj3fQkX/2kVK6r9Xif9A47Ky3rF/r1S+NCqV/xDSyXybjaS4D//ra9W+/vftoJSUlNTf0Neozvm3VvcAQGRkJIKDg/Hw4UPkUvooABsbm8986/OS4R6iLYtd8XuT+YpNkdSbFrhgQXcjxbabsQVTtfU/6es4dwcWkfCOta4TpuksFL4EoW0/y5khyCly2mi4BcNeW+tuYmhzirJeOXQ9w4xbTnFk4SiKyF4xeB1DZJtP2oglfUSYy5L4rhy+ASZjRdmzhe4WGAy2EH2YJ8paTWbtwtqZuxTbZvUBpCbeAQBkZebAeZN4fbve4Sg8/lNZk5p4Fzk571G0aGGo/YdQuWGhKMNdONgK5jO2K/ba8Rth+LPov5WuKA1f1Gs1Vg0TePW1o2yxoLsYM1ruvaiHMVtKwGS0LeZ3WSn2leDAF/cyZhj8/L7mk4Tv0j5rmK/pmHy+pIzcoO+f+1J8+bL+Jqy/ZmPtPuu7fMCf+64jvoYDTQvuO8gMK4eKpQPoeOq14fj6FYPXwWiYxad98+HrVw5dD6Phn/ad04Hj6//c15Bh2lcNNWe4fXpM53Y0ZOh1o+EWDElPfed1MmQl/UbDPu87v/MKhrrPfx4z3y4rGere+GfLj85j6mv1m7CNhluwMaTh3fldVsJa14n50nGh14P5XVby684wC4avp9eZ+V1WMtS90TALNi50WY/5nVfAaZ5A3a8aas7GhYbE53UyxKaFu5gvnc/2eluV7TkdDOG8VJTeGw23YOfUt1beV/r7N2rdunXo0KEDXFxccOHCBVy8eFH5i42N/a/alA8pRIULF0ahwuIJlyK/S5Qqgdz34qmweOkSeE+w84R6j/JVyiGLYOZLlS+DzNefXq66unpVvHkpPitDUNFVa1Zmv6neuCZeEn5IxeoVlW21BjXwLlv8Zv2W9fDsQYZiV64h8NR1m9ZG1hvxm43ba+LpPbGgX9WaVZTtBs1r4y3pe5N2mnhy97liV6gqMNg161ZD5n9WQY6NTEfgscvIyXmPYsWKoI5GNWQ8F30/H52OqzceftiP/+DH373LRejJD3H+osXF2D++9wxN2oo3LE/vP0fbPs1EHwgO/N61h+gxpqNiP3v4HD1GdVLs6rWrEt8H6DOxu2JnPHyOHqOFbw0NFeL7CP0m91Tsl09eoOuIDopdu5FAjt9Lf4C+k3oI36cv0WmYWNG5jrZAkN9Nf4i+pA9vXrxBh0ECJV+/eR3Wbp/x3YTvq7do20+MQwOCr79//RF6je+i2FlvstCqd1PFbtRWoNgf3HiEnmPEfmdn5aBZN7HsQOP2AmP98PpjdPtV7Pe7d+IceHT7CUPSP7zxmO13bq64ND+69Rg6BEn/6OYTtBtI0fzihHp48zF0yDIIj28/RZt+LRS7SFEyV24/RlOCtn9y7xma9xT7XaKkwKc/uv2E4faf3n/OsPgUzf/4zlOGun/2MANaHcW4lCRo/if3njHUfcbjl2jURuDsS5MlNJ7ee8ZQ9y+evkIDcsxLlycY/wfPUbeZ+OzNizeoqyWWQihDlvF48fgF1BuLeZb5KhM1Goj5TNt99ewVQ93nZGUznH2pssL3zYu3qFZLfPbu3TuGui9ZRvQh6202KlTjoYwyZFmC4mQZj3fvclGmnPisUOFCKE6OVbHiYrtwYb7EQuEihVG4iLyV/Qiyt7fHzp07kZSUhODgYAQFBSl/p0+f/usGPiGZkwKZk/K1dfZ0EtYbeiMn5z20mqtjwaphqF2vGveJTcfNe88wsm8LFC1aBC5Op+C5Mwyly5SAk/tM5Y2KlJSUVEH0vXJSNHYbfpWclPRJ6/5195waNWogNDT0b6/P82eSj59SX1XHD8bA1GAfcnLeo3OvJrDYMkV5QMnLy0P6nSdY4RiAhdZ+sNsbgs3/qaCYNKMntFvUxpvXWVi33BvZ2e/+7GekpKSk/jeS8Z7PasGCBXBycvprx78h+ZBCFBN4mZcgE4pk9Mk4VoJ87nA0y/k4SLDYF05cgv0sEW8N8z2PRSTvxM9JkCGjjseyEmRanuhh7stKhc8djmbxYVoi6bHOB15Wfuw3aTw7yFOUXrqb7me4/WCvcFaCHEjIpXvND8DDSvQh2CcS5tNEfDjQR5Q1rl7kAZu1B5Gbm4cBw1ph4Jh2WG95GI+evcI233D8NNcZY5e54uT5FGRVAN5WBdyOXUBgZCqcd4Rg4Ji2KF+hNK4k3cWahQIjbzRpC4L8RBnkzrU+8LAmNE1CkTX62ZKhxF1WeWLbZzDzxj9bstLx3au94Lxkt2LT8trVIzYwX7e1+XxJH0xG2TBfd9P9cCZIeop4Nxtnx3w91vtgyyLhS0s2zSc6MF9PC19sJnF8Ssi1nOLISt29rPywSV+g7mmJr7XuJtaul/VBOOnvVGyKRbedvoX5+m4UJfL6+ZD09nrOzJfO+0U9OZJ+45xt3JeQVpf0Xs366zR/B9u3Q4TgatBvLVsCYvPCXfl8xW8sH2DKymedF7syX4ogMBxkxpah+D/2zjuqqut5+w82FBs2UBRFEZViAbGiiBU7FrAhitKkKCC9SJGOIqJi78beTTTRxBhrjMbee++9d3n/8JczM1fQFOPX+J5nLVbO9s7dd5+99zn35M7MZ6aGfyNs+b6K7poiylvMiFwgbPleie2WJlLZZ41YKGz5msb1HCXSiGfHLhK2fJ1GOmUI6vHc+CXCltOJE/tkCjrx/MRlwpanzyc5Z2HPjweV9sLk5VjNyg7wVOxUl3ECfbAobYVIFd66gs47fVC2SNNeMnqV2C88vTrDfaJI/16e9Z0oO/Cv61Mg8f9G4OyVK1fQv39/lClTBjo6OqhXrx727KE1zsnJQVxcHAwMDFCkSBHY2dnhyJEjoo8XL15g6NChKFu2LIoWLYquXbvi8uXLmh/1txUcHIwTJ07A2NgYXbp0QY8ePcTf35Hq7oHq7vkU2r/7HCJ85uDt2xw4DbCB27C2OHz6GhZ8vweb95zGm/+LR8hXJB/eGBbAHd2neKv9FoUvF0SZqwUwI7ovahrp4dfNxxE3fCG0tLSQPsUVdeob/W9PTJUqVf8JfTZ3z+wo5PuH7p63T5/jrGvSnx7rvXv3YGlpiZYtW8Lb2xt6eno4c+YMjIyMYGz8Ll4vLS0NSUlJmD17NmrUqIHExERs2bIFJ06cQPHi7+KGvL298e2332L27NkoU6YMgoKCcPfuXezZswf58+f/R+cEAL6+vpgxYwZatmwJfX19aGnJh7FZs2bl8c689cU/pFy5cgVhYWH4/vvv8ezZM9SoUQMzZsxA/fr1Abx7eoyPj8fUqVNx7949NGrUCNnZ2TA3N//Tn6E+pPwz3b39CD79JuPencdo26UeguO6Y+XPB5E2+ycFWlSnhgF0qxXHuosn8bL8U1SpdBu62k9x7IoB3h4phmqPimFOvDPK6hZD5sjV+GH1XhgYlsbkRT4i2FGVKlWqctPnekipOuvTPKScG/TnH1LCw8Oxfft2bN2ae42inJwcGBgYICAgAGFhYQDe/Wqir6+PtLQ0eHl54cGDByhXrhzmzZuH3r17AwCuXr0KQ0NDrFu3Dvb29v/onACgePHiWLRoETp16vSP+/pDX7S75969e7CxsUHBggXx/fff4+jRo8jIyICurq5ik56ejjFjxmDChAnYvXs3ypcvj7Zt2+LRo0d/+fO8LIPhqOemtPtX81GOPWoPF685G3lL26pkO6jWMPFan0qe772Xf0Zen9nH0Eu81svAI89+HPXcxGua7Q/a6rvDUd+dxmA8VDl2MvJFr6p+Sru3WQj6WoQpbZeWKUiPWYF7dx5Dq1B+bDl8Ect/OoDUWe8eULSK5sNgVxucK/4Eqy8dx5sqj1C3+kU4Gu5FlwqHYGt8Ejm1nuBckcfoGjgNr9+8hWegPfLlz4erl+5iwYzNGNgiCb0bkrtscIMo9KpJKd2Da1PZ70FmAXCq4EFt0wBxbq41h9FrGuvkWnOoaA+sMTTP11xryPaA6n55vuZi7JvnGg+o/v5redm6aLz2oT3oXFXa9q08JM/9oNnPh/arZj8uxr70Po39qtnm59K7ovwMzTY/F81971TBPc/xOenL1zTbn+ya+Rdtndh+1bTlrznquaGXgUeetvw1Rz039KsyRGnz+XXUc0MfQy/RdmFrxdfNUc/tvbYru074daD5mqOeG9zMCPHAr0VHPTeBdHDSd4e7eaDSHmwWIGw96waRbXl3eNSh9r+tT1kF+eHDh+LvxYsXuX7mmjVrYG1tDScnJ+jp6cHS0hLTplH4wblz53D9+nW0a9dO+TdtbW20aNECO3a8c8Ht2bMHr169EjYGBgawsLBQbP6pSpcurfyy86n0RcPc0tLSYGhoKH4iMjIyUo5zcnIwduxYREVFKf6uOXPmQF9fHwsWLICXl5dmlx+Ue2p/fDeefNa9QhyUY5+xg0RJ9YDJXvgmYanSdgzuqhwHTffG+tkUzxA80xezYxbnajtiaRBWjyd/avB0utG4xDjhyaOnSjt1fTQWp61S2mGz6QvCK8MF924+VNqjf47DfFZlNHQW2Q4Z44I71+4r7VE/xeCbRLINmU7zNiSlL24z29SlAZiTTjEqfbxbYlza9yikXQAD/Nvi7rPnGLfwnW/cslFl7L5/HZlb310Abyu9Raniz1BZ5x6K5H+XLm2kcwclSjzHvdI6eHkzB9v3nUUL6+ro2q8RVs37FZvXH0apciXgF0/+zPptLFC7MUWPe6b3V46LlNBB1EK6ETbsZAXjOpWVts/YQcpxUd2iiFwYoLRtujeCYY0KSntYNt3kS5YriejF9GBk26spyhvpKe3AKTRnZQxKI2ox3WDbDWghUsBDZtBNvkJVPbinEyK6k3trFGNp6GFs3QxrVYRrYl+l3dXXHoXZ/9GFzSFb4zpV4BzjqLR7Du8sUuoj5tMXhIm1MfqGd1PavcO74+0bSi3mc2TetCZ6Du+stPuE07oUL1UM/pNpzurZmaOrb3ul7RLjpByXLq+Lodn0hdugfV20d2uttAeO7KUc61UuC7/x9EVu09VapI4PTqE5MTApD+9MV6Xd3LERWva2Udruqf2U48pmFeGVMVBpt+zXDM27NSDbdGfluGptQ3iOHqC0W7vYomnn+krbg+1B43pVhG27QXZowFKm+Ws16lcV69/evRXq2VHK9JAxdC41GxrDPYU+p6NHG5ixtGjvTNrbpo1NMCiJ5qWLd1tUq2OUa7/mNjXhEkfz3dXHHoYspd6b2VrYmqJfJK1592HtUY6l9fP5rGtnDsfgLkq7Z0BHlChHuAAPdt6WberAwZf+T75HYEcUZqnPbim0Ftb2ddHRrZXSdgzqjHwF/rmr4n8hQ0ND0Y6NjUVcXNx7dmfPnsWkSZMwfPhwREZGYteuXRg2bBi0tbUxYMAAXL9+HQCgr68v3qevr48LF96VaLh+/ToKFSqEUqVKvWfzx/v/qeLi4hAbG4tZs2ZBR+fT1F/7ot09ZmZmsLe3x+XLl7F582ZUrFgRPj4+8PB4dyM8e/YsjI2NsXfvXlhaElvCwcEBurq6mDNnTq79vnjxQjyxPnz4EIaGhqq7529o4cwtmJ29EU1a1ELcmL7IXrwVc7/bjQpVdXE83ztOS8nC2ujVqDbGX9qOEjrPUKvCNXTSexckd+RRBaw7UxsvzxRH8TNaaG1ujPQAB5w/fQNevSeipK4OlmwM+9AQVKlSpeqzuXuMZoz4JO6e824JuHTpkhirtrY2tLXfr7BcqFAhWFtbi188hg0bht27d+PXX3/Fjh07YGNjg6tXr6JCBfofLQ8PD1y6dAk//PADFixYgEGDBr33a03btm1hbGyMyZMn45/K0tISZ86cQU5ODoyMjFCwoHTV7927N4935q0v+peUT/H0mJtSUlIQHx//r479/xft3v6uKJh10+q4/+gZlv64H2/zAdeKPAdeAG0tqqOWSRmsOP8uyrx6sSp48uYeTj8phwraD3D6STk8eV4IBV9rIUcL2L7/HO4/eqaAtJ4/e5XnZ6tSpUrV59anqGL8x/tLlCjxpx6oKlSoADMzM/FvpqamWL58OQCgfPl3NdCuX78uHlJu3rypfD+WL18eL1++xL1798SvKTdv3kTTpk3xKdStW7dP0g/XFx2T8vbtW1hZWSE5ORmWlpbw8vKCh4cHJk2aJOw0I4hzcnLe+zeuiIgIPHjwQPm7dOld3Zhp4d8IPyhP4Z0cPAehbejBZpzvNOEX5ajrbP+ZCLdPUNqZnpPgZRmSa79Z3lMQ0T5BtP9QdNcUJPUjNPSowdmI7JCotDmCOrJjkkBOJztnCVueuhzWNl4gp+OcxiCyI2HRR7vTE/XwdolIdaPPiXWZiKg+78b/5PFzHD3wrnqqdZPq6Bs+B89evEKhKoVx/+VzvKr4Ct8+PYJRB7bgzIM7KJBPCwF1WsKgSDnsfVgFa2/VwZ2nxZHzNh+0XgP5tLXw+s1bbPztJObMfhcg9uLFKwx3HI/wfjT+FPcpcGsQRXPmS+jtoFZxCGap4cn9xwnfN0/3Dm4VK8oXpPTPgmtN8qHzOQttEy9sU13GiRIKvDp1WLuRotRB6oBxwhfPkeQR7RNEqYO0gePhbsH2IEOdR3ZMEmnvaQPHiz3I91VU52SEtY0XtkOsaA9yjH9Ul5T3bH2sw3K1HdE1VexXvgd9GoQJnHqMQxoiOyblauvbKEJg2mO7pyOqS0qutn6NI0W/sT1GYUTX1FxthzWVqPu4nqMEml8g3m2iBNI9znG0QOhz24Dm0eKaiXfKeK9kxR8KtB0hUPfxThkCdS9sW8SIdRvplCFQ99x2uF2MQN2PdMoQ5QL4PATZxQrU/UinDDGH/DoIsosVqPt4pwxx3+H4+iC7WIG6j3fK0MDXk+1wuxiBuo9zHC3mZbwffWZgixiBuo93yhDzwlPiA21HYAbDCsQ7ZYhyAV+jbGxscOLECfFvJ0+eRJUq7wjEVatWRfny5fHjjxSu8PLlS2zevFl5AKlfvz4KFiwobK5du4bDhw9/soeU2NjYD/79HX3RDyl5PT1evPjui5E/PXLxp8fcpK2trTzB8ifZNy9f4w3zxb9kRfHy5c+Hp48JD58vXz48e/SMbBkGv5iuDu7foviQQjqF8fAOBfJyzLyeYVncZph5HV3CzJevoocnDx4rbaPalXHj4m2lrauvqxxXNquEx3fpM8yb1sTVszeUdjlD8hvXaGCCh7dpfI071MPlU9eUdkWGyK7f0hwPb9EY7Ho0xJX/6/fGtfvIyQFKliqK8hVLoUD+fHibH7iX/yVel36FEmUfoUTRpzArVQ6JjeyR3rwNDEsUwvVnd/AH0UhLKwfQApAPqKD/zl996/5jlCn9bh6K6BTCtUu30devrTKGB7cfo+/wjkq7Ui1Cg185fR3OUT2V9sPbD9EnvLvSrlKb4lMun7wG52iyfXTnEZyCKQ6pal0j5fjSyWvoy3zxD+88QrdhFMFubElo88snr8GJxTM9vPMInb3J384x6JdOXkPPQPLbP7r3GPbM317DmoLQLp24Cgc/Ou/H954I9D3H118+cRUdPSlA7unDZ2jWnapLmzUlHPyVk1fR3r2N0n72+DkadKintM1tCHV/5dQ1tBlI8SAvnr1Ujm9dvCOw8ldOXxNlBvj1dPP8LYG6v3LqGmwcaHyvWcmJG+dvin6vnbmOBgyh/4aVjrh27ibMGZr/2tmbsGxTG7np+vlbMGtKMR03z98SSP18+ej2eP3cTdRsSPN748It1GpE6Pv8LCbi+vlbYo1vXbqDmlZUsqBAQbK9eeEWqjIM/u0rd1DNguIUCjD8+62Lt2FoSq/dvX4PhrUodiQ/6/fW5dsoz8o63L/1AOUZ9blAIbK9c+2uQN0/uvMQpcpT7AgvO3D/5n2ULEsxU0/vP0bRkhR7wOfs0Z3HKMpKALx88lxk6vFfI54+eIoCbA5fPH0uSiPwEiQvnr8S9+nXL16J/fKv638AcwsMDMTOnTuRnJyM06dPY8GCBZg6dSp8fd/FoWlpaSEgIADJyclYuXIlDh8+DFdXV+jo6KBfv3dxWCVLloSbmxuCgoKwceNG7Nu3D/3790ft2rXRpk2bD338J9VfjTD5omNS+vXrh0uXLom0q8DAQPz222/YsWOHknYVGBiI0NBQAO+eHvX09JS0qz8jNQX572n/rrMI856DylXLIW5if/QImokXpbTw1OAtdGo8gIneDbzOyY/6pa0wrEZfFC+gg7ADWTjy8Azalb2BIvmvY8MtU+y/UBn5LhWGdcHyOLP/Bob1tUXF/NpIiVwG0zqGGDvL/eODUaVK1f/X+lwxKZWnxnySmJSLniP/0li/++47RERE4NSpU6hatSqGDx+uxGcChOOYMmWKwHFYWFAg9vPnzxESEoIFCxbg2bNnaN26NSZOnPheAO9fkampKUaMGAFHR0cUKlQoT7tTp05hzJgxqFKlCsLDw/90/190TEpgYCCaNm2K5ORk9OrVC7t27cLUqVMxdeo74il/ejQxMYGJiQmSk5PF06Oqf08P7r/LPCqhq4ONu04iB8DbMvmQo/8MpnpX0VbvGPJr5WDnvQfw23MB1qXNceThWZgXuw3dgu8oh8Y6t3FGRw+PCmnj6f/9GlVMRxvnjrz7taZqdb1cP1uVKlWq/n9S586d0blz5zxf19LSQlxcXK7ZQX+ocOHCGD9+PMaPH5+nzV9VdnY2wsLC4Ovri3bt2sHa2hoGBgYoXLgw7t27h6NHj2Lbtm04evQo/Pz84OPj8/FOmb5od0+DBg2wcuVKLFy4EBYWFkhISMDYsWPh7EzpaKGhoQgICICPjw+sra1x5coVbNiwQSHs/RXt/+VInlj8/T8fEj7U39btFfEBHCO956eDIrZk+6pdGM7iGTgaetcPGlh8hopemLwcSzPXUD+rdwsf9S8MVz03fgmWjF7FXtsu4hk4BntG1EIsTl+ptDfM2SSw+D/NJ1T45PAFWDyGEPTfztqMVJ93/uGnT95FiRcqVAAHT17FG23gmc4rlCz9BDWL30B+rXc/0jXUPYdHr+5g/fUdAHJQo+gVpT997QcoVvgFcgrk4OKt+wCA4jra2LzhXaCtUXV9hDqNx9JJDHWfsBxJg2jONi6g8UZ2SsKysTTeObFLMMqN5oyj2Ed0TcWysd8q7Xkjlwi/viaSfHkW9bsgabnw1fN+E3qPwfIswsUvTMnbNsk5S/S7OH2lsOU4+FSXcaLfJRmr87RNH5QtbJeOWZOnbYb7RCwfR7bLs74T+5fj1sd6TcaK8euUNt/LAbYjxLll+UwRuHJ+jQy3ixVjmDB0usCgc9R9cKtYMYbsgJnicznqPrRtPDYy1P3koDkC285R9xHtE0W5iCkhc4UtR91HdkrCL0uoDMW0iPlYw0phcNR9dJdkbF7KsPhREnXPyyLEdkvD1hW/Ke3ZMYvE+fD5jO2RLvDwc+OWCFteDmCkUwZ+W0eZFPNGLsF3zHbTYonF/33DAaU9P3GZsOXlN5Kcs7CXoe4Xpq4QY+BlPVJdxgnU/eL0lWLOtq3apRynD8rGoS2EcF86Zo2w3bmWziXDfSIObz+mtJdnfSfW7bNIrdujqFWrVti9ezfWrl2L8uXLY8GCBfDz84OzszPi4uJw6tQpDBgwAJcvX0Zqaupf/pXri3b3fC6p7p6/p1PHrsKv/xRoFy4Ip/B2GL90G54YaeF1jcdoanwadmXfZf6ceqKHvfcr49mrgihS8A3Mil9B7RLvHlT2PTDExnO18OasLnRO5KBsER1E97ZDQuBCFCxUALNX+6OsnromqlSp+rA+l7vHcEos8hX5h+6eZ89xySte/c75E/qi3T2qvmxVr1UBeuVL4ub1B6harBhMKpXFyQu38apwCfyWvxqevCmM1zlauHy/NO48KIo3b/Mjf743uFeqMC48K4WiBV7h8I0KeH6hOEpd1ILWqxwEuLXAz6v2AwA6dLdSH1BUqVL1ZelT/Bry//1PA39eX7S753PLxzo0T9S5l2WIxIF/AF8+2NT/w3hwji/XRJuzfjRx4H8Vr82x2B/EYOu7w4Wd64CaAcqxUxUfuNULVdq9awXDq1kcgHc+0GcP32U4bd94DHcv3Ef+t0DBk29Q6FIp7DlbGfvPVsbti7rId1Ub2ucLQeuGNm5dL42Dlwzx+6UquHdeF9VflILWw7coqKWFJmaVsWvrSQBA+27viJ4ezeLg1jhGGcPQFrFwMiK6amDLOOXYo24w+hgS/tvHOkzMi1/jCOXYs26QmKMhVnKNveuHCFun8hTA61VPllBwr01pwx51ggS+3KNOkLDl+G/Ncgua7UG1KH3a3TzwvX7ywvhrvqa5J/nedjOTrw008ctzT2qWB3Bn5zKguq+YI83yADxl28XYV8yRZukAfi79q/kIW83SAfxcNK+nflWG5Hkumoh/zXIAH0Tzl//f4PY1sfi9K3rmOl7N1xz13N4rx5HXa456bhhQna4vTdQ9f81J312s68APYPCd9N1Fej1/n6Oem0Dba6Lu+fsc9dzgXZ/uSb0MPATiQdXXJfWXFKaBI/tg3UTyQ/cIpBRTj7T+2ML8zH4T3LEgabnSdgyiNNLAqV7C7xw8w0cDi0+2sStCsJr5+ENnsi+EkX3w9DGlOY/6OVZg8SPm0Q3BPc0Zj+4/UdrpG2PwzchlSpsj0wcn98PDO5SCnLo+CjOjFirtkGnsxhfRA4/vUwpywiI/TIuhfgf6tsaEUd/j5+8PooG9GV7qFsLmQ+dQ4PhrFH9WHM9yXkOvWDGULaGDN0Xf4vL9h3hy6SVytPPjRYEclH+ugzsnHyC/lhasjCsiLXo5Xr16g/IVdWFc412KeU5ODoamE+K7tk0t1GtB6Yp9Qind9+3rN4hiyPe6rSygU5QIjgNiCf+dkwPELKMbobV9PRQtSShu91TCducvkB/xq+jG2KhTfeiUpJ98/bIGK8faOoUwcg3ZNuveEIWL0Rj8GQ5ep6QOhs+gL4gWvZqgUBGKkB8+lR4mdfVKIGgm2bZxsUU+hroPYXunbMXSCGbt9m6t8PYtpeqGzaUvHv2qegiaSfujq18HvHpOqcUR8+nLpIqZIXqx+eZp2Pny5xNzVK2uEXoE0Ou8zEShwgURuYD6rdWoBhx8KGW6fzSle+sULyJKEtRtYYb2gyhNe+BIwu2XLFsC/lNo/zawr4s2zrZK2y2FAurLViwt0PxNHRqghWMTpe2RRgj6iiYV4DPWVWm37NcMNl2slTbHwRvXrQxP1m43yA7WDIvPbU2sjOA5itqaWHyOuq/RoBo82J7s6NkGpiztnKPuazWujkGshEIX77YwsqBU5yEZZGtuUxP9WQmFrj72qFizvNL2HEUYfwtbU1FCwcHPXuANPNJofHXtzMU9tPuw9ihehn4ZHZREa2HZpg66elEabA//DtAuStfiwJF9lGNr+7qwd23JbDuK6+Dfl9b//f3TPlT9GakxKVBjUv6ppo/bgKVztiNf/nyIGdUbl18+R+b8X/D6//gV+bSAItqFUEynECrp60JXvyieFXyDA2eu4cm5JyhcID8SfDvhyMaTWL34N2gXLogxM9xQvVaFj3yyKlWqVL3TZ4tJmRT3aWJSvOPU75w/IdXdo+ofy21oW7TtUg9v37xFUvhSvDh3D+OCu6NiuZLQwrtfLJ4+f4mbdx9j77HL+PmXE/j1x9N4evYJdIsWRnaEEx6evYvVi99lOYQl9FQfUFSpUqVKlfqQwjUrZpHAjPN032nh3wjEd3bALOEX5bYTh89GVGfCzGf5TBWYcZ7mOnbIFIEDH+dLac5RnZMFGnrUoAnClqeUhrUbKdDQiX0y88SMBzSPFmj2qK6piOpCmPFML+rXvV4IMjwYSr5DCqJ7El47K2QhtLS0EBjdFdoF8+PVy9eYN+UXZIYuQ4mrz2FTRg/rxnth6ahBaGdWDVHu7dCrnSUK5WhBr3hRTAx3xG/fH8aE1HcpsIN8W8OmlSnGRy5RPsOj8QjE9aNzSx00Ef1rBCjtCQzTPbRpFELaUBp56oBxwt8+Yeh05Xi4XQyG21GsS9rA8XBmfn2+FiGt4xBoO0Jpp7tOEH59nrIb1m4k/JtFK+1Rg7Phwmx5ynlkh0QENCfbDPds4fPn+yqqc/J7tgNN/HK1je6agsAWMcKWx7fw9R/RNVXMQ4b7RBFLwFPZY7qlCYx/ls9U5djHOkxg5mN7jBK4fY5M920U8R6SXpSHYLZ+jSMFpn2kU4bG9UW2/jZRwjah1xiB0OfrFNA8WpSSSOidiZhuabnaBraIEUj3xD6ZAouviYPnZTKS+o4VqHveb5BdrCipkNR3rEDdc9vgVrHI9KTrOKlflkDd8zGEtI4Ta5PUd6yYb/5aSOs4TBhK11BSvyyBuufohdA28QJ1n9R3rJiXbH/qJ6R1HKaGzRO2/B41MWCWsOUu56S+Y8W8TAmmYrHBrWIxJ5bc50n9ssTe/9f1PyDO/pf09u1bnDx5Etu2bcOWLVvE39+R+pDC9OTeYzxnyPrHD54qx69fvcG9Gw+o/eIlHjC0/MO7FLdRWEcbNy8Qvj5//vy4c+2e0n7AkPn6lcvi+hnC+hcpQYhpg2r6uMveV7WuEa6cvKq0dfUJXV2trhHuXCXbunbmuHj0stKuUI2gaPVaWuAe67dVXxtcOHJJaVc2J/pgu4Et8OAOnVuvwE64eILGYGZt9O4cC+SHY/+mqGdVBfoGurh94yGun7qJk7+fx9IZW3Bq70U0t6yKtg1MEOTSEq0tjNHBwhhpQUuwdM47DoOBYWn0HtT83Zh6NlA+o0DBfOjqYae0i+sWQ5t+Nkrbqk1d5fjO1XsYGE9xJwUL5Ucnj9ZK29yGcPDXzt7EIObrznmbgy5DCL9v2phh5k9dh2t8b6X96uUbdPGmGAqOTL988hoGMtvnT16iiw9h8U0bE4r9wvGr6D+CYiqePnyBTl58DDTei0cvo29ED2HbniH0NW2dgroK2zb9m9M8NCV0/MVjl9F9KOH2nz56AVunpnnadvKi837xlGJXbl68jdq2hLq/fPwy2rnaMVsqHXHj3E1he+nYZbToTWv68vlrYWvB1u3S8Sto0oX2xyuG27965oZY40snrsCqbR2lzfHpV05fl2t88qpA9QvbU9dgUt9YtGs1JCz+m1cU73P19HUYWxIG/8rpa6hel8oxvH1D31BXz95AZTO63q6duwEjdv3lvCXba2dvokJ1ihW5fu4GKrJ2Dg0B187dhJ5hGaV98+ItlGVtzqS/ceEWdFkW3e3Lt1GiDHGm3rymjm9evC1Q93ev3UORYtTma3H32j0UKEBhj/dv3hexIy9Z3NO9Gw/w+jW99+Gdh2L+eQmSR/ee4glrP7n3CM8ey8q+/6pytD7N31eonTt3onr16jA1NYWtrS3s7OyUv5YtW368g1ykxqRAjUn51Hr+7CW+mfoLls//FW9ZXZU/pF24IEqVKYab1+7j7dsclCpTDMMiu6CpXa1celOlSpWqj+uzxaRkx3+amBTf2K/uO6devXqoUaMG4uPjUaFChfcK/ZYsWTKPd+YtNbtH1SdX4SKF4O7fDp16WuPwvos4dewqTh2/inOnbuDZ05d48fwVrl9590tOqw514B3SASVYkTJVqlSp+lKVkyOLI/7dPr5GnTp1CsuWLUP16tU/bvwnpbp7mA5uOSqw+OsYFvvgL4eFb3bXD/sFFp9jvPdtPCT8w9tX75ZY/IkfwOKvJET2/MSlApm+dcVvwve6eRmlRM+OWSQQ+hsXbhGxBByDPTloDpaOIdvvpvyI1AHj2XvJdqz3VCzNpDEsy1qH5AGs36W/KsexLhOxeBzDis/fjh1r9sAntCMyZ7rDL9Aeq7ZGYtYqfxiWL4mu3esjLLEnSpTUwfSk1Qh1ojF8P4/8lz5No7EwfbXSnhG9CEEs7oQjyQNaxGJ+IqWGz45ZhIj2iXRuDK8eZp+A+YmUTj03fomIX+DI9BFdU7Ewmfqdn7gM8U6jc7WNcxyNhakrlPbC1BVIZj5+bpvYdyyWjFqltJeMXiXiGXg5g1SXcaL0wbKx34qYJY6DTx+UjSUZNGfLs9aK/cBtx3hMErYrxq8TMSt8DGOHTBF7h+97f5sogbof5ztNlB34biqVmQhsESPWYsKwGQLjz0tSBLeKFeOdGDBLYPw56j60bTx+ZrZTgucI3D5H3Ye3T8CmxVRaYmrYPIHb5/sqsmMiNi+h62165HyBYt8wR2LxtzA8/MxoicXnqPsYh1RsZ3j42bGL8kTdx/UchZ3f7VHac+Mk6p6v00inDOz6Yb/S/iZhKday+eclNRL7ZArU/YKk5cJ283I67yTnLIG6X5i6Qtjy+1fqgPECdb9k1CoxXo74Tx+ULVD3SzPXiHnY9f0+5TjDfSKO/nZSaS/PWits/3WpMSl5qlGjRjh9+vQn7VN190B196hSpUrVf12fy91TafyncfdcHvr1uXtWrlyJ6OhohISEoHbt2ihYsKB4vU6dOnm8M2+p7h5VqlSpUqXqz+pTBL5+pYGzPXv2BAAMHkxwSy0tLeTk5EBLSwtv3rzJ66156i+5ex48eIDZs2fDzc0NrVu3RpMmTdC1a1fExsZix44dH+/gC5dfo/A80dw+DcI+iA53Maa0UU18+YfQ3B/C4jvpu38Yg62Btu5beYho8/RUTbQ1T0d11HODuznDVZsF0Gv67vCyYgjqSkPg3TBSafs0oZTYXtWGYlhLcsM4mwXDtwWloIY6UGpl71rBGN4xXWl7N4/FgDqUph3WmdwuvQy9EdCC3GX+tiPgVIFw9jzleFCtYeLchjWNFPMb1JL68awbJFKO/RpLW56WO8QqBH0qeTLbCGE7tEmksOW4fZ+Gcl/xdHTv+qECJa+5zzzrUUr8EKsQsR+868syDhwdrlnGQbPN11gT8a+J8XetSfPpWTcoz3MZVGuYmCNNxL+XZbCw5XtZ85rhZQZcaw6FUwU6b02MPy8zMNDET6L5NTD+fG9oovkHVPd97xr/Qx9D8/Pr/z3cvmZZjA+UvnCqIHH7mqh7Pg+Oem5ivj92P+Cv8/E66rmJFHknfXe41qR7nybqnr/mVN5dzP97qPvaRAp2qqCBumfvyw11P8RKlqXgtry8RZ9KnmIf/tvSyvk0f1+jzp07997f2bNnlf/+Hf2pX1KuXbuGmJgYzJ8/H+XLl0fDhg1Rr149FClSBHfv3sWmTZswevRoVKlSBbGxsejdu/fHO/0C1S+yJ9ZP+0VpOwztoBy7juyD7SvJzzxkjCsWpa5U2t0Z/tt/ojvWz6V+hk/zFnn9PYcTFj9mWRBWTyA/eNgsjq/vK1LtRm2MxTcs3iJ8Lt0sBiX1xaN7j5R22k8jMDNygdIOncVuULFOeMJQ98k/RGFqEHEIAifTF6xjUBe8ekapgrFLAzEldL7S9k53Vo5b9W6KEroUAOuX0R+Lx1DsgEtoZ+XYvJExLFgqbnsXW/z2w0GyjeymHJc3KodOHpRq27BdXVyoXE5p943orhwXKqKNQQmUVmzVpg5MrOhc+0X1BFfQNLqRW7erg2dPKJWRpwbn5Mj5bmBfFy9ZuqVbMiG+8+XLh2iGfG/c0UqkU3pnEGa8QKECiFlMX8g2DtZ49ZJsh42nLyxtHW3ELKWbvq1jI5GqG8gQ+sVK6sBvHCHVW/WzwYsntI4cr6+rVwJ+4+n/fNoNssOzB7Tvwlj5hbKVSmPoBBoTT4F+9fI1YlfQF0uFavoYxrDzXX3oenr75q1A6FcyrQj/iewLmF0j+fLlQ+K34Uq7Wt2q6MIQ6mL9CxdC5CKaT9PGNdCeIdRdYgn/XrSkjiiLUK+lBVr1baa0XZNoH+nqlUTAZHogaNjeEraOjZW2eypdB/pVygrcvq1TEzTuVF9pc8y8kVklgb5vN9AOlq1qK22O0K/RoBrcUuhzOnq2QS2W+s5R96aNTTBwJN2Hu3i3RRVzSoP2SCd8vblNTfSL7sls26Giib7S5p9pYWuKXsGU2u7g0w5lKlJqsytD8de1M0c3v/ZKu5uvPYqVotRmF5amb9m6tkAFdPO1R6Gi5FJxZuOztq+L1v2p1IGDrz208n3G8Eq1wGCeqlKlyseN/qL+VEyKnp4eBgwYAFdXV1hYWORq8+zZM6xatQpjx46Fk5MTgoODc7X7EqXGpKhSpUrVf1ufLQV57MhPk4IcEPNVfuecOXMGY8eOxbFjx6ClpQVTU1P4+/vD2Nj442/ORX/ql5QjR46gXLlyH7QpUqQI+vbti759++LWrVt/azCqVKlSpUrVFy01JiVPrV+/Hl27dkW9evVgY2ODnJwc7NixA+bm5vj222/Rtm3bj3eioT/1G9nHHlD+qf2Xonkjlwo/KE8jnjVioUhPnRQ0Bz4NwnK1nRIyV+C1JwydAZ+G4bnaZvlMFbYcKx3ZKUmkHI8aNAExDmTLse2hbeKF7UinDIkDF5jxCIHJj+yQKBD63Na15jCByQ9sEYvIzgzj70eYeWdjP2QOIdz28FYjEdaRbLODCZHd13goMobQ+Ef0yIB3I4rrmOBPyOy+Rj4iJTZ1wHg4Mx86Tw13twhEbHeKdUl3nYB+VcilIxD6TSIFtn3U4Gxhmx0wUzkOsotFEEsjH+2mYcvWLaxtvAa+fqKw5eON7JAoEPpjPCYJjD9fi6guKfC3iVLamZ6TREzNWC9KZR/RNVXYjh0yRcQd8PWP6Zb2vq1x7mj+uJ6jRHkAPp9DrEIETj3eKUPE9fA58mkYLmxHOmWIlH7er1/jSGGb0DtTIPS5rb9NlLBN6jtW7G1uG9A8WiDdk52zNK5bWUKBp3un9M8SWHzeb3DLWLFfU/pnCSw+tw1pHSfmN3XAOCT0GpOrbWibeIHJTx0wDol9MnO1DWsbj/Hs2kwdME6UAOB7O6zdSEwMpOstbeB4kQbP8fXh9gmYEjJX2HLU/SSGzA+3T8AM5nJOGzgeGe4MdR9K94OI9gnCJZ42cLwoATA9klzM4fYJWJC0TNjyvf+vS01BzlPh4eEIDAzEb7/9hjFjxiAzMxO//fYbAgICEBb29+KG/pYj78qVK1iyZAkmTJiAcePGib//su5eu4vH958o7TtXCB3/9MFTXD93U2k/e/hUIOtvXb6rHOcvmF/g69++eYtblwiTf/PiHeW4XMXSAl9fsIi2cmxQrTxunKdfparWNcL5IxeVdsmy9DNhtXpGuHmBbOu3q4vzh8m2QlXyMTewr4fbV2i8bV1b4vxhwuJz37X9QDs8vEtz0i+yuxgvx5W36mODAoUo5axfRHfcuXpfadt0tlKOrdvWgQFD9dt2t0YpfV2l3c61hXJsZFYRlq3JzVi1dmXUbWGutO16EcK9cLHCoox7aYNSsOneSGlznPrTB0/QK5TiGXSKFUarfoSOt2xF6XI3L92GCytnX1C7INr0pzFaNCec+tUzNzAwjvzt+fPnk7a2psrxpRNXMSCWMP4AhL/dojnZXjx6WcTJvHnzFq2daby1Wb8Xj11G30jy4796+Rot++Vhe/Qyeod2U9ovn7+CHUPU12ZjOH/4IroPo/irlyxe6fblu6hrR+t04fBFdGEI/ecs3ufm+VuoY0treOHoJQ2EPtleP3sDFs1oDBcOX0Sznk1ytb16+gbMmtCePH/4Iqzt6+Vqe+XUddRsUF3Y8rV5wc7t0omrAnV//vAl1GxAP1/zfi+euAqj2nQNXTh6GcZ1Kudqe+nEVVSqaUDvPXoFlU0NcrW9eOIq9CqXpfbxqyjPriHR78lrKMXKZlw+eQ2lyusq7eePqfzH5VPXUZSV47h88hp0ihdR2s8eU3zSldPXUVCbrvGrZ26gYCH6Qf7pQyolcu3sDZHNcf38LVES4PFdiqG7ceG2iL+7eeE2nrEYqvs37ivHt6/cxd3rVKLkzpW74h6l6n+nY8eOwc3N7b1/Hzx4MI4ePfq3+vzLnJRZs2ZhyJAhKFSoEMqUKSOwt1paWn87gvd/KTUmRZUqVar+2/psMSkZCZ8mJiVoxFf3nWNoaIgxY8bAyclJ/PuSJUsQHByMixcv5vHOvPWXOSkxMTGIiYlBREQE8n3OiGpVqlSpUqXqfy01uydPeXh4wNPTE2fPnkXTpk2hpaWFbdu2IS0tDUFBQR/vIBf95aeMp0+fok+fPl/lA8qRbcfyxOIf2nJExBL8vuGA8KFz5Pf+TYeF73jHmt8FFp8jsnevl1j8bQyR/U3CUoH/3rJ8p/Bfb1lOSPoZUQsFQn/j/M3CL84x2Nn+MwSufM3kDcIHvYnZZrhPFBj0JRmrkchKvm9eSnycaIc0LE5fpbRnxS5GbA/y23Nst79tLBamUAr3jKiFCGFzv342YcZ9GoRjYTJh5mfHLEIAi+Pg+HK/xhGYn7hUac+JXYzAFhQX8SNPDbeLxdz4JUp7bvwSBLeideIo9sgOiZgbR7bzE5chzJ7iIvicxTikCtuFqSsQ1TlZaW9eul05HumUgW8SaLxLRq8SMTXcNsk5CwuSKAV9aeYaJPSm+AW+xumuEwSaf8X4dUhiMQmaa7w4ndZi9cT1Iq6D244dMkXYciT9sKaRYs7G+00TyH+OpA+wHSHw9dn+MwSan9sOt4sVpQQmBs4S+5evf0ibeIG6nxIyV+D2Ob4+vH0CfllC8zstYj5WTiCEPt8rkR0SxV6fEbVQIPQ56j66SzK2riA8/KwREovPywHEOKQKPPyc2MUC8c6vmbieo/Dbur1Ke278EoGk5+s00ikDe36klP75iUuxdhrNKS+pkdgnE/t/Jiz+wuTlWMfWdStD/Cc5Z+HQZkLdL0pbIWz5/St1wHgc3kao+yWjV4kx/MoQ/+mDsnFk5wmlvTRzjbD9fcMB5TjDfSJO7DmjtJePWytsVf3vNGLECMTExGD8+PFo0aIFbG1tMWHCBMTFxSEqKurjHeSiv+zuCQ0NRenSpREeHv5x4/+IVHePKlWqVP239dncPaMSP427JyT6q/7OefToXcxR8eLFP2L5Yf1ld09KSgo6d+6MH374IVc2/5gxY/J4pypVqlSpUvXf1qcgxn6txFmuf/pw8of+ss8mOTkZ69evx40bN3Do0CHs27dP+du/f/8nGdT/Sv7NovNEaPs1jhRY7MGmEs3N0dEedYKErYsGQpsj6vtX8xGoa96Pk767SF110ncXqaEc262JwXfSl7hqTQw+x0w76bvDy5JSrzmS3FHPTaRPO1VwF6nXQxtT2rCjvjuG2ZAbpm8Vb/g0oPeGtB0pbANsyQ0z2CwAbuZEUw2zp8rFjnpuIu3V3yZKzBl30fUy8BCI+kDbEWLuue1gU38xRwHN5fqHsvRkr3rBIoVXc6+EtCFbH+swgST3t4nKE7fv0zBc4OE1Mf58fn0ahovz1sT4e1uHStvy3FZi/Dlu36dhuNivvo2kLcfta2L7udvNzTxApET7WIfleS5u5gFijoZYSWw/32Nu5gHoY0g0XU2MP8cGuJn5i/nURPPzvT3Y1F+UL3C3kGh+vjc00fya1z/HwQ+o7iuvaY0SGrzMgHNVef07V5X4fX4/6GPoJTD4fQy9xLzwfp3Ku4u16GXgIe4dmvcDce+o4C5eF2Uy9NzEvPQy8BDoe03UPb+v9K7oKdp/BXXvXT9E2PK0/b6Vh8C3Eb1X1eeVlZUV7t17l+lqaWkJKyurPP/+jv7yLyljxozBzJkz4erq+rc+8EtWz8DO2DiLfMCdvSl9sl9kD/y6hvytg5OdsXQ0+dC7+hL+2S9rEDbMI7/z0GwPzI2nuAOO249aFIjV48kPPnwK3XQGJfXFw7sPlXbaTyMwe8QipR0yk25Crgl98OgO2aasj8I0xjMYzpDp/aJ74sk9QsUnrovAJMZC8GdI754BHQWmPXZZMCYzhL5nGiGzW7vYonhJSmUMmOyJeSOJZzCAoa0bdKgHI3NDGlNkd6yb/rPS5um+JlZGaMRSh217NcWeDfuZLUWSGxjro6M74bUbdbJC6fKllHZ/hsXXKVlUIL4btq8Hw5oVcrUtoF0QPlmEjm/UoR5u1abxDxhB481XIB8C2To27mSFO9fuK+1BI2V6cggrhdCkS33cu0nr6JVB+PKChQogYh59eTTr3gD3b5GtH0foFymEyPn0xdm8ZyM8uE0pn4FT6QGhaPHC8FoUoLRb9rXBves03uDZNL4SpYvBiyHV7RhG/snDZ4hjWPxS5UvCaxTZ2g+i1PDnT18ibiXZ6hmWhTdDwHcZQtfeqxevBELfwKQCfDJdlXbPgI7K8du3OUhgCH0ji8rwGUv7oW9EN+U4X/58SFpLX27Vraqi3UAaY3+2BwsXLYzoxfRlbG5TEy370LkPiKc08hJlSyBmOa2/Vds6aNadEPqDkggdr2dYBn6szEBThwZo2N5SaQ9mtpVrGsCTzVGrfs1gztKteb81rKthAMPOtx/cClVZWjTH15s1rYG+kT2UdiePNqhoUl5pc7y+ha0pHAOpvEVnz7YoU7G00nZh6fR1WpjBwcee2bZBsdLFlHa/KPpMy9a1xf7o7NUWhXQIx9Ar1EE5rt+ujpj7zp6tP2+MpBo4K+Tg4ABtbW3lmGf8fgr95ZiU8uXLY+vWrTAxMfm48X9EakyKKlWqVP239bliUiqnfZqYlIthX3dMyqfSX3789Pf3x/jx4z9uqEqVKlWqVH1l0sInqIL8vz6Jf0nVqlXDnTt33vv3+/fvo1q1an+rz7/8kLJr1y7MmTMH1apVQ5cuXdCjRw/x91/WwpQVIv6CY6bnxi0R6bTTI+YLHypHfk8L/0YgsycOny18przfcb7TRL8cKx3VORljh1Aq82i3bGHLPzO0TbywTeg1RiK+2Wf6NAwXKdKRnZIEQp/jwF1rDhW2QXaxiOyURGNgeG1nI2+Bpx5uFyOw8/zc+hh6CTR7RPsEEUvC++1j6CVw2snOWRhQ3TdXW+eqPiKdetSgCXmi7r3qBYt03wz3bBEnwVHh/s2iRTzLGI9JwpafW3AridDP9MzbNrJDooi3GTtkirDl443qnCzw9VneU/LE7Y/omophTWk+s3ym5onbj+0xStiO95sucftsX8U5jhZj4OfiVS9YINITeo0R5QG4rU+DMLFOiX0yxZxxW7/GEcI2qV8WQlkMkFgnmyhhm9I/C5Edk3K1DbQdIVD3qQPGibIT3DbITqLu0waOF9e45vpzVEC66wSMZFh83m9om3hxzYwaNAEJvQl1z/sNazcS43xojUcNzkZSP0oV527YiPYJyGYu3NFu2Uh1ISL4lGCyjeyQiMmsPdotW6wjx+BHdkwSiPoM92xxbU4N/4ZsOyVhdswiYcvPlSPzIzsliVT8DPeJ4r4za8RCYbuIpcFnuE8U86Lqf6fz588LyvAfevHiBS5fvpzLOz6uv/yQoqurix49eqBFixYoW7YsSpYsKf7+y7py5obAL189fU05vn/zAS4fp0m+d/0ebl4k1P3lE2Sbk5OD84eIrPfy6QvcZHj7q6fItrR+SZw9cF5p5yuQXznWr1IOl08QXr+yuSHO7D+ntIvpkn/XqE4VXGH9WrWpgzMHLijtshUpLqNh+3oCt9/WpQXOHiTbSrUqKset+zXHg9sUv+IU4oALR68o7VoMDd6id1No5aP/R+gb3gM32BzVb1tXOW7S2Qq6ero0hoF2KFCQzr2FI2HPzZvUhFFtKgFet4U5DE0rKW2OsjesUQF17Qi3XsXcUCDVW/Sk2ACdkjoCqV+2Ylk0sKcxNu1irRy/evkanYeQf71Y6WJo2pVe5+j1B7cewYnFumgXLYzmPQnNX68loeOvn7+FPuGE5i+oXRDNHWmMHB1/9fR1gbrPX6AAmrHzqcOQ9JdOXEHfCPqfBi0tLdj0aMRsqd+LRy8JLP7bt29h041igGq3YAj9I5fgOLyL0n7zmm5Id67eE3N//vAFOPhR/NXL54Q5v3nhNuq2oFIC5w6eR0ePVmT7jGPxb4o1PHfgPFqyWJiXGqh708YUp3Fm/3k06lRfaQsc/IlrMLGm/Xtm33nUtqMxPWOY9ovHr6BaXSOlfXrfedS0pv8z5Dj4C8euwNCM9ueZ/edR1cIwV9vzRy+jfDUqWXHmwAVUqkHxILxMx/kjl8V1fPbABehVLqO0H7E4s3NHLqO4blFmexElylK2xYM7ZHv+6GVoFylEtocuQZuV5+CxTBeOXRHxFOcOXwb/XeA+i2W6dOwKnrFSCBeOXsFzXkbhCv0f95WT13CfxWJdPH4VD+/SPPH71fWzN3H9LJUouXzqOu6wEiX/uv4oMPhP/74irVmzBmvWvONprV+/XmmvWbMGK1euREJCAqpWrfqRXnLXX45J+RqlxqSoUqVK1X9bnysmpUpKEvIV/ocxKc+f40JE1FfznfNH4LKWlhY0HykKFiwIIyMjZGRkoHPnzrm9/YP6y9k9qlSpUqVKlSpVf+jt27cAgKpVq2L37t0oW7bsR97x5/Wn3D3t27fHjh07Pmr36NEjpKWlITs7+6O2X6KObM8bi3942zGM8yW/556fDgos/tpphKc++IvE4u9cu1dg8b+dQojsPT8eFH5ajsien7gUK8avU9rbVu4Svu6tKwhXPSNqoUDob1y4BemDaB02L6f1y/afIWy/m/IjUgeMz9U2w30ilmYSFn951lpRHp4js2N7pAtk+vzEpYhxoFgXjm0PahmLhcmEeJ8ds0hwSTg6fGiTSIGDnxO7GAEsjoOjzoc2jsT8REp7njdyiYi34KjzgObRAos/P3GZ4H5sXEBjCGkTj9mx5F9fkLRc4PY5tj2yU5LwoS9KWyFw+xxJHtdzlLBdMmqV2IN8fhP7ZIoxLM1cI+KDuG2qyzjMG0nntnzcWhF/w21Hu2WLOVuV/QMSehGUke+HsV6TBW6fXyM+DcIEkn6c7zQsSiNbvk7DmkYK2+yAmWLvcNvhdjEC+T5p+GwsGb1KaXMkfUjrOGxeQuOdEjpPIPS5bZh9gkDdT4uYL68htgcjOyRiC5uzmdESi8/3SnSXZGxnePjZMYuwZtJ6pc1R9zEOqfj1W7rm58YtEVj8TYslFn/XD/uV9jcJEnX/iwYWf+9GQt3PT1wmSg3wkhqJfTKxf9Nhpb0webmw3bqSEP9Jzlk4tIWw+IvTV+KHmYQO4Pev1AHjcWTHcaW9ZPQqYbvr+33KcfqgbBzffUppLxv7rbD9nSH+M9wn4uQ+KmS7PGutsP3XlfOJ/r5CnTt37pM+oAB/0t0zY8YMxMbGonjx4ujatSusra1hYGCAwoUL4969ezh69Ci2bduGdevWoXPnzhg1ahQMDQ0/1u0XI9Xdo0qVKlX/bX0ud49R0qdx95yP+nrcPVxPnjzB5s2bcfHiRbx8+VK8NmzYsDzelbf+lLvHzc0NLi4uWLZsGRYvXoxp06bh/v37AN75oMzMzGBvb489e/agZs2aH+5MlSpVqlSpUvXVad++fejYsSOePn2KJ0+eoHTp0rh9+zZ0dHSgp6f3tx5S/nR2T6FChdCvXz+sXr0ad+/exb1793D16lU8f/4chw4dwujRo//zDyjDW8ZKhDZDPPvbRAnMuCZum2Oxh1iFCNS1a82hedoONPETqaEcOe1U3l3gqnsZeIj3aqKtOb7cqby7wE67aeCqOXLaqYK7aHtZBgtbnhrcy8BDpFNzV0puuGqe0s3dGI56bsJd4lpjqBhvePsEYcvTU30ahosU2Yj2hNB30ncX/Qa2iBGYcW7bt/IQcW5BdnL9+RjczAPgbk7zO9wuJk/bIVYhAkEe2ELa8urJPg3DRRqxJsafuxT9GkcILLqmLU/39WscKZDvmhh/voZDm0SK/aqJ8edIcr/GkeI64G4sN/MAsV81S0nwcgDuFoGizIAmip+73dwtAsU14tMwPE/cvkft4SKFWxPNz/e5u0WgwMprovn5deBuHijm3rNukLD1qEM0Wk00v7tFoJgHfp261hwq+h1s6i/ml9+DXIx9xV5xMfYV58pt+1UZIvagc1UfsTbuGmh7fl/pW3mIuF/wUgJO5d3hUYeu0z6GXvCqR/PEyy046csSGn0rD8kTde+k7y5S2/tVkah7X16aQ99d3A+cq/qI6/hfl+ruyVOBgYHo0qUL7t69iyJFimDnzp24cOEC6tevj9GjR/+tPv924OzXkHKsqa4+7bBpDvmo7d0oJdIxqCt2rSN/a/8YJ6wY+53S7uBJ6G3PdBf89M0W1h6ABSnkm2/vTv2Gzh2KFZnkBx/K0OauCX1w/wal1iV/H4WZjFHAEfoDR/YWKPOUH6IwOXC20g6YSF9YfaN64PFdSitM/C4C2UOJo+KXNUg57hnYES+fv1LascuDke1P/AWPFMLi2w9uicIslTFkli+mR9B4OWa+WfcG0K9SjvpJd8Hi9FW52tZtaYGajShV1MHHHj/O+YVs4wiLb1K/qkg5bdGrKXat3ZOrbcXq+mjT31ZpN+nWAMXLUFo3x+2XLFcCnb3aKu3GXaxRtiKlf/aPJoR6kWKF0Y+lCjfpag2DanrUL0PoaxcuCJ+xg4WtYU1KO+f48oLaBTFsIn2hNenWAEYs7dyLIdO1CxfE8Gn0xW7ToyFusLTNodm0zwrrFELobPoCs+3VRKR4Bk5jCP0ShRE2l+rJ2DpRCveje08Ekr5EKR0MTqQH6VZ9KVX88YOnSFhDX1i6eiXgltxPabdzJUT6sycvBEK/XMXScGf7rvMQWpcXz16IfvWr6sE9lWy7+1NK9JvXb4StYa1K8GTI/16hlEYOrXfXyR8yrmcEz1G0d/pFsjTywoWQtCBAaZs2NhHz5BxDe6NYqWICt1+3pTmasBIQzrG0V8pWLA3vsXRtNu5ijbotzHO1NaxpgEFJNJ+2Tk1Qw5JSQJ0Z8r+GdTWRBt+mvy0q1aDyEM6snIVZ05roOYzm0N7VTlwHfcO7KccWtqbowq6Z9oNaCiy+YzClstdtaY42Li2YbSsUKkLFa3sE0GdatqkNW4Yo6DDIDvjEKPYPSsXi56n9+/djypQpyJ8/P/Lnz48XL16gWrVqSE9Px8CBA/8WS01NQYYak6JKlSpV/3V9tpiUhE8UkzLi64tJKVeuHLZv344aNWqgZs2aGDduHOzt7XH8+HFYWVnh6dOnH+9EQ2oKsipVqlSpUvUn9Qfa/p/28TXK0tISv//+O2rUqIGWLVsiJiYGt2/fxrx581C7du2/1ednLB355WvJqFUCdc8x0wuSlgm09awRC+HHfOHcdmbUQsQz26lh80S/HHWd7T/zPds/FN01RaQ9Z3pOQpwj+fU42jrcPkHYJjtnCYQ+R3H7NY7EeD9C38c4pAmEPrd1M/MX/Ya2iUdUl5Rcz9ulmg+yfKYq7eBWsQhn8Rf83PpVGSJw6xHtEwQenp9bvypDBEI/3ilDlIfnY3A28haY7lGDs9GfxT7wuXetMRSpAwgV/iHUvY91mJijsV6TRTwDH29gixgRf5PlPUXahtI8hLUbKfzr43ym5Wkb2SlJxJ2M85W2fB5iHNKEj3/C0BkSt89KKmhi8bOHzcgTtz/SKUPY8vF51B4u5j6hd6YYA1//IVYhGO1Gtkl9x4pz4/36NooQSPqU/lkIbhmbq+2wppHCNnXAOLEHuW2g7QgxhnTXCYjumpKrbZCdRN2PGixLVHB0fEjrOIEVGO2WLVK6xfq3jRfXTIb7RJHiz+cs3D4B2ay8RYb7RCQ7ExZfIOk7JGIi27+ZnpNEuYBpzA0b2SlJfE6m5ySxjhyDH9U5WaTMj/WajExPujZnRtNrUV1SMI+l+I8dMkWgGXg6fXTXFCxKoxT0LO8p4h7F0+lHdE3F0sxvhS2fl39dKnE2TyUnJ6NChXeuwoSEBJQpUwbe3t64efMmpk6d+pF35y71IYXp3OHLuH2ZUM1nD55Xjm9cuCXb52/hxvmbudo+f/YCp/dSHv+jOw+Fj//cIULQF9PVwak9Z5T265evleNylcrg3OFLSrtC9fI49TvZFmLxH4a1KuLCEcL2W9jUEv3qlqWfFC1bWQiEfotejXF6H+H29Y0ofsLWqQnusliXbkM7CuS/EcN9N3dqIsbvFOyAK6evK+1aDalytk23hihYmMbf3q0NnjOEtrU9lau3bF1b+L2bdLZCSYb4bsYQ7ibWxqhsTiXpazU0QRWGKLdlyHmD6uVhYUO49UqmFWHaiMbYvHtD5biYrg6aOtDn6FUui3oMAc/jYJCTg7YDKF5BV68kGtjXoXNrR+j9Jw+fi5gKnZI6aNyRnTtD6N+9dh/dh3VS2to62mjShT6XI+mvnbsp8PX5CuRDk85kW6cF9XvlxFU4DmfxF/nyoVEnK2ZL/V44egk9Ahg18v8gTgBw78YD1GtF/7d0/vAFdBvKYkBeEUL/9uW7qMOw+GcPnkcXNg+vX1Dq4o1zN1G7WS2lfWbfebQZQPELL54Q6v7q6RswY1j803vOoakDrePzR/Rz86XjV2FiRbFOJ38/g7psvp8wzPzFY1dEaYaTu8+gFsPiP2a2549chkENA6V9YvdZsQcf3ib8+9nDl6BXuSyzPQMDY8Li37/xgGwPXUTJcnQdn/z9LMpULK207zE0/JmDF1G0OLkkju8+i2IldZT2HX6fO3AB+fLTV8HJPeeQvwD9yH6LlbY4e/CiiFE7ueccXr+mPXCd3RPPH76Eh3dpXk7uPYfHD2itrpyie8OFw5dw4wKh70/tO4+77NwvHKM4rYvHLuPCYboHnTlwAdcZNv9flxo4m6tycnJQrlw5NG787h5brlw5rFu3Dg8fPsTevXtRt27dj/SQu/5yTIqrqysGDx4MW1vbjxv/R6TGpKhSpUrVf1ufKyalalzyJ4lJORcX+VV957x9+xaFCxfGkSNHYGJi8vE3/En95V9SHj16hHbt2sHExATJycm4cuXKx9+kSpUqVapUfQX6Iybln/59bcqXLx9MTExw586djxv/lX7/6huWL1+OK1euwM/PD0uXLoWRkRE6dOiAZcuW4dWrVx/v4AvW0V9P5InFP/LrCeGb3//zIYnFn062h7YcEb7XXT/s18DiE/Z638ZDwn/963eULrsgaTlWZX9Pr337u/CLb1+9WzmeNWIhVk4g201LtgksPkdbTxo+W9j+MPNngcXnuP2xXpMFVnz1xPVI6E3+9W0M/53Ub6xAmy/JWC2w+BzFHtkhEQtTCHU/P3GZ4IdwDPpwu1iBxZ+fuFQwNziSPKB5NOYnUsn3hcnLBUPhp2+Yre0IgcVfmLJcMDc4Fj24VazwoS9KWyH65Vj8iPaJwje/ZNQqwf3YvHS7cjyia6ooWb8kY7XgvPA5G+mUIWyXjf1WcEr4WiT3z8KMKBrDivHrBMuF26YPyhbntir7BxGbwffOGI9JYn75NeJZLwiblxFuPctnilhjjrr3bRgukPQThs0QtnzuA5pFC9vJQXPEPuPrH9QyVoxhavg3WDqGyjpsXEhogLB2IwXqfkbkAizP+i5X28gOidi2kuZs1oiF4trk6x/dJVng4efELhZYfI66j3FIxW/r9irtufFL8B27P3DUfVzPUfh9wwGlPT9xKdax+w4vtzDSKQP7fyYs/oKk5fhhFqHj+TWe2CcThzYT6n5h6gqsn01rJa5x5ywc3nZMaS9OXyn65fevVJdxOLLzhNJeMnqV6Jcj/tNdJ+AEc08vHbNG7BeO+M9wn4gzzL2+PGut6Pdfl+ruyVPp6ekICQnB4cOHP278J/WPU5D37duHmTNnYvr06ShWrBj69+8PHx+fT/pzz78t1d2jSpUqVf9tfS53T7WYT+PuOTvy63L3AECpUqXw9OlTvH79GoUKFUKRIkXE63fv3v3Lff6jFORr165hw4YN2LBhA/Lnz4+OHTviyJEjMDMzQ3p6OgIDAz/eiSpVqlSpUvVf0adw13ylv6RkZmZC6xOD9f6yu+fVq1dYvnw5OnfujCpVqmDp0qUIDAzEtWvXMGfOHGzYsAHz5s3DyJEjP97ZF6bQtiPzRF0Pt4sRmHFNhDZHXfs0DBeoazfzAIEd5/j3wab+AlfNX+td0RNuZoSr7mPoJT6HHzvqucHLkqicvQw84F0/NNdzcdRzEynRmqh7b+tQYctR930qeYrUa+7G0ETd96syRHyOJhafp94OqO4rkNmRHRKFLU859agTJOYlsqOGLXOBBNqOEIhyXjXYqYK7cBsFt5JYfN6vc1Ufcd4fsvWoPVwg9D9k62MdhgHVCV8erFGagc+DX+MIgYfXtOXusmFNI0V6sibyn6+Tv02UmCNNjD93gfk3ixZ7mX/mYFN/gVP3bxYtEO+8yrW7RSBcaxK51t8mSqDj+Rp61AkSczSsqcTt83PxrBskUs6HNpG2PCXas26QmE+/xhHCll8THnWCRFq2T8NwYcuvmdzQ/HwehljRdepuHij69awbJO8V9eS9gp+bm3mAfC+zHWjiB9caNL+uNYeK+ebIf2cjb7FfXYx9xb2Fj7d3RU/R7l/NR7Q1y21wl2j/aj4Sdc+ONa/F/tUk6p6nvTtVcEdoG9pLLsa+4h71r0t19+QpV1dXDBw4MM+/v6O//EtKhQoV8PbtW/Tt2xe7du1CvXr13rOxt7eHrq7u3xrQ/1L2g+yweT75atu6UAZTV5/22P09+Y57hXTFqvHkk243kFIiXeN74+cF5Hd2HdkHC9NWKe2WfW2U48CpXlg2hvzgnqMGKMf9RzjiLksrHLk6DDMZ30AToX/zEqUKJq2NwESGrx86jtDrziN64t51Su9L/C4C43wo3saH4dUdgzvj6UNKG4xdEYLxPsQvcEsibDtPpQWAiHnDkB1AY+Co+5b9mqFEqaI0vgkemBVDcRF9Gaa7qYM1KlSltOgBcb2wdPRqpd2P9VuvlQVqNKC00k6erfH99E3ivX/ItKEJLNtQymzLvs2xjZWwH5hA51bFtCJsujVS2raOTVGk2D7qN763cly6gi7asL1j06MxSpYlP37/WBpD8VI6cAzqzGwbobQBpZX2Z+PVKVYYjgzb3rR7I5Rj6auuCX2U4yJFteGTSQj1Zj0boYIxzeGQMbTGhXUKYVg2fTHaOjbGeZYmP2wyPZwXKaqN4VPpi7FZD0rpfnTvCZK/py+TosULI2gGfam2cLIRtklr6UuqWKmiCJ1DD+ut+tH8Pb4vcfu65UrChc2h/UA75fjJw2eIX0UPDKUrlBJr3smzjXL8/MlzYatnWBYD2Tr2GNZeOX7z6jVGrqYv4IrVK2DQSJpvvoYABG6/inklDGLlDXoz3H7BwgUxcj6VDqjZwBg23WlO+4Q5KMdFdYsibDxdx3VamMGqDaV19ma2ZSqWhntqf6XdoL0lajWurrQ58t+wpoFA3zfr0QhVTCsqbSd2bjXqV0MPf0qDb9mnGcqyNOgeAR2VY/OmNdHJg+4Jrfo1F2Unuvm2o3NpboZW/Zop7Tb9baGtQ4iCTp7UT72WtdGM4QHa9G8OLS2VpvElKH/+/Lh27Rr09PTEv9+5cwd6enp48+ZNHu/MW385JmXevHlwcnJC4X/ok/uSpMakqFKlStV/W58tJiUqGfn/4fffm+fPcTbp64tJyZcvH65fv/7eQ8rVq1dhbGyMZ8+e/eU+//IvKS4uLh83UqVKlSpVqr5CqVj89zVu3Dtyt5aWlpJE84fevHmDLVu2oFatWnm9/YNSfyNjWp71nfCDcnT0ovSVAlf9zcglwk/KsdJzYhchoTfZzoySCH2OxZ4cPEcgs3naaEy3NGT7z1TaWd5TBEJfoK07Jgk0dLrrBIHQ5+MLaB4tbOOdMhDbPZ3GxxDfHnWChG1kpySRnspR3K41hgqUdbh9goip4OfmUs1HuJgiOyaJuBOO4nau6iNSumO7p4tYF35u/av5CEx3uusE4Zvn5+Zi7Cuw6GO9JgsfP18nN/MAgSDP8pmaJ77er3EEYhwIoT/OZ5qIUeLjDW4VizAWqzHeb7qw1Vxj7rfPHjZD2PI5G9E1VWDms/1nCls+D3E9R4lYjYmBs8S5TWQuO00sPh+fm3mASKdP7JMpbHn6tFe9YFHqINk5S8QVcFufBmEi9T7VZZyIQ+G2Q5tECtt01wkifoHPUaDtCDGGUYOzEdU5OVfbILtYsa8y3CUWn9uGtI4T+3WMxyRxjXPbsHYjxTWT6TkJSX3H5npukR0SRcmKsUOmINWFyjrw6yuyU5LYk2OHTMGoQROUtia+fiZ7b5bPVDEvs5kbdkTXVMyNo7T9cT7TxLny12Ic0kRa+TjfaaLEBk9lj+mWhiUZlCo+YegMce9bmEz9xHZPx8rx65R29rAZogSAqs+vzMxMZGZmIicnB5MnT1bamZmZmDx5Mp4+fYrJkyd/vKNcpD6kMJ347bRAMx/feVI5vnT8Kk7sPq20zx25gmtnCAF9/Dd67dHdJzix+5TSvnX5Nq6fvaG0T7J+ChYqiOO7yPbZwyfKcSm9EjjJMPh6hmVxgtlyVaimj9MHKI6gulU1nNhFn1NYR1s5Nm1SExeOEkK/cScrnNxDGP9SevTzY1MHa4GctndthTP76XPKM4R+0+4N8eQhYccd/DrgwjGC/RmZGzDbRnjLkOqdvdrhDou/MW1UQzlu2KEetIvSz6stelGZdgCwak3I+Tq2ZihdgXzkdVqYoQyL8WjCcO8mVtVQqSaNqbqVMSrXIl+8DUPOVzDWRy2GzK9U0wA1rAiL3pT1W6JUUVjb11PaelXKwqwJodobtifsfb58+WDLYjVKly8pMPRWrSlm5vnTF2jHcPBFdYvCkr1ex5be9+D2Q3T0aK20tYtqoz7D8ddln3Hzwm109bVX2vkL5EcDe2bLcPtXTl2Dw1CK1eDe4ge3HqEuw+JfOHoZDn5k+/o1+aPvXL2Hui2p37MHzqOzF8WLvHpBzKWbF26jdnMqX3B63znYsxiwF0+pnMK1MzdgyrD4J38/I+Jmnj6QWPzqlrSGJ347jXpsPh/feSTOhZdbOLbzNGrWr0rnfpNivM4fvowK1Sso7aO/nkRlU9pnd6/dp/M+eBFlDUox21PQr1pOad9i+PpT+8+juC7FcR3ZcRK6+iWV9o0LdD86tfccChYsIGwLs2vo2jmyPb33HF6/pnIWR3ecBE/QuMzw9af2nsXjB3SPOrLjBJ6xchYXjtF95dS+c7h1iVJOj/56Eg9uEyb/zAGGtt9/HpfYe4/sOIGbDMd/kpXtOHvgvLgXH/n1JC6fUKGi/0udO3cO586dQ4sWLXDgwAGlfe7cOZw4cQLr169Ho0aNPt5RLvrHnJSvQWpMiipVqlT9t/W5YlKMIz5NTMqZlK8vJuXf0D/ipKhSpUqVKlX/P0mNSclbb968wezZs7Fx40bcvHlT/FoOAD///HMe78xbqruH6ehOicX/niG/j/52UvhTD2w6nCcW//D2Y8jyIT/t7xsOCCz+d1N/Ev1kepKvbtf3lNa6MHUFVmX/IF7j/vZfvyX09ty4JQLTvWX5TlGyniP0p4TOE1j8jfM3C982tx3nOw3Ls9bSeU7bKLD4fAwZ7hOxZPQqpb164nqBxed47bieo4S/eumYNQLbvoWlAke0T8T8xGVKe8moVWI+OUI/pHUcvkkgX/fi9JUiLoLjy4NbxQos/pKM1YLdwLHoIW3iBTp+ScZq+DaktNifF+aNxV+auUb0y1Hn0V1TRIzCsrHfiriozcsJdR7Xc5SIAVqetVZwavj8JvYdK2xXTvhezBlf49QB48UYVk9cL64DjnjPcJ8oYhT4NTLYLECg48cOmSLiDjjm3MsyGFtXEG5/wtDpIu6AY/H9GkcIfP3EwFli7/A1DbAdIWynhs3DklGryJbvlTbxYrwzIheIEhB8nSLaJ4o5mx2zCCtYXAQvdRDVORk7GR5+btwSrJ64PlfbGIdUgYefN1Ji8TXXf89PB5X2/MRlYv41Sygc2ERo8gVJywU6npc6SOyTiUNbGBY/ZblYK77+Sc5ZOPIroe4Xpa3Aj3PJdudawjSkDhiP47+TW2bJ6FX4cd4vSnv3ejrvdNcJOLWfXDpLM9cIW00s/lmWIr88a60Yr6r/nfz9/eHv7483b97AwsICdevWFX9/R6q7B6q7R5UqVar+6/pc7p7q4cnIr/0P3T0vnuN06tfn7ilbtizmzp2Ljh07ftz4T0p196hSpUqVKlV/Vp+CGPuV/jRQqFAhVK9e/eOGf0Gqu4cpomOSwIF71yfcc2ibeJGWqYnQ5mjoYU0jBW7bq16weC9HR2si3vlrzkbeApPvXNUHXvUIZ83R1k767vBh7oc+hl7waUB98fE56rmJlFNN1D13YzjquYm01z6GXsIdwdNcNfH1zkbewlYTi8/R5y7GvmL8HF/vqOcm0kjdzAPEvPC0UU1bv8YRAqke3YVsnfTdhcsuuFWswJdz294VPQXGP6xtvNgr3HZAdV+RIh3aJm9br3rBAiX/oX59G8lz0eyXz4PmHtS0jWhPqeEBzaPF/gxpHSdsuZvovTIDDPHvWnOoKM0Q2CJGIN55Orq7eaBArwe2iBFzz11/HnWCMKgWUVkDbUfkidv3qhcsykwENI8W12kQ259DrELgYkzz6d9M2vK9PcQqRCDphzWNFGPg+9zLMgTOVcnWr7G05a4/TYy/T8NwUX6DX8PuFoFi/YdYhYg15rZuZv7ivuJRe7iYQ27rWmOouJ7czPxFm98PnKv6iOvUteZQ0RcvodDH0AuBtiOU9kATP3Gf4feg3hU9xbU40MRPpKTze1Dvip5iL7nWHCpS0lX97xQUFISsrCx8SgeN+ksKU8veNti2hHzUto6UutjerRV2M99xV592+HYS+Y5bMNs+4T2waSH5s/tEdMdihsVv6mCtHPtlDcKSMeQH53h1pxAH3LlCKXzRiwMFFt9rNKHNXRP64MqZa0p75OowZA8lvsmQ0Qy3H+uEmxcprXjkmnCMHTJVaXukEU67d0Q3PLj5UGnHrwxBpifF2wxmKPYe/h3w7MlLpR21KBBjvcjWObKHctzevRXy56dn5JAZ3sgOmK20+4Z2U45b9rVB8VIEBxoyxhWzGNehTwjhwG26WUO/CqVw9ovogQUpK6nfCBpD/XZ1ULUOpZV28miLNZModqB/jJNybN60JsxsKLW1tYstcnIoZsWVYc+NLCqjflvyv7bs2wwFClG8wACGUy9XuQxsHAjxbetkg8LFqHKoSxztB91yxeHAUOLNHZugGJsXF4Z/L1aqqEj/bdazCUqWo3TVQck0Xp0SReA1iiCNzR2boozBcaXtk+WqHBcpXhg+Ywm3b9Od0sGf3H+G6CX05VakmDaGZdMXbrOeZPvg7iOkrqcvIZ0SRRDIcPstnJoqxw/vPJK4fV0dBE2nLxIXPHMAALTvSURBVOdW/Zorx4/uPRYI/RJliqPvLFpze1c75fjx/SeIW0lY/FL6JeHMSiwIhP7j58K2XKWy6D+C9kc3P0rhfv3iJeJW0P9AVKimj/4jHJV2D39aFwCIWUa2VUwrwoXZ9mSY+UJFCiFoJj3QmFhVRYP2lPrew59si+oWFSU2LJrXgnlTSuvvztLIy1YsjQGxdC5WbevCyIKuCweWnl7FtCJ6BnZR2o27yOutE0sjr1G/Gjq4URp8c8cmKMGw+Pw1s6Y10aoPpeLbOjVFYZ2CSru1M6Wc125uChuHBsI2f/5PW9TuQ1IDZ/PWtm3bsGnTJnz//fcwNzdHwYIFxesrVqz4y32qMSlQY1JUqVKl6r+uzxWTYhLyaWJSTo36+mJSBg0a9MHXZ82a9cHXc5P6S4oqVapUqVKl6h/r7zyEfExqTArT6kk/CD/prBHkUlg29juBRV+Yslwiv5n7YX7iUoG2nhO7WPhiebrn9Mj5ArfPsdJxjqMF7jl72AyB1+bji+6aImzHeEwSWHw+vpDWcQKvneycJRDfAkluHSZsY3uMwoiulFbM+3UzDxAI/aguKSK2hKeuDjTxEzjwqC4pIpZkTuxi5djF2Fcg9GO7pwt/NU/3dTH2xdgh5GJKds4S/nU+9wOq+wr899ghU0R8AEe+D6o1TGDFx/lOE3Ec3NarXrBY0wlDZ+SJuvdvFi3KDGT7zxQxH5oIdT5H2QGzhC1fi+iuKcKPP3H4bGHL5yyu5ygRfzE5eE6eGP+EXmPENcI/07WmLIuQ1C9LXCP8Mz1qDxc49VSXcaJfvld8rMPEmqa7ThCxDtzWr3GkwNePGpwtYp/4NRPQPFr0m+GejciOSbnaBtnFIsuHXKKZnpMQ13NUrrYhreMErmDskCmiTAa3DbdPeK/0Bb/P8HOL7JCISUFzyNZnKlIHEDqAXzNRnZMxne2z8X7TRQkIfp+J7poiPme833QxLzylP8YhTaSVZw+bIc51QZLE1y9m6d/Z/jMl6j6VfvqP6zlKoA4mBs4S58rRBnGOo/Ht5A1Ke1LQHFEC4N/WH+6ef/r3ter169f46aefMGXKFDx69I7afPXqVTx+/Pgj78xd6kMK04GfD+PqGcLXH/iF2AGn95zFUcYHOL77LK6eJlvOGbh95S6O7CCf/uWT1wQW//A2eu3N67c4soP6vXud0PDFdYvgKHutRJniglHwnOGoy1UqgxO/ETK/Uk0DgfXnmGuj2lVwmmGmazc3Fbh97guu364uLh8n5LStYyOc2ksI/ZLlyMfcuIs17jDkd3vXljh36BIbY1nluIlDAzx/8lxpd/Joiyts7ivVIqx44y7WAgrUql9zPL5HG75GfWMab9s6KMRKADTqWA+FilDJ99rNCK9u0cwUuvq6SrtWIxOUq1SG+mpDuH3jelVhYKyvtKvVMUIlk/JKuyFDzpevqgcThkyvWKMCqtUmH38jhpwvVkqi7ctVLoua1nQ+1mwM+fPnQ+Ou5IsvrV8Cpk0ozqAew9e/evZSxHUUL6kDC37uNlTs6+GdR2jtbKu0tYsUEmh+Pme3Lt+G/aBWSjsfu4M8vvcU9VpaKO0rJ6+iowfFKPA1vHfjgfiMc4cuooM7xSi8eM6w+Bdvw6IZxQOd2nsObQfYKW1+HVw/ewO1WEmFE7tOw9aR5uHpI6rCevnENVSrS+t0bOdp1GtDa/FQA4tvWKuS0j6y/SRMLI3ofK7fZ+dyCeWrUrmIw1uPo1IN2iu3LlOc2Zn9F0QZikNbjqOcIe3Ba+y+cWrfeegUo719aPMxlChL7718imLSTv5+FmDX/IFfjqCQNl0HHF9/YvcZgbY/8MsRvGGY/LMHCV9/4vczuHeDYtT2bzqCJ6zUAMfXn9h9GtdOXxe2t6/S/Y2XEjm+6zTOsPfu//kwrrLzObyV7pknd5/Gwc1HyXbjIZw7cB6fTTmf6O9vKiUlBVpaWggICKAh5eQgLi4OBgYGKFKkCOzs7HDkyBHxvhcvXmDo0KEoW7YsihYtiq5du+Ly5cv4lLpw4QJq164NBwcH+Pr64tatd7GP6enpCA4O/si7c9d/KiYlJSUFkZGR8Pf3x9ixYwG8W5z4+HhMnToV9+7dQ6NGjZCdnQ1zc/MPd8akxqSoUqVK1X9bnysmpUbQp4lJOZnx12NSdu/ejV69eqFEiRJo2bKl8j2YlpaGpKQkzJ49GzVq1EBiYiK2bNmCEydOoHjx4gAAb29vfPvtt5g9ezbKlCmDoKAg3L17F3v27EH+/Pn/0fn8oW7duqF48eKYMWMGypQpgwMHDqBatWrYvHkz3N3dcepU7rXnPqT/zC8pu3fvxtSpU1GnTh3x7+np6RgzZgwmTJiA3bt3o3z58mjbtq3yM5MqVapUqVL1yfQ/+iXl8ePHcHZ2xrRp01CqFBWlzMnJwdixYxEVFYUePXrAwsICc+bMwdOnT7FgwTvX/YMHDzBjxgxkZGSgTZs2sLS0xDfffINDhw7hp59+yusj/7K2bduG6OhoFCpUSPx7lSpVcOXK3ysC+Z94SPkni/NX9CEs/vHfTwvf66HNR0Re/zpme2TnCeFv37vxkGBNrJ1Gm+LQ5iMCi//7j4S9XjJ6lcBp7914SGDxOUJ/fuJSgdDfseZ3pA8iH/SvDNM9I2qhQOhvXrIDKf2zcrWdGDhL+Ip/nPeLiIvhGOwsnynCd/zDzJ8FFp/3mzZwvPBJr5m8QbA7NBH6HIu/Yvw6MZ8cHR7VORnzRpK/fXnWdyLWgSPJI9onCt/88qy1ggmhiUXnWPzl49bC25pSUjluPbJjoojVWD5ureDfaGLxeYzKivHrBHdi87K8sfgrJ3wveCxbV1Cac2KfTEwJmau0V2XLeCuOOk91GSd8+msmrRfcCb7Go92yRZwMv0YGmviJfsd6TRZzxtHl7uYBwnac7zQR67BxAWHxveuHCCT9xIBZAqG/aTFh8Yc1jZQlIELmin3G13+4XawYw4zIBVg6Zg3Zsn0VZp8gSkC8h8XX2IP82pw3UgOLz2xjHFKxh13z3yQsxVpWNoOvaWyPdOz/mfDwC5KW44eZVAuFo+5HOmXg0GaGuk+WqHs+R4l9MnF4+zGyTZWoe37dJjln4ehv5EZenL4SP31Da8XPO3XAeJzcS1Xcl4xeJcod/L7hgHKc7joBZw6eV9pLM9cI233svDPcJ+L8YXIjL89aK8b7b+tTxqQ8fPhQ/L148SLPz/X19UWnTp3Qpk0b8e/nzp3D9evX0a4d4Qm0tbXRokUL7Njxbq/t2bMHr169EjYGBgawsLBQbD6F3r59izdv3rz375cvX1Z+0fmr+k+4ewYOHIjSpUsjMzMTdnZ2qFevHsaOHYuzZ8/C2NgYe/fuhaWlpWLv4OAAXV1dzJkzJ9f+Xrx4ITbDw4cPYWhoqLp7VKlSpeo/qs/l7qkZ8GncPSfGRr7377GxsYiLi3vv3xctWoSkpCTs3r0bhQsXFt+DO3bsgI2NDa5cuQIDAwPlPZ6enrhw4QLWr1+PBQsWYNCgQe89BLVr1w5Vq1bFlClTND/yb6l3794oWbIkpk6diuLFi+PgwYMoV64cHBwcULly5a8zBXnRokXYu3cvdu/e/d5r16+/C8rS19cX/66vr48LFy68Z/+HUlJSEB8fn+frqlSpUqVK1b+tS5cuiQcqbW3tXG38/f2xYcMGFC6c98ORlpYE2uXk5Lz3b5r6MzZ/RZmZmWjZsiXMzMzw/Plz9OvXD6dOnULZsmWxcOHCj3eQi75od88fi/PNN9980sWJiIjAgwcPlL9Ll979dBjjkCKw2Pyn/4j2CQJB7d8sWqKume1wuxiBr/ZpGC7ey3+i97EOg0ft4Uqb47UHmvgJN8GgWsPgXZ9cDByv7VTBXbzX2chbfI4m6p7/nN+vyhCRKsrR1o56bsKt1a/KEOE24P1oIumdq/qIfjWx+GEMZ/4OJU+2PC3XUc9NvHewqb+YF03bcHtCqg+xCoG7OeHXefq0k7676He4XQz6VRmSq20vAw9xbmHtRoq9wt1afSsPEem/Ee0TBGae2w6qNUxgxj9k610/VCD0w+3zth3aJFLsQU1bfm4BzaPF/tS05Qjy4XYxIvWaz72LsVzDILtYkfbMbd3M/EWphuCWsQIHz8sBeNQJEgj94JaxErfP0PxeliEYbOovbdl1Gsb2hnf9ULjWGCrGy235vvexDhPzqYn859fBe7a2I4Qtr1ztXT9U2PrbRIk549ePl2WIQNv7NY4QKfP8+tecMx/rMLF3uK2beYC4r3jWDRLlDfj17lpjqHivu3mguA/xVHbnqj6iTIabmb/oi7ts+1YegghWCsHNzF/MKS990MfQS+4l8wCRZv6v6xPGpJQoUUL85faQsmfPHty8eRP169dHgQIFUKBAAWzevBnjxo1DgQIFlP9J/+N/2v/QzZs3ldfKly+Ply9f4t69e3nafAoZGBhg//79CAkJgZeXFywtLZGamop9+/ZBT0/v4x3koi/6IeVTLE5u0tbWfm9zAEDjzg1gwNJKm3Sprxy3cm4Oi2aUttl+UEvoG9GkN+pEeOpufh1RrR6lNvYY1h5FS+oobWuWrjo4uR/KVSqttJ2CuyrHXf06oG4rSukMmu4NneKETB/IMOiu8X1EOmrMsiDxoDaIYdsHxPeGiRWNL3ZFCF6/Ij+iayJh251H9BTnErcyVKR8DmDo+F6hXWFsSbYxS4fj2SNKM+ZI+m5+9qjOUofDv/HHc5Ye6sTQ2+3dW6GGNRWtCpzsiVcvKUWydxDNWSvnZjBtbKK0PdNdUECbfjDsFUz9NuvZELXZmvYO7SZSkvuEd1OOG3WsB8vWtBadvdqhgjGtfz+GMq9ja4rGXaj0QbuBLVHFjNJXB7JSAtXqGKFNf0r/bd2/OYzrVSFbtm76VfXQbSihz1v1a4aaDWkOB4wkhH7p8rpivu16N4U5w/pz2xKli2NgPO2lFr2aonYLM6U9ONVZOS5aQgceqf2UdvMeVA7i2aPnCJxKX7A6JYpgyJiBSrtZt0bK8cM7TxA6h2rsFCleBH7j6MGoWXfq98Hth4hcGCBsAybR59iyVOsHtx4gajF9OeuU0BG4/VZ9m7ExPMKIZcTQ0cTttxvYQjl+dO+xwNeXLFscQdPItqM7pWU/ffRUlAcoXaE0hrMxcHT8q+evELWIxqtXRQ/+E+lhrcuQtsoxcnIQMpvmzLCmAdxTqYRFZy+yLVi4IPwnUT/G9aqgd5gDjYGlhhcvXQye6VQWwdympuiLp5yXMywjEP+WbWqjVT/C2bcd0FI5rlrbEN2GdVLa1h2s0KQrXRct2VrUsDZGO/Y5jbpYw4rd+5qxfWbepCZa9qY1b9K1AUwb097+t/W5OSmtW7fGoUOHsH//fuXP2toazs7O2L9/P6pVq4by5cvjxx+pTMvLly+xefNmNG36bp7q16+PggULCptr167h8OHDis2nUpEiRTBo0CBMmDABEydOhLu7O4oUKfLxN+ahLzom5dGjR++5bQYNGoRatWohLCwM5ubmMDAwQGBgIEJD3/2fwMuXL6Gnp4e0tDR4eXnl1u17UlOQValSpeq/rc8Vk1Jr2KeJSTk+7u9j8XlMCvAuBTklJQWzZs2CiYkJkpOT8csvv7yXgvzdd99h9uzZKF26NIKDg3Hnzp1PmoKckpICfX19DB48WPz7zJkzcevWLYSFheXxzrz1RcekFC9eHBYWFuLfihYtijJlyij/HhAQgOTkZJiYmCiLo6Ojg379+uXWpSpVqlSpUvX39Q9hbEofn1ChoaF49uwZfHx8FF7Yhg0bREZNZmYmChQogF69euHZs2do3bo1Zs+e/ckeUABgypQpuWbWmpubo0+fPn/rIeWLdvf8GYWGhiIgIAA+Pj6wtrbGlStX3lucP6vvpv4ocOtz4yk9deWE75HqQgjqJRlrJMabpVouHrVKpPQuSFomfPUcDz4ndhGS+nFbSq1M7JMpUkOnhMwVeG2eahvbPV2knI73m46RThnscwiZHdkxCZODKfMpwz1bIL75uQQ0jxZ46qR+WYjplpZrv16WIQKhH+c4GlFdyHfM51MToR/bPV3EkvB01EG1hmECq+gc5zhaxHzwfl1rDBUI/aR+WSLmg+O/XWsM1cCiTxTxDHydBpv6i/TvCUNniPgVnnLsbhGItIHjlXZ2wCyBmee2Pg3DxTpNHD5bxGbwMQS3jBVlBiYFzcnTNrJTkoipmBwsbfkax/YYJTDzU0LnibgIbpvQa4y4RjjivX81H1GaIdk5K89rxM3MX6xp6gCJxeep4V6WISL9f9QgicXn6+/XOEKsf4Z7toiL4Lb+zaKF7RiPSSIugo8hyC5WIP/Hek0WpSS4bUjrOIm695maZ+mLcPsEMWfjfKeJ+wwfb2THJFGiYLzfdKS7UqkGfj+I6pIi9kP2sBli//LrK8YhDd+w92b7zxQlAHi6d2z3dJHSPTFwlriOF6evVI7jeo7CsrHfKe1JQXPEuS7JWK0cxztlYDVDKEwJmSvufRyDkNBrDH6YSanvU8PmibT4f1tfAhb/l19+UX5FAd7FZcbFxeHatWt4/vw5Nm/e/N7/4BcuXBjjx4/HnTt38PTpU3z77bcwNDT8ZwPR0PXr11GhQoX3/r1cuXK4du1aLu/4uP5zDyl/Z3H+rHZ/vxdXT11n7f3K8eGtx3FwC6GYD/xyBFeY7Z4NxDq4fOIKDjBs86n9FwQWn7MOHt9/KpD6V89SnwW1C+DAz4epXaggjjCewYNbhKfWLVcch7bSa2Uq6Arc/vNnL5Xj8lX1cOxXYh0Y1a6CYzuJBJjzlq4g08Y1cIZh8C1bWeDEbmIfFGLxHg3a18MVhsG27dkIp/eeU9pFdYsqxw07WuEuw2u3drbF+SPEPtDVIx5Ow071Bc68bX9b3Dh/S2lXrE7xRw06WAqkd1MHa7xkMTRVGZ6+XisLFNSmEgB17cxQuCj9jMvx9GZNa6B4GXrwrW5pJBD6Fizeo1pdI1G+3sjMEBWMKdaJ4+vLVykH47o0porG5VHFtKLStmSYeZ0SOqhjS7Ei5QzLoHrdKrnaauXLhwYdKC1ft1wJ1LCuprTNm1Iszsunz9GkG+H2i5UojFqNKK7HlGHmH955CFunJkq7YCFa/+ePX0iE/qXbsGNxB/z/Hh/cfgyL5mR76cQ1tHGhGJAXLwiLf+fKXRFPc3r/BbTq11xpP2N74/rZm6jRgNbt+K6zaOZI4318/4lyfOXkNRjVpvk7+utJWLJ4sYd3aH9eOHoZBiZ08z287YTA4t+5Sqj7c4cuoUxF2r8HNx+FAVv/6xdo757edx4lStF1ceCXIyhVXldpc9T9qT3nxHzv//mQiHW7cJRgWSd3nRFxW3s3HkL+AvR/zKcPkBv92G+n8OAOlZnY+9NBvGT3i+O/0/V+dOdJ3GTj37PhAO7dpHk6sp3uOUd/PYnzh+hzfv9hn7huOdr+6I4T4n61e90+XDhCOP49G/bTZ/x6AjvXEY9l19q9oiSIqv+dDA0NsX379vf+ffv27SI9+q/oi45J+VxSY1JUqVKl6r+tzxWTYur7aWJSjmX//ZiUL1VpaWkYNWoURo0ahVat3gVCb9y4EaGhoQgKCkJERMRHenhfX3RMiipVqlSpUvVF6QuMSflSFBoairt378LHxwcvX777Na5w4cIICwv7Ww8owH/Q3fNv6thvJwU3g6PuT+w580EsPkfdH9t1SmDx9/+cNxb/yI7jGOtFWPy9G8kVtGzstwKnffCXw8KvzLHSi9JWCNvd6/dj1GDC4u/6Yb9yPDdeYrq3r94tYmg42npaxHyB/960ZJuIoeD9ZgfMFFjxjQs2C3YH7zfLZyoWpZFv+8e5mwQWnyPI0waOF7E638/YKOZTEwfOffPfTflRxDpsWf6rchzbLU3EB6yZtF4wHziSXrOc/ZrJG+Bdn1gSHLc+omsqZkQuELZelpS+yvuN7Z4uUPdrJq0X/BCOUI9zHC3ijtZM3iDQ/FuX543FXzN5g2DlcCx6Sv8sTGExSt9O+VHwOX5bR1j8UYOzRazAD7MIR96/mo+wHes1WcQK/Dj3F+V4UK1hGiUVpoq14Eh0jzrDhW12wEyxHzgW37dhOHYyjPuU4DkSi8/mM8B2hOh3WsR8UdaBI+lD2sSL/Ts7ZhGWj1ubq21kpyTsXr9faWti8fl+jXFIFdf8/MRlEovPbGN7pOPAJnL/Lkhajh9mERafl5KIdxqNw1vJnbIwZTl+nPeL0ublABL7ZIqq7QtTVwjUPZ+jJOcsHN9NrpVFaSvEWvH7QarLOJzcR67iJRmrsXHhFqW95ydykacPysa5w+TeWTpmjSiN8CVh8VXlLS0tLaSlpeHWrVvYuXMnDhw4gLt37yImJubjb86rT9Xdo7p7VKlSpeq/rs/l7jHz+TTunqMTvz53z78h1d2jSpUqVapU/Vmp7p489eTJE6SmpmLjxo24efMm3r59K14/e/ZsHu/MW6q7hynecZTAYvOfvKO6pMCFIaiDW8bmia8OaxsPNzNKZfW3iRL4ao6OHtY0UiCoOQrazTxApC571AkS6bTcjdG38hDR74DqvgJfzcfnVN5dYKT7V/MRffFjJ313ga/vX81HpKByt4smkt5Fw5YjyR313ES654DqvmKMmqh7bjvY1F+4ZWK7pwtbjnHXRHxzWyd9d2Hr1zhSYMdjezDbCu7i3MLajRTrz237VPIUCP3IjkkCM8/H0L+aj1jzD9m6WwSKcgDv2bIx+DaKEHvwQ/0GNI+Gi7Hvn7INsosVCH3+Wr8qQxDE9kNwq1iB0I9lqeuuNYeKvR3SOk7OJ7P1qD1cuMBC28SLdGqO+PeyDBFlJkLbxAskfVRnwu37WIeJOdK0DWd7zqdhuNgbIa3jhC3Htvs0DBe4fU3kfxBLifZpGA7XmmSrWXaAp9prou01143voyFWIfCqRy7GoU0iBSY/gKVwa95XfBqEiX3Gx+BuHijSv4dYhYj7DD+3gSZ+4t7hVS9YvJfPmXNVH7E2HnWCxF7i16mzkbdAJnjWDRJu+n9bX0IK8pcqd3d3zJgxA82bN4efnx/8/f3F39+R+ksKU73WdfD6CT35WbWpoxw379EIe4oR2te2lw3WzyY/aL1WtZXj9m6tsWkhxSh0cGuFZWOIF8BTL/tF9sTKLHqtqw+V0rYf3Aq3Lt1R2n5ZgzCbcUl6hRDmul9kD1xgKbzh3/hjYgAxS/pFEcradWQfnDlAqcEjlgxHpifF0DhHk61LrBMuHKV+RywNwuhBFBfTN6I7HUf1EKnWI5YFI92FeCG9gmm8TiFdcOcq1ZGIWjwcaf2JD9HDv7Ny3H1Yezy6/1Rph8zxQ/qA8ex1QsV39GyD168o9XJYtjsyvejcevqTbZsBtihYiFKQPVL6YcIw4ls4BhDS265XUxTTpXTPXiHdMI0xK3qxcgZNutRHGQMqddDVpz3mJSxT2n2jCFdfr6U5KrLU1g7ubfDk4bdKewDD1Ve3qirKDrQdaCdSRV1HEm7foJo+zFjabuv+zZHD/q+GY/HLVCiN1s6E5m/Z1wZa+fPlalu8bHG0HUC2to6Eun/57BV8xxNpsqhuMbglE9a/WU+yfXzvqcDM65TQgddoQrM369FQOb5/6yHSf6QvysLFCsNn7CBmS/3ev/kAKT/QQ3bhooXhP5Eh9Fk68r2bD5D4XbiwDZxMDwgcof/g1kPEr6QHJZ0SOgicQpwcXtrg8d1HiFpMD0rFyhQXGH97Vzvl+NnDpwj/hm7epfR0xd63dyXM/KsXrxA4jT5Tr3I5OPh1UNptWQo3APhkuirHlWpUQF2W+t62P9lq62jDla2xcd0qqG5J6ep2fWgeSpQrDsfhtNdNG5ugQnVKr27RixDrBsb6sB/cWmnXbm6KMhV0lXbTbrTGxnWqoEUfWhvL1hYoWoKut/osnd7E2hiNWRkSq7Z1kC+/+v/bX4K+//57rF27FjY2Nh83/pNSY1KgxqSoUqVK1X9dnysmxdzr08SkHJny9cWkVK1aFevWrYOpqenHjf+k1MdPVapUqVKl6q/on1Q//op/FkhISEBMTAyePn36ceM/KfUhhWn9rE0irmN+Iv1E/+3kDQJBvTxrrYjd4Gmvy7O+Q+oAcl0sHrVK+N85Sn5h8nIkO1P675JRq5Tj1AHjMD2CUjhnRi9EUt+x9N4USsMc6ZQhkNmTguYgodeYXM8lpluasB3nOw1xjqOV9jcJhMwOt08QqawZ7tkiDoHbDmsaKXD7qS7jRGwJR3EPsQoRiOzEPpnC78xR3O4WgQIzntgnU8TUcFs38wCBL9dEs/MxuJn5C/z3aLds4cfXxPjzVPHxftNFPABfU3eLQIx2o/TvSUFzBBaf4+GHWIUIDPqU0HkSX8/Snv2bRQtf/JTQeSIugtuG2yeI+ZwaJm35eGO6pQl0/PSI+WIMfG8n9Boj4gp4P30qeYqU46R+cu41yxfwcgtpA8cLW76vPOsGCfT6aLdscZ3ydGSfhuECtz/GY5I4N34d+NtECduxXpNF7BPfK8PtYt5D3XMsPrcNaR33HuqeX7fcNtw+QaR0Txg6Q9w7+LlFdkoSqe3Z/jMFZoDbRnVJEWszMXCW2L88LTvGIQ0LkmheJg6fLa4hjrqP7TEKSzIIMzA5eI4ohcERBHGOo7FywvdKe0roPHEv0UTd89Tr6RHzxV5axZD5iX0yRTr1zKiFojyDqv+dMjIysH79eujr66N27dqwsrISf39H6kMK05Zlv+LyCcJQc5bEnh8PCJ7B7nV7BRb/12+JzXDq97PYt5F4Boe3HhexGpwlcOPibRz4hbD4Zxiu+s3rHOxmbIZXL17hwGayvXb2pnKsU6Iw9v1E49Mppo1D2wiTf/82oatLl9fFgV+IoVDOsAyOMiT1k0fPlWPDmgbitWp1q+LoTkLqc/S2RXNTnNlHsS71Wprj5O8Uza2lRdvNsk0dXGMI/aYO1gLVXaAIxYpYt6+Hu9fuK+3mPRvjElunoqWKKcf17evhyQN6im/eoxFuXaa4nrKVyirHVu3q4eVzwq/Xb1sXrxiOvVIN8rXXaWEm4jRMG1eHTnGKUTKyMGSvmUCH+dOrWhiiTEVC6Jswf7+RhSFKGxBCvZJJBVSoqqe0azEkfblKZVDFrJLSrmCkh0osnsWMoe61ixaGWRN6bxmDUqhqTmM0tyHbnLc5sGpDMVXFSumgej0jpV2zASHynz15hoYdKT6gEFun1y/foBazfXDzPpoy3L6WlnKIx/efwpSh96+fv4Vmjo2V9ssXtK/uXruPWo3J9uyhS7B1otiHR2y9b56/BZP6NL8nfj+LJiz24cGdR8rxlVPXUYXNyZEdJ2HJ4tA47v3i0SsoX43KLxzcfFSUJLh9RWLxS+uXVNoHNh2GflUqk3DlDF23p/edh05RbaW996eDKFmO3nvu6GXl+ORumRmxZ8MBFGFlHE7vP0+2u87g6WO6jnd/vw9vWbmL47tOK8fHdp7CbRYftnvdXnENHd7GUPc7TuDSMRrTb9/twe3LdO77WRmPI9uP48QuYqrsXLMbl09cVdq/s3vboW3HsJdxU7av/A2n99D5/rqG7sWHth7DlqXEpdm6/FdREuTflho4m7e6deuGoKAgBAcHw9HREQ4ODuLv70iNSYEak6JKlSpV/3V9rpgUC49k5C/0D2NSXj7H4WlfX0zKvyE1u0eVKlWqVKlS9cm0Z88eHDt2DFpaWjAzM4OlpeXH35SHVHcP09GdJ/LE4p/cd1Zi8bfkjcU/ufcMsnwo7fXApsOCJ/Id870e2XkCmZ7kK97PsNfLx63FmkmE0z687ZjA4nP309LMNQK9vX/TYaQPIn/17z/ST6kLU5YLH++uH/YLLD7H7c+NWyKw+NtX7xZYfI7/nhYxX/ikNy/7VTAsuO3EwFnCL75pyTbBpeAI8vF+00QswaZFW8V8crfcqMHZIvZh4/zNItaBY8aTnLNEfMiGOZsEOp4j9BN6jRF+7x9m/Zwnvj7eabSIHfhh1s/wrBuUpy2PD/ph5s/wqEPpq5pj4D79ddM3wrMe9cvR7Il9x2Iyi/lYO22jGC9HqKf0z8IkFkOxbvpG+DQgTsavDDOfPihb9LthDqXhOxt5i3XL9Jws4i14HMGA6n7C7ZnlM0XML0eiu5kHCNsJw2aIuI5NS7Ypx0OsQoTt5KA5ImaJz/3QJpFiT04N/0Zi8dleCWoZK2xnRi8UMRV8D0a0TxTI97nxS8R1zG2ju6aIa35B0nKsm073HY6vj+2RLiqmL0xeLuafl5KIdxotUfcpywW+nq9pYp9MHGNumYWpK8T88zVNcs7Cyb1UFXlx+kqBuudzlOoyDqcZ6mDJ6FXYtIhKGGhi8TnqfmnmGtEvn6MM94kCof+5sfiquydv3bx5E61atUKDBg0wbNgw+Pn5oX79+mjdujVu3br18Q5ykerugeruUaVKlar/uj6Xu6e226dx9xya8fW5e3r37o0zZ85g3rx5Shry0aNHMXDgQFSvXh0LF/71AGfV3aNKlSpVqlSp+sf64Ycf8NNPPwlOipmZGbKzs9GuXbsPvDNvqe4epqQ+mSJNk2OmY7unC9R1uH1CnvjqyI5JAs0dZBeLAdUpXZWjo4NbxgoEdagGRpqnWvo2ihCpzJoIap5q6W4RKNwcfHx9KnkKXLVrjaHic7itUwX39/D13JanAjvpuyOyY1KetrzKsaata42hAqHPU5ed9N0R2YlsB5v6CxQ3T8vVtPWoEyRcFzzV2qm8tPVpECbWTdhWkOMNbBEj1jTeiWx7V/QUcxbZKUmUW+C2/aoMEQj96K4pAknPbQea+In03w/ZDrEKEeUAorpIW35u/jZRAvmu2S+3DbKLFeUhPjSfoW3i0a/KkFxtXYx9xT4LazdSXE98Td+Vh6AyCOH2CQKhz229LOV5h9sniHRqnj7vYy3XW9OW70HfRhECSa85hsiOvLyCLEkQ1jZepKDz8hB+jWW/mnPG7we+jSLgUYfce8EtYzHQxE9pc/ezT8NwcV8JbBEjXI7c1rt+6HtlMfh8h7D96Vk3SNxnfBtF5Fn6ws08QFwzPg3C8kTdDzTxQwwrheBdP1SMka+FSzUfJPTOFLa8r39bqrsnb719+xYFCxZ8798LFiz4Xh2fPyv1IYXJ1KamSP80Z1jxhh2sUK2uEbU71UdpfV2lXasxpXu2dm4GPSNKOWzR2wYFC9GPVjVYimRX3w7QKU4/HbYdQLhquz5NUa02pTm6juyN/Pkpj7OLNz2ZdhvWEYa1DJS2/0QPkR7MUdsuMb1Qnp1n2LyheMbSjnsGdqHPjO8DvcqUthu1KBCP7z3J1bZ/jKO0XTwcj1jKp8NQQtL3ieyO8kY0hshFgXhw64HS7upDuG+n0K4wqEbpwOHz/fGQpVR39qJ56OHfARVNaB6CZ/ng8b3H1K+3vXLcZUg7GNailF6/8W4iBbmbb3vl2H5QSxjVrqy03ZL6ijXtzmxb9rVBdStjpd072AG6epRW2tOfcPs23RqKdODuQzuhnCGlK/PSB1ZtasO6HaXIdvZshwrGlBbrHN1TOTaxMkKrfoSmbj+oFQxNKyrtgXGE2zeoXh6d2V5q078FjOvSubrGETK9tEFpOAYRFt2uF6HMc97mwCOV0PbFy5QQJRZse1Iq8LNHzzF0PD246ZQsisGJhPVvzrD4D28/RtA0qhdUuFhheI7ur7RtHKyV43s37iN8Lv3PRKEihQRCv6kDpUTfvX4PYd/Qw1mhwoUwdDw9nDXvQSnR967fQ7im7QQaP0+JfnDzAULZGAoXKwI/dq4te9O6PL77GMEz6aFPp6QOvMe4Km273oSkf/7oKYZl0/hKlC2BgQxnb9uL+n31/BU80miOylYsg27s+mvWk9ZNS0sL/aJo7xhUL4/Wzs2Vtk13WosixQoLFH+12oZoyua/Uef6ynEp/ZJo40LlAmpaV4NlawulXb99PeW4Yo0KohSCaWMTmDah+2+dFmb0mXWNYNmK+rFoborKLJX8X9c/Bbl9xUC3Vq1awd/fH1evUqr5lStXEBgYiNatW3/gnXlLjUmBGpOiSpUqVf91fa6YlDqunyYm5eDsry8m5dKlS3BwcMDhw4dhaGgILS0tXLx4EbVr18bq1atRqVKlj3eiITUmRZUqVapUqVL1j2VoaIi9e/fixx9/xPHjx5GTkwMzMzO0adPmb/epunuYfvxms/D58xTZH2b9LBDUayZt0MCtU4rsmonrNRD634lYEo78XjJmjcCiL2cVkUe7ZWNm1ELxvqR+DKHP0iVT+meJtNfpkfOF33ZRGp3LSKcMgdufHDwH8SytmOP2YxzSMC38G6U93m+6wIFz27B2I0U6babnJJGCzG39baIEQn/U4GwRz8DH62MdJtDbaQPHi5gaXkrAq16wwJenu04Qa8r79agTJPDfGe4TRcl6jhn3qBOELG9KKx/nM03EHfCUWM+6QRjjMUlpTwmZK+IMOGZ+iFUIRg2ivfIhJL1f4wix/tMj5osYKp56HdwqFjEO5OOfHilteb/RXVNE6v3MqIXClu/XeKcMEUsyN476cdRzE+1k5ywRk8T7ca7qI/ZruuuEPEtSuJsHCoR+hrvE4vN9pblXMj0niTgIfk0PaxopbLO8pyCcxVRw2+F2MWIM43yn5XkdhLSOew91z9eN24bbJwj8e7b/THHv4GOI7JQkSh9MDJwlkAR8b0d3TRHzPSlojigBwe8dMd3SsIih76eEzBXX0NJMhrrvOUqkXk8N00Ddj6PX4p0ysGbSBqU9PWK+uO9wZEJC70z8MOtnpT0zaiFmRtO9jyPzk/plYdNCSjufHbNIlAD4t6XGpHxcbdu2xdChQzFs2LB/9IACqA8pQj/N24JLx8mX9stiYipsXfEbdjP+wpYl2wUWfxtjKhzYfFSwRvb8sF9g8Tkn4eKRS4IXcHQ7IeefPnwucND3bjzA/k3ERjl7kLgCWvm08NtaYh+8ffMWBxlT4fo5ylEvWrIIfmc8gyJFC+Mww0rfYQj6Mga62MdQ1+UqS4T+wzsU71HZzFD0Y1S7isBvP338Ujk2b1YLp/cS9trCphZO7SGmwuuXb5Tjui3NcYUh9K3b1cFZxlQAw61btqktMPgNO1rh8ilC6BfSoZ9prdrWwYPbFDPToL0V7l4lxHeJsvQzrGVrCzx7/EJp125uKmJ+yhmWFa9xL6px3coCoW9gQvE1Na2rQbsIYdEr1aiAMhUIk29Yi+JIqphWRCl9GlOFqvrQq0yxT1VZ/FLpCqVRicUo6RmWE/FW1Rmav0ChgqjFEPUl9Yqjck36XJP6FF/z5uVr1LOjeIAiJeXP3sYMp//4/mNYt6urtPMXoNvNiycvhO2dK3fQqAMBn968piC7+7ceoqY1jffSiWto3IViHx4/pHiqmxdvw5jFjp3aex6NmO19hrq/evoGDNl5Ht5+EvVYrMMdhoq/ePSKiBU6+MtRVGMxSjcv3laOzx26hBKlqCzCvo0HUc6wNI3/JO3l0/vOo2BB+kH79/X7UVS3qNI+e5B4ICd3nxV7bte6vShYiIIUjzNs/vGdp8Xe/u3b30W81eGtxFA59uspXGclNn5dvRv3b9F7ebmNI9tO4Ox+uk63r/gN19i97fd1xFQ5vOUYDm2h8htbl/2Kc4eo9MX2lcT1Obj5iCgtsnnJdhz7le4zPy8kvsr+TYfw4zziuGxauA37fqYx/utSY1Le088//wwzMzM8fPjwvdcePHgAc3NzbN26NZd3flxqTArUmBRVqlSp+q/rc8Wk1B3waWJSDsz9emJSunbtipYtWyIwMDDX18eNG4dNmzZh5cqVub7+Iam/pKhSpUqVKlV/Ulo5OZ/k72vSgQMH0L59+zxfb9euHfbs2ZPn6x+S+pDCdPTXD2Pxx/sRFv/w1qN5YvFPHzgnsPiHNh8RTBOOxT/++2lRQv0gq3K8euJ64bc9svOE8EHznzhXTvhe2B7eelT4tvdpIPQ5Fv/ApsMCi89x+wtTlgss/u8bDggsvib+m2Pxd67dK2JSOJp/RuQC4UPfvmqXwOJzvPaUkLkiRmHrit/EfO5cu1c5nhgwS8RmbFm+E8OaUjwQd7WNHTJFYPE3L90hmCocMz9qcLbwkW9atFVg5jm+PtVlHKYx3/vPC7fAvXZgrrbJ/bNE/MLGBZvhzrgZmrYcSf/TN9J263Iab6rLOEwMoHiLDXM2iTFwLH7awPHCdv3sTfCyDFbaHKE+2i1b2P70Df3s7mzkjd/W0Vpkek4W4+VY9v7VfIRLNMtnqsac0U/Dg2oNwx62dyYMmyHWeNNisvWsGyRsJwbOyhOL79swXNhOCZ0n4pv4HAXYjhDXxYwoicXnSPrQtvEC4z4ndrHA4vP5jOqcjEPsml+QtBzfs/sOt43tkY7DrLL5wtQVotQAvw7inUbjyE5ylyxMWS5Q93ydEvtk4vhuicX/mSHpeZmBJOcsnNxHbqUloyTqnl/jqS7jcIa5d5aMXoVNiymWhM9nuuuED2Lx+b0uNyw+Lw/wr0t197ynGzdu5MpH+UMFChRQsfj/RKq7R5UqVar+2/pc7p56/ZM+ibtn/zdRX813jrGxMUaPHo3u3bvn+vqKFSsQHByMs2fP5vr6h6T+kqJKlSpVqlT9SanZPe+rY8eOiImJwfPnz9977dmzZ4iNjUXnzp1zeefHpT6kMKUMGC9Q1xwHndBrjMBXR3VJgbORd662MQ5p76G5OVKfu5TC7RPg24gQ1Byv7dMwXKRPBtqOEK4LjqD2qD1c4NV9GoSJNE3+mf2r+Qhsu7tFoCgBwFHcfSp5itTgQbWGCVs+hl4GHojqkiJtWfovPzen8u7CdrCpvxgvdxM5lXcXWGw38wCR/i2w+Br9etQJEojvhF5j8rT1rh8K7/qhudtWcEdU52SlPaxppNgPCb3JtndFOWdhbePhXJWoorzfvpWHiLWIcUgTSHreb/9qPmKN37Nl/bqZBwhc+Yds/RpL3HpMt7xth9vFiL3MX3PUcxNpz2Ft49G/Wt7nzdN9w+0T0LfykFxtNfdGZIdEgdDntp51g0QaeWTHJHFNc1elj3WYuE41bWN7EEJfc44iOyYJ1D3fr0ObRArcfmTHJDFevo+GNokU/Ua0TxB7hePehzaJFPszrN1IDDalNHjuLvVrHCmwByGt44R7kpeo8G0UIa7pILtYcZ/hY/CxDhP3koDm0SIlnZ+bZ90gMS/DmkYKFzl/zc3MX2AQ/BpHiuuCX+MDTfwEtsGvcaS4jv91qe6e9xQdHY27d++iRo0aSE9Px+rVq7FmzRqkpaWhZs2auHv3LqKioj7eUS5SH1KYqtetLFJJq1tWVY5rtzBDpRqU0lnXzhzFSxdT2tXqUPpn024NUJqlijbsVB/58tNUVzYj6p69a0toFyFfnk03QnE37VIflWpQuqrj8C7g5Q/aOBMyu62rHfSNaOzuKc548ZRSftu7tVKOe4V0Q2kDSon0n+SBJ/cJdd/Js61y7BLbC7rlSirtkNl+eMRSG7ntwPje0C1bXGmHzRuG+zcJdd/ejfLlXWJ7iTkKn++Pe9fvk+1gGm+/6J4oU16XbL8ZhrvM1t61pXLcO7wbylWkcwub6yfG0M7VTjnuObwT9BnGP2iGNx7epZRqPmfd/dqjQlVC0PtNcMeLZzS/fB46urcWe8U1sS8KsPTbLgJBbwujOkZKu1eoA0qWpX3VzZcw/s0dm6BWIyq/0DOgE0pX0FXaPYYTbt+qdW1YtyWEfhdve1GqoU8k/SxrYmmEVn0J697BrTUq1qigtPvHENrewFgfHYfQubbsS3sQAAYn9VOOS1UohZ6B9H9Ptgyh/+r5K3hlDFTaxUsXR3+G0G/Wg/D1j+4+gf9EeiAoUlxHIPSbOlCK8b2bDxA8g/7noWDhQgKh37izlXJ859o9hMym+ksFChaAd6ar0m7SmXDvd65K2/wF8sM3azAbA8ft30cQQ93nL5AfvgLN30g5vn/zAfwnExenYOFC8Eyn0gJNu5Ht43uP4Z0xQGkXLlYEztE96Ny60BieP3oGV4bML1GmhCgf0aATzcPrl6/hNJzKW5SuUAq2vWg/WNlTGrlW/nzo4E7XcYVq+mjAXucp3EVL6qBFL7qfVTGriNrNCW9fuzmVgyhnWBYNGSa/et3KMGZp8jUbUBq8oWlF1GQp8zWsqsLAmO6Tqj6/9PX1sWPHDlhYWCAiIgLdu3dHt27dEBkZCQsLC2zfvh36+vof7ygXqTEpUGNSVKlSpeq/rs8Vk2LV99PEpOxd+PXEpHDdu3cPp0+fRk5ODkxMTFCqVKmPv+kDUrH4qlSpUqVK1Z/Vp3DXfMU/DZQqVQoNGjT4uOGflOruYfpl8TYRQ8HR0T998wsy3AmL//2MjSIuguOr103fKFDnq7N/wNAm5OPl6bSrsn9A6oBxov2HsrynCAz2ktGrkexMqcI8BVIzRXZe/BIk9iEsPk8NTnbOErj9mVELha+en3dCrzEC2z01bJ7wD/OUzdju6QJ7ne0/U8QocNtw+wSB0B/nO034s/kYAm1HCCT5WK/JIp6Bn5tf40hMHD5baWti0Tni26dBGLKHzaB+h0wRvng+Xu/6oRjnSynoE4bOgFc9StPl6+9dP1SklU8OnoOBJn5ky1JifRqEiX01M3qhiIvge8WvcaTYK7NGLIRTeXdmSxj0wBYxYk3ft6V+Izskirn/kG1cz1EiroCj1x313DCPpQYn9csSsQ68n14GHgKhr4nF5+h415pDxR7McJ+YZ6kDL8sQgWkf6zVZrP+SjNXK8dAmkaI0wzifaWJfae5BniquWR6C75XQNvHvoe55ir/mdTBrBF2LE4fPFuU3+BgiOyXhG1bOYHLwHGR6UvkFfm7RXVPEnpwSMleUgFg29lvlOLZ7OpZmUntq2DxxDXHUfZzjaKxm96jpkfNF2Qx+/xrplCHSqWdGS9T9d1N+VI4T+2SKFHVN1D1H5ic7Z+GXJZRKPi9+iZiXf1tq4OznlfqQwvTdlJ8EFv/HuZSnv/Gbrdi5lpDP62dvElj8TQu3K8e/rd2DXd/vV9pbl/+Ka2cIHb2F8SyO7jiBPRuILbDvR2JH3Ll2H1uXESfj0vErgnfC8fQvnr7EjpXEdXh45xEO/EL8hbMHiFdQsFB+gdt/8+YNDm0h/sLV0zTWoiWLYDdDXWsXLoQj2+hzb1yg3PfSFXSxl3ESyhiUwrGdxF+4zTDjlc0q4eBm+sxKNSviJMN6379NsSGmTWrg5O9nlLZJ/eo4s5/O58mDp8pxbVtTXD52WWmbN6uFi8euKO3XzwgNXqeFGW5cuC3a1xgeHPmIt1+3pTnu3qDYFovmprh7477SLlyMsPd17Mzx6P4zpV2zvjFevyLMf4myFONj3qQGXrESAJVrVUDREtRXGRZfY2JZBQUL0Y+fFarpQ1eP+irPsPeVTPShW45+Ri5XqSzKVSKsuwGLdSpepjgqmlAMSunypaDP4lcMTSmGSitfPtRoUF1p6zCEu5aWFqqy+JoXT56jdnNTpV2wMI397eu3qGJuqLTv33wASxbP8PYNBV89vvcUVWuT7fVzN2HVurbSfvKQyhXcuXIXVVjM1+kDF2HdjmJz7l69rxxfO3MDBsZ03kd2nEDdFhQzcZPtjUvHr6JUeZrrA5uOwMicPucqu77PHrwInaJU6mDPhgMoxWKqzh+l/Xh633lwh/uutXtQpCi5Ek6wa+Lk7rN4/JD21c41v0MrH93C+XV5fOdp3LpE5SG2r/wNzx5T5oVA3W8/gYtHiDuyddlO3LlM5SF2M6bK4S3HcJTh6jcv3oFL7PrazsqDHNpyTDBWNi3YilO/U5mMn1n9nQObjuDnRfTgsfGbLTi4mZD6P8wiDsq+jYfw/TR6wFk/5xfxOaq+LqkxKVBjUlSpUqXqv67PFZNSv9eniUnZs+TrjEn51FJjUlSpUqVKlaq/INVd8/mkunuYjmw/JhgA3J96cu8ZicXfdkz45jnq/syhC+9h8Yczvzi3PbnvLDI9JwtbxW7Kj1iV/b3SPv77aYHFP8DQ22smrRf+4KO/nUT6IPJtc0z3quwfhO3h7ccEd4AjqJeN/RYrJ9AYDv5yWHApuPtpyahVIuZj38ZDiHEgFgLHYM9PXCZiCXav3y94DByvPTtmkYhn2Ll2r8Di7/qe3FHTI+eLWIeda/eK2CGOL58aNk/EA+xcu1dg8TkWPdt/BmZELhD9eNYjvgVH0o8dMgVTmZ9++6pdeaLuM9wnYgqLi9iyfKdgX3Db0W7ZmBhISPrNS3dgUK1hudqOGpyN7ICZSnvT4m0YbEZj2Mp+lh/tlo1sf4rN2bhgM9wtCKG/Yw3NWYb7RGHLkeiaWPyxXpPFeDnq3tnIWyDps3ymilgS3u9AEz+xdyYMmyFitX5ZQm4Dd/MAsScnBs4Se4dj8b3rhwjbKSFzsTidCqDx9R/WNFJcQ9Mj50ssPsPXB7eKFdfxnNjF+JbFX/A5iuyYKFD38xOX4oeZP+dqG9s9/X3UPYvj4NdBvNNoHNv151D3iX0ycXIvuVMXpa0Q+HpeoiLJOQunD5xT2ovTV2ITm39eJiPVZZzA1y/JWC1s38PiH9HA4jOMvyYWn+P2l2etFTErqr4uqe4eqO4eVapUqfqv67O5e5wSUaDgP3P3vH71HHuWRqvfOX9CqrtHlSpVqlSp+pP6FNk5qrvoz0t19zCNGjxR4Ku5+yGlf5bAV8f2GCWQ39w2znG0QHNHdU4WP8tzPHx01xSRnszdI/42UQhjiPqwdiNFmiZPG/VpECYw0gHNo0X6J8e0u5sHirZPgzCBtubjc6nmI5D0nnWDREon76ePoZdAXbtbBIp+eT+9K3qK9GR3c4nmj+1Gr/Uy8JC2FoFiHuKdRudp61k3SKQV87RsTVsf6zCxbol9xwpbfm5+jSNFCjK37VPJU2C6g+xixfoLW0MvMYdRXVIEbj2pH9k6V/V5DxXO8fXc1rXGUAS3is3Tlo/ByzJEINRje+Tdb0DzaLibkyuI9+Oo5ybS08PaxmNAdaK08n6c9N0R252w85EdEgUOnvc70MRPuFYjOyUJhD7v16OOXO+ozsnimua2PtZhwr0X1SVF4vZZSQK/xpECKx/dVdrGOdIeHNZU7o2oLinoV4XGy8/bv1m06DeqSwpc2H2F7zl/myhZQqNTkliL6C7JwpZfIxHtE8Te5rZDm0hcfVjb+DxLVPg2ihD3neCWsWKf8evWu36oSNMObBEj3Ol8r3jUHo4ktuYBzaPFdcHXYrCpv0jTDmgejRj2uaq+LqkPKUyVa5RHGYaLr1iT0OYm1sYCO1+rQTXoFKdUUYPqlNLZoF09FGNppHXtzMG9avpGlCpq27OxQOZbtSPEtFWb2ijLMP3t3VqLdNUmDIPdvHtD6OrrKu3eod3w7BGlK9o6EpK8g2cbFC9F6HX3FGc8ukMpv637N1eO+4T3QJFiOkp76AQ33L95X2m3YbYD43qJVNzh071x9xqlHbfuRwj1gfG9oc1SLYNm+eDOFUqZtOtnw/rtDR02nyFz/HD7CqVI2jkRwrv/CCcUK0VpsSGzfXGHpT7bOtE89I3sgRIMQT98hrdA87fsTf32CnVAKX1KQQ2c6okHd6g8QBtnmofu/h0Fmt9n3CCR/tluoJ1y7ODdTuD2XUf2Rv4C+ZV2B7fW9L4BLVCpFqW99g51QNGSNC+dPQhX3tyxiUgV7hnQCbp69LMyx+1btrYQaboOPvbQY+UCnIIJmV6tThW0ZAh9e1ZmIH/B/BgQ10tp61Uph85DCMVu15vWNCcnB4MTCaFfUq8kHIPoc5r3aKgcP334HD4MQV+0ZDH0H0EI/aZdCYt//+YDBEyhh4dCRbQxOIkQ+g3b0/V1++pdDJ9GDw/58+eDF0PSN7CvR7ZX7iCQ2ebkAEMY1r+BvSWzvYuAKfSgiZwceI0mW+v2ZHvn6l34jaNzA4DBKc7KcX02hvs3H8A9meYsf/786BXaVWlbtqFze3zvMfpGEDK/UBFt2LN9V5elez9/8gJdfdor7aK6xQTmn+Pr375+g1bsOi5VvpRIHTdtQrj6AoUKoAkrQ1DeqBxMG1NZh5r1CXtfsmxx1Lal9O+KJhVQxYzSzquxFPTyVfVQlZUhqWJaUaTX/+tSa/d8VqkxKVBjUlSpUqXqv67PFZPSoPuniUnZvVKNSfkzUn9JUaVKlSpVqlR9kVIfUpi2LN8pcNs8nXbTom0i/XfD3E0itZWjrn+c94vwma6d9pPw+XNc9dppPyFt4HilzVHR2cNmiHTalePXCSz+6onrleMsn6mYEysR+tzHu2L8OuU4wz1bpN7OT1wq0oqXZ32nHKe6jBMI/dkxi4QvmeO1k/qOFWm6MyIXCF8xn884x9ECoT8lZK6I4+D9RnVOFkjyicNnixggbhvcKlagzrMDZgl/O08bDbQdgewASpHNHjZD+OK57bCmkZgwlFJvswNmiXgGTTR/ls9UOrfQeXBjKcg8zdWvcaRAm8+MXghnI6riy9O0hzWNFPvqm5FL4KRP+HqOkg+0HSH2yrx4DVuG5g9rN1LEDsyNy9s2pluaiItZkESvOeq5CUx+Ut+xIn6J9+Oo54YFSZQanDZwvIhJ4uftUs1HpBxnuE8Utvza86wbJPZVlveUPMsi+DWOFLbj/aaLc+PXQaDtCIm6HzYjz+sgpHWcRN0HzhLlDPheCbdPEKUEJgfPEfcZPt7ITkliDqeEzBX7jI93RNdULMmg904Nmyf2Or8fxHZPF5iB6ZHzRckKjiuIcxyNtQyhMDMqb9R9Qq8x2DCXSLHvoe5ZqnVS37HYtIjSk+fGLRF76cd5vyjHqS7jsI3RtecnLhV76V+X6u75rFIfUphWZq0VWPwfptNFtHbqj9j5HTEL1kzcILD4G+ZQTv+mRduxiyH0f5z7C66fJWz2xvnEgNi9fj9+/4FQ+DtWE7/i6tkb+HkB2Z7YdVrgrPdu2K8c37vxAL8sJgbElZNXsf9n4joc2XpcOX7+9DW2LiOux/2bDwWC+tTvhOLOXyAfdjBexMsXr3CY9XXhMLENihTTxk7GIclfIB+O7jhJ53PymnJcSq8EdjNWQ4lSRXHiN0JmX2eY8YomFQQTpmyl0ji5h1gNty9RfIqJdXUc+5U+s5JJBZw7RGO8x1D2tRrXwHnGW6haxwiXT9AYn9x7ohyb29TC1TO03jXqVxXY9NfPCbdv0awmbjOseA3LqnjIMP9aLAbJ3KYmHrB4oKrmhgKhr12UYk5qNjTBi6cvlXb5anooXIzw68VL08/GVS0qI38B+pxylcuiZNniSrtUBapMqle5LHRZbE6p8roobcBer0LxKUWKFYZBdULJFytN79Muqi1is16/foMaDYyVdiGGigeAijUqKseP7j2GuU1NpZ3zlu7izx6/gKEpxYfdunQHtZsRbv/pI4r3uXvtPirVoPGdP3IZdVqQ7d0rFJ90/ewNEctwZMcJmDWhMVw9RXvh0vGrKMHOdd/GwzCsSeO/xFD35w5dQsGCFFe0+/t9KFGG5p6XqDi97zxesL3z6+rdKFiooNI+toNYJyd3nxWlGbat+A2vX75W2vs30jVybOcpXD1J97KtS3/Fg1sPlfbvjL9yZPsJnNxN194vi7bj6mna6ztW0T3p8JZj2MtYKBsXbMWZ/XQtCtT9L0ewbTndO36cu1kwYTjbZN/GQ9gwmx5o1s/ehN830H1xzcQNyvGeDQexitUTWjttI3Z8S5yaf1tq7Z7PKzUmBWpMiipVqlT91/W5YlIadk34JDEpu9aMUL9z/oTUX1JUqVKlSpUqVV+k1IcUpiPbJBZ/HcPiH999SmDxD20+ImId1k77ABZ/i8Tic0T2mUMXJBZ/C+G0v5+xUWDxT+0/J/zVHL29dtpG4Vc+seeMwOIf/IV+Cv5uyo/C9vjuUwKLv18Dt89LtR/59YRgFnBc9coJ3wsf+uGtRwU3gSPIl439VsQdHNp8RMSZcLz2orQVmJ9I/un9Px8Sc89/Fp6fuEz4vff8dFDEDu1cSz9zz41bghks3mbPjwfzxOLPGrEQ01j8wp6fDkosPsPMT4uYLxDve346KGJSOEJ/YuAsTBo+W5zLwBpDlTbHuI/3myaQ9DvX7sWA6n5ku4xss7ynYMLQ6XQuK3dhoAnZamL8+d7evHSHQPPzecjy1rBl43Mx9sX21VRdO8tnCiYMo/FyfH3/qj7vYfH5PGxeSlXFXYx9xd6ZMEyWKOC2g039xf6dGDBL7B1eOsCzXpCwnRI8R8S38PP2bRQhrrdpEfPFdcGx+MPtYnB4K7lPZ8csEnEcHF8f3j4BR1hV4W8SlmLDHHJ7cCR9jEMqju9mqPuU5diYB+p+pFMGTuwh1P3C1LxR94l9MnGKuWwWpa3AL0toTvn1leScJZD0i9NXYvMS2gOaWHyOul8yelXeWPxB2TjPXMdLM9cI5D9f/wz3iQLNvzxrLdZNp3v1vy3V3fN5pbp7oLp7VKlSpeq/rs/l7mnU+dO4e377TnX3/Bmpv6SoUqVKlSpVqr5IqQ8pTJlek0X6J8e4jxo0Ad71Q5V2Qu9Mgfzm6OikflkCdR/bYxTczPxztY13yhBpryOdMpTj4XYxwgUS3TVFouN7SLw2T+ENazdSpF5yFLdPgzBxboG2I4QtR/O7mwcKdLxf40gEswrE3J3jYuwrPmeIVUieY3A28hZpr16W0pZjxvsYeknbesEiVZynT/ep5Clsh1iFwL8ZzS/Hovep5PnevPBU8ZT+WcKWp1P7NY6EjzW5hri7rI+hl5izwBYx8Kg9PNd++1YeItYi3D5BuGW4rbORt0CFxzmOhlN591xtB1T3Fem0I50yBOqe27qZB4i517RNZrZDm0SK64D346jnJvZvSOs4UQ7gQ7aRHRIFDp5/Zv9qPu+VDuDXKe9XsxTDiK6pAqHPbX2swzRKUqQJWz4Gv8aRwhUY0y1NoO55uQV/myhp65AmkP/8vAOaRwtcfUy3NLgydx9Pcw60HSH28oiuqQK/z+8HgbYjBK4+qkuKKBegee/g95nIjknyWmRjGNY0UlwH4fYJwkXOz82vcQQSetO8hLaJR2RHWkc+Z971QwWKIbhVrLiG+Lp51B6OsV6ThS2/X/zbUt09n1fqQwpTOcMyKFmWfnrj6YmGtSpCtxylEVYxrYhChQsp7bIVKWXTrGkNFNSm2o0161cVaaWly+sqx9bt6uLN67dKm2OlzZvWQnGWutjCqQlePHmhtOvYmVM/beugCMPMd3Bvg0f3KLXVqi0hs22dGkO7CNn2CnEQ6YmNOlkrx52GtEX+QnQugxL64C5Dxzdh+Oy+ET2QjyHdfTNdcecqpeLadCNbl1gnaOXTUtpDs91w8xKl9DbtQqjzQQl9ROmAgCmeuHmJEPqNuxB623VkbxRgYwiY4oVbrN/GnQhJ7hLbCwW1Cwrb2wzN35ghvZ2jHVGYzW/AZA/cYcj/Jl1ozvqEd0dRXY1SArdpfm26N1KOHYM6Q7cc7TmvjIEipbZFL0LJO/i1F7j9gbG9xLy07t9COW4/qCUqGFM6cJ+I7iJduf2gVspx856NUZ0hynsEdEJJtte7eBJuv7atKRowrHtHhu0vWrIIeoU6KO0qZoZozcoFtP1/7Z11WFVb88fHxsQE7FYU7G7sxgIEFQRBRLqUUkLSQlHB1quiIIjdhVjXLrBQQUVCDMRAQeD8/ri/d8/MUZT3Fb3G+j4Pz7OXZ846a6+91j7bMzOfMdCQjkuWLgH67tpSu3qdajDSEtHsfUipg+x3OWA610BqV6xSHrRn4Od008S5z3z+BiyX4gNWaYXSYOCBn9NpSFvp+FnyC7BZPlVqQzEAE389qdlWA3Hvz5Keg3UI2ubl5sFUgtBv0xdt05NegAVB3ed+zIWpcyd91vbZk5dgNg9fy83JBQMvLC3Qqg+i4p8nv2TlAPLz82G01VCpTVO4M56+gjHWw/HUigH0IWUJWnTBkgnvMt7BQILML1WmFHQa2lZqN2uPayM7Kwd6jMaSBWUrlQP1HojNb9S6HhmfDNr3byW1FWsoQuO2DaV2vRaYwl2mXGlo2gHT1avXrgYqjbB8SM3GWDqiqooiqJC2cv0aUIWs1+8umaxo/oQKJRGTAiImRUhISOhX14+KSek6bE6RxKSc2+8uvnMKoZJfNxESEhISEhICKBp3jXD3FF7C3UN0ZudFFutAsegxkX9D4FTElx8PO8VSWynqOjr8NCwwxvTfwxuiWawDxaIf2XQC5hkuk9qUwrjCcQOEzkFk9r7VR5lvlqY1BtuuZwj9ncEHGRZ/9wokNi6xWM3SdCMCd7O4DorBXmS6nCHJwwK2Mx81TWWePyWYIbJDvSOZ/5qmbAYYLGFppBs8trKYGmrrq7eY4cvXzQpjPnSG+B47nyH017puAaeBXp8dr+swX1jugAj9NS6bWTwDtZ3R3xOCbdYxW3pN6XgdNDxgiQWm6a513cJiB2iatl0fd1hshunqGzzCWUxKxIKdaNt7Niw0wXW1xXcb6NRCFwRNn7XXcGc+/jD/KBZnQtO/nQZ6seu/xXdbgbazNP1ZDA19TVvZhKX7eo9fBDMHeH3WVkvJmCHe5xkuY3NPz0W37jTWrzwWn+49EzU7hqQPmr6SxWZQdLx5Z2e2XpdZrWUxE3Rd2fWezfoNtl0PXiT+gl5/x34eDHW/3GEDK2dAbZ0He3PU/cxNLN6CjsF1uC9ELNgltVc7h7JSDXS9ztYMgO1L8L1r5NLi6R73GDMP9pD7wzq3MLY3KTLBU2sBHCJk2PWzw1g5jgME2+CtEwjHw5CYvcFjK0Pd01RrX73FLC0+dE4EK/NwnKRaB+gvgb8J2TrMP4qVGvnu+lYc/n/+hAol8ZBCFD53B8Pi7yMbd+fS/XB2F26MyAV7GBb/AEHoH1x7DM7tIQj95YcZFp8i9E9E/A0X9iM3gSLzE288gkN/nZDalw5fh8uHkUNwejtu6pQHaXA0FPu9cy6esQUu7EeOw8unmQy3n3TrCVw/gQwIyo54/y4HTmxFZsLzJy8ZFv8WQdCDTAantiGH4m1mFsPiP7j6UDouXaYUnN2FHIrcj3kMi//wBrIYKlQuy3D7JUuWYFj8pFvIV1CqVx2uEK5DuUoK8OD6Y6mdfBfx5fXV60HsSeRZVFZWhMcEb06vWdOOjSH+MpYLUKpbnb3+MvWVdNyscxNIuoP91GykDC9SMH7l3ass6Vi1cxNIf/RMatdqogLvMt9L7dxsjGVq3rkJZKRjbItKI2XIJ/FMQGJ8mrRvxGJbqtepBmUIlp7i9ms3q8ViiaqoVIFK1RABX6EywekrKbIYmopV8LhS9QpQRQVjZkqULA51miHOXqECfmaZcqWhel2M+XqXmcViEqhys3NZDMKL1AxQ7YKxW1lkvl49ew01G2IsQ9KdFFDt2kxqPydY/PSHz6CKsqLUvvV3PDQlsTlPyDVMupMCZSviT/xXj9yAmiRmgq7Xh3FPID8fr8v5vZdYvNi9i8gvuX/1Ibwm5RfObD/3TwDJ/+sG2ZfxFxMgLSFdasdEnIWsN3julw7ifeT2uXsMVx8dfgbSH2O8FUXd3zxzl5XFOLb5JDwifJNogrqPO3kbzu7GvXhkYwzcPofsFvoAc/3ETTi6CR8uDq6PhqsE3b9nOT78XD0WC7sIE2rv6mNwdjfes6IW4QPXpUPXYeu8nVJ7V8hhOBWF5yP0e0nEpICISRESEhL61fWjYlK6Dy6amJSzh0RMSmEkYlKEhISEhIQKq3zZP3/f2odQoSTcPUSxJ28ViMW/dT6exRl8CYt//3oiBE1fyWw5Fh/dSIlxjxkWn+K0D2+IZn7mhNhHBWLxD/0VzXzd968nFojFP7j+OIu3ib+awDgftOLwwXXc9u7lB4xvQF1D+9ccY/EBdy7eYxwSitDfs/II8yPfPHcXXIdhnAlFZu8MPsB82XFnbnMsPsGrRwXtg7+Ijzzu1C3GoaFI8oiFu5jvPTbmJlh0cZHa9GftMP8oFuty40QcmLWfIbUpFn+zzzZYQWJdrkfHgQnB4lM0+0avCAixXc/6NWyObBGKul/jupmh7m+ciINJhC1CbVc6boAg81VS+/LRGzCp4edtQ2zXs/V6bu9l0G+MDCAaK7DMei2zpRh8I1VrOLUd52GZ1Ro2hlPEPanf2IKVKFhmtQaCbTHmh+L2JzUyZ+tsmfVaWOUc+llbI1VrttaDbdexeBZ6LlNb2zPbFQ4FY/HNOzmxCr6rnDaxvUnPxbbXLIa6X+sWxmI1KL7eadAcuH0B3SUbPSOY25Yi6WdrBkD8FYK694tiqHtqO0d7IUPdhwVsZ/h6umd8dBfBgxsPuS1x21Jb34lBDF+/dd4OZvtVLP7WArD4hssggeD2IxfthiMb0XVE+11oEsLmISpoH+wlcTPfXSIm5YdKuHtAuHuEhISEfnX9MHfPAK+icfcc9RDfOYWQcPcICQkJCQkVUsWgCFKQi2Qkf4aEu4doqeUqhuamqbaLp61gKacBBksY8pvazjdaxvDVPrqLwETN7rO2vhOCWOql70RMMXYa6MXSPb20FzJcNXW7OPblGGn3UXNZ6iVNMbXtNYu5YVyGeDNbL21ETFt0cWGYece+HsyWYrBN2zgwPLU8mpuOwbC5FbO16sZx+/Tc9BuZM1uLLi58zgjqfmJDbmve2Zmllctj5uX7pWnlAQaYwjuhvhmbB6turmDZFV1DNI18Qn0zNr92vWcz1xB1w01sMJ2lac/o78nWCu13YkNzVlJhlqY/c/fQlGP9xhbgNsJPavvoLmJpxdTWSNUanAd7F8p2WrsZbD7pa1pKxuy6OWh4sHIAX7J1HebLUq+p7fjapuw6zdL0Z5h5OkfGarYs5VweX09tp3eYyVyBHmPmMVs6hn+uNy91QcdA15VNz1nM1nPcfOY+o+vVro87W3Oe43gJDTpHdn3ceUmKMfMYUp9WJ7fr487KIriPnsvStuletOs9m62r2ZoBbA7pGGx7zWLvdRvhx3AA9P5l3d2VuZFdh/qw+xl9zaKLC3Nluwzx5vdUksJt1n4GLLVEt6fzYG+G3//uEsTZHyrxkEJUqboilFMsL7UVCZK+Rt1qULY8YvCV6taA4iTls2IVfF999Xo0ixDqNq8J2R9ypHZ5RUSmq/doDtnvP0rtRup18LhdI4av7zioDbx7jemrTds3kI5b9lBl+PpeWl0g8zli8Zt3wfTOjoPasDTHQUb9IONpJo6pJ2Kue2t1ARlJpxxjMxyeJyPqXr13C+l4mOlAyMvJldp6LmMh/TEi6dv0RYz/+JmjITcHz3uKjx48Jam4bQk6XN9TGz5mo63ZfH14+hBt2/TBfo28dZit+SJDSCO2rftgv4be49l4LZcYsTG07o1IcsM549k8WC6dws6tNcGXG3hoQzGCq5++2IilIHcYgGOY4DoOSpVGNP+0QEPIfP5GalM8uY6jJpStiGm8xr4T4cNbLJPQTRPLDoy2HsZShfVnIxoegGPnB0/pCyoNakhtXefRULosjmmAPuL2e47uBE0IJn2k+WDpuFqtKqBpNlBqq3ZtysY0xLCvdFyukgJoO46U2ioNlWCwoYbU7quHOP38vHyY7Imo+Mo1KsEYm2FSuyspSfD6xVuYFmgotcuULQN6LmOldoeBiGl/nvISzIMQXw/wz3X+j9R74jV9+ugZWARhvx8/5ICxHyL0W3ZXZbbT5iPq/sPbDzDFF21bdMOU6KcP02HyHF2p/f7Ne9BzHSO1m3XCuX6W9BzG2eOc5bzPZuUNmrStLx2/THkJg6dgyYLc7I+sfEDDVnWl48xnr6G3dlepnS+TsfVcTxXx9e9eZUH7Aa2ldslSJaFZJ0Ts126CqeI5Hz5Cc5IqXrq8AtRrgfc3pfq45ooXLwZ1yWvlFCtA9VqYzl6FlBKpoFgOqtXEtmKNSlBB8dvcL0I/r37qmBR/f3/Yvn073LlzB8qWLQvdu3eHuXPnQvPmWKNCJpOBl5cXrFq1CjIyMqBLly4QHBwMampqX+iZS8SkCAkJCf3a+lExKT37eULJkt8Yk5L7AU4f9yz0WIvquzA7OxscHR0hLCwM3r9/D/3794eQkBCoU6fO5z72p9BP/UtKTEwMWFhYwLlz5+DIkSOQm5sLgwYNgnfvEH40b948CAwMhGXLlsHFixdBRUUFBg4cCG/evPlCz0JCQkJCQv+D/oXsnqL6LrS1tYUdO3ZAeHg4nD59Gt6+fQsjRoyAvLy8z33sT6Gf+iHl4MGDYGhoCGpqatCmTRtYv349PH78GC5f/odEKJPJYPHixeDm5gZjx44FdXV12LBhA2RlZcGWLVu+0vunOr/vMvO3UyT1mZ0XYJEpYvFPRJxlvmSK2z694wLD4h/bcpKVhI9YiGjr6K1nYL4R+smPbcb0w7WuWxgy+9jmGObHpXTH1c6hDKF/cN0x8J2A/mGaArncYQND6O9efpj5mWk6X7Dteoa93rF0P4sPYLh989UMHR4RuJvFZuwKOSQdLzJdDuvc0DZ83g7mr6bY7oUmISxVOMwviuHLdxJS5XyjZbDKCVOFQ70jWVo5tfWbGAQrHDFVOHROBIv5oeP1HDcfQuwwVXiTVwS7/tTWbaQ/w5Vv8ooA805OUpuuK5ch3ixNN9Q7ksWk0HXlNNCLlWYI849iMSk0/dtpoBdbVxELd7M4E4rbdxo0B/xILEH4vB3clqTluo3wY7E5dC1rq5jAFt9tUnuO9kIWF0E/U1vFhKWgz528lMVb0HPRqTWV2QZOXc5ikrYt3iMdGza3Ykj6IPNVLF2dpg2bd3Ri5SGWWa0F1+G4rnYvx2tq22sW218h9n+xshN0vc7o78lR9zM2sutG16DzYG+Gul/ltAmWmK8mttiv63BfhgNY47KZlXWga3C2ZgDsXl4w6p7ucY8x81g5jnWzOOp+/xq8d3hqLYBjBFG/wSOc4QHoPclbJxBiIjE9OXROBLuOx7bgvc53QhBD3W/x3QbhpHzIiQikXgcYLIGLJI07fO4O2ErW6O+oovguzMzMhLVr18LChQthwIAB0K5dOwgNDYXY2Fg4evTolz7+X9VP/ZAir8zMf+Imqlb9x1eZmJgIaWlpMGjQIMmmTJky0KdPHzh79uxn+/iSNnpuZVj8XUvxZhI+dyec2YmbaLNPFMPi7wnBG0LU4r0Mix+5YA+kPkCE+oHVuOkPrjkK5/chu2PvKsJmOXsX9pL6PMfDz8KlQ8hCOLLxhHR8/0oCHFiP7XP7r8JVwhY4QRgJT+JT4DB5b+yp2wyLf3YXsi6eJT1naOv7VxMh7iTyIi4dwPN88yoLjm9BDkLK3RS4eQZ5EdeikYvwMScPThBmwosnL+HOOcTi3zyL7wMAhtt/nfEO4i8hov7uBXxfqTKl4G/C7sj5kAsPriF/4R5B21eqWgEuEm5Kfj7Ao1tPpPaDq2hbs5EyQ3qXLFOSXf+HcfgZDdXrsXIBCpXKQvojjF9JfYDva9S2ISTcQGx/haoV4dUzRN/TWJbG7RtBCnmvYo3KLCaF4vYbtW0IL1PxvZXlStnn5eD/nOqr14OsN/jeqsqVoWQZjG8qXgqR+cr1akBJgtCvVAX7rVqzCpQh6PuyFRWgas0qUrtMOXytYpXyUKEyovdzPuSyeAX59IdqpJ+XT19Bk3YNpfb714iGf5uRBdVqI27/yd0UaExsaRxR+uPnUKEqjuHWuXho2ArjOhJjH5J+UqE4iTO6fOgaVK2FY7p3+QF5XxJkketyducFKEHmkO6J+1cfwrMkxNWfivwbPpJYrcuHrknH8RcT4FEcrpXosNOQkfYKP4eUmbh97h7cPIP79GhoDDwmmP/ocNx7N8/cZZyXIxtj4O4lPJ/D5MEj7uRtOL4Z33tgXTS7d+xdgQ8/10/chH2ECbV31VE4txc/h6Lurx69ARHz8WHtH9Q9nk94wE7p+NLB67CB/Cdre9B+iA7Dh5jvrWIyWZH8AfzjQqJ/2dnZX/n0f/S/fBdevnwZPn78yGxq1aoF6urq/9P35Y/STx2TQiWTyWDUqFGQkZEBp079U3fm7Nmz0KNHD0hOToZatbBGiKmpKTx69AgOHTr02b6ys7PZYnj9+jXUrVtXxKQICQkJ/aL6UTEpvXp7FElMyqmTXp/8u4eHB3h6en7xvf/rd+GWLVvAyMjokwehQYMGQcOGDWHlypXwM+qX4aRYWlrCjRs34PTp05+8VqwY/2+XTCb75N+o/P39wcvr0wUiJCQkJCT0o5SUlMQeqMqUKfMF639UlN+FhbX5N/VLuHusrKxg9+7dEB0dzaKQVVRUAAAgLS2N2aenp4OysjIUJBcXF8jMzJT+kpL+QTdfP3GTxS/sI77YuDO3GRb/WnQc83VTt8zdyw8gyByfSm+ciAMH4m+nWPyE2EcMix97En86PbLpBItfeHgziWPxie2xzTHMX50Y95gxIW7EyNtirMOD2EeMCUJR4UdDYyByEcYH3L+eCD7EF09x5UdDY1iMwr1riYx1QLH4RzadYKXY468mMK4HreB86K9o2ETiAe5efgAzCceBYrsPrD3G4mLuXLzH+BAUSb535RFY7bJZat86Hw9WhG/x916swror5BCsJPErN/++C9M7IPuEItSjgvYx1H3cmdtg0grjTCgWPzJwNyyzxviVuFO3YEoL5GTEROLP2BHzd7L4lbjTt8GgCbJFTkTgTWuzTyQsnsbLLUxsMP2ztutmhbGYievRccyWjmGV0yZmS1Hspm0cGHo9xG49LDbDfUBjDqa0sGFlB4Jt18FSS9xfdD4NmlgyhHqw7TpWooCi7g2bW7N9EWK7nmPxCZrfRN2O29qtZ3EzdAzTO85kqPuVMzaymBW6Vmx6uDHU/RrXzSxWg67BGQO8GOL9L49wiA7HCuV0fmeN9GOo+80+2wpE3c/RXshR9/5RcJLMkzwWnyLpwwK2M1uKpPedGMRQ91vn7SjQNkB/CUPoRyzYCcdJPAsdwzyjYDbeyEW7WZwMnYeFJiFw5yLOb1TQXnYtvreK0t1TqVIl9ve1h5Rv+S5UUVGBnJwcyMjIKNDmZ9RP7e6RyWRgZWUFO3bsgBMnTkDTpk0/eb1WrVpgZ2cHM2fOBACAnJwcUFJSgrlz58K0adMK9TkiBVlISEjo19aPcvf07uleJO6ek6fnFHqsRfFdmJmZCTVq1IDQ0FDQ0fmHO5Samgp16tSB/fv3w+DBgz/53J9BP7W7x8LCArZs2QK7du2CihUrSk+JioqKULZsWShWrBjY2tqCn58fNG3aFJo2bQp+fn5Qrlw5mDBhwr88eiEhISGh305FQYz9L99fFN+FioqKYGxsDA4ODlCtWjWoWrUqODo6QqtWrWDAgAHfdj7fUT+1u2f58uWQmZkJGhoaULNmTelv61ZMG5w5cybY2tqCubk5dOzYEZKTk+Hw4cNQsWLFL/RcwOfZrQPDZlZSm+Kgl1quYaj7hSbBYEwq21Ik9eJpK1iKZIDBEoYHp7bzpwQzdDxFprsO9WEpvP6TgpgtddE4D+YYae/xi5g7imK7Zw7wAi+Cs/cYO5/ZUrS1g4YHs3Ub6V+grU0PN4bJdxnizWz9yBjMOzmxtOcZ/T3ZudHxTm1lz2ztNdxZqjBNyzZStWZjsO01i10Lijqf3NSS2dr0nMUw6fRa6De2YKnXtr1mgXV3dA3RlHN5jL9dH3dWXZm67PQbmbOU3hn9PWFauxkF2lKEvuswX4ZQp7YGTSwY6txTawFDvtPxGja3Yqm3/pOCWAoytZ3ayh5mDkBXG8WVaykZs1Rm6+68dMCXbF2H+rAyE1+ydR81l2Hm6fiMVK1Zero8vp7O0fQOM9k68tRaUKCtVTdXtja8tBeyEhp0rdj2msXuFXO0F4Jhc7yv0H1rr8FR917aC2FaW0epTfeBg4YHK1/gpb2QjclPzpZd/3Hz2XWTt5W/H9A5pPvLXsOdjcl99FyGDqD7y673bFhogvMyWzOA3aPodbPu7spcmW4j/dmep65Liy4uDAfgNtKf4RZ+RxXVd+GiRYtg9OjRoKOjAz169IBy5crBnj17oESJEp/72J9CP/VDikwm++yfoaGhZFOsWDHw9PSE1NRU+PDhA8TExIC6unrBnX5BpcoqQKkyiAMvXRYx+JWqVWApiBWqVoK8XEzjLK2A71OuXwM+ZiNuvXrtavD+3QepXZKkIzZoVQ+yXuNryvWqS8d1WtSBYgS936Jbc3jzEuE9FEHduF1DyM9DbHu7fuqQkYao+3qqGPHdolsz+JiNmP7umh1ZqmvDlujrbNdfHXLeYzR4vwk9WMpkI4LX7j66E3x4i+mgQ4wHMCQ9tR04WQOyXuO5jLEezmwbt2uAr9kMh7evEPGv6zQGUhMxpbtJB0wxneA2Ft4RWwPP8ZBC0r8p0t1gjg6zNfbRhdSEdGKL/Rr56ML7TByvif9EufFiv0a+evCelC8wCZgI6QS336Q9ligw9B4PH0nJhCn+E+EluRaqnRGhru+hDbJ8/B+YoY8eK33QqheWKBjvNAZKkrU8abYW5JDyCx0GItp8tPVwlg6s64xYdgCAriMQbT/QUAOUG+AaHWs7XDqu2VgZBkzqLbU7DW4LLbri+IeZIKa9ikplGGmK/3urp1YXeml1w88h/ZQpXwa0HBAHX0W5Eowg+P1ump2l47evssA4YKLUVihXmr23bX+8NzxPfgmmC/SltiwvH/Rnj5PazTvhT+pPHz0Dk7kEdf8mCwx9EWfftANe/7TEdJjija+9zXgL+p5YlqBxO0xzTk1IB52Zo6X2mxevGfK/PknLTnv0DIab4nm/y3gLvUl5gzpNa0rH6UnPQWM8zuf7N++h3QAsCVCzoZJ0/CL1JXQa3FZqf3yfDaqd8dxr1MXrnfnsNbTohpTTvNw8aKiO51OtNqLs32VmQd2WuOeLFSsGSuT+Vqk6ujlyP+aBUl1MHS9VuiRUqo5rsmwlLCVSslQJKE/aCmXLQGmFH+cUKCYrmr//RkX1XaigoABLly6FFy9eQFZWFuzZswfq1q0LP7N+6piUHyURkyIkJCT0a+tHxaT06TarSGJSYv72Ed85hdBP/UuKkJCQkJCQ0J8r8ZBCdPHgVYbFp0jqc/uuMCz+qe3nGRadpgqf23uZ+WKjt55hpdspxvvsrossVTiaUFg3eGxlGOmYyL+Zf5hipTd4hDMk+fGwU8xPe3gDpkCucwtjiO8jm04w/+/BdZj6t8Z1M0PoH1h7jMVb7CP03JUzN8Ff7ojT3rvyCIup2UfStEPs/4J1szBVeGfwQebb3kPR/NZrGdI7Kmgf85nLo/nXkLTiyEV7WFo5TVUMmr6SpbJGLNzN4mJov4FTlzME+db5O9laobZzJy+FYJt1Ujt83g52/ekYvHUCWWr71vk7WUwKRah7jJnHUnojFu5mcRxRSzAF3W2kP/P5RwXtBb16GJNC08rdRvhBgMESYruvQIT+LE1/8B6/iNhiKvv42qYsrdxTawG4jcRrSte9dk2OxQ8wWMLil+j4tGuaMOx54NTlLJaEpt4bNLFgSPol5qtZLAbd09M7zGTpycE26wpcg7a9ZrHxLnfYwOIvqK1jPw+IWIjjXzlzEwRNx+tG14rzYG82/tXOoRBM0tdpv67DfRnqfq3rFljjimud7q/ZmgFwcB3uzXVuYawEAC2T4T56LhzbgqnBf7nzewlNn/bUWsBQ9xs9IyB8LuLraVkPb51AlmYe6h3JSgDQVGtfvcUMdR/mH8XmkKY5B+gvYSnp4fN2MNvvrWL5RfMnVDiJhxSita5bGBY/KhBvqhu9IhgW/69ZWxgWfdcSfEjZ7BsFf+9G/PNm722QloBxEXuC8UsqcuFuuLAf0ezbCSr6ytEbsIvY7lt5mGHxdwfjDetGzG3YsxJvUkc3nWRY/APr8EZz9+I92LcGH0RORZ1naOujoXijSbzxiPEKLh68xrD4MYS3kXIvFY5sxPfGnrrFEOCnCaPiRXIGHNuMN6l7lx8wLP75fTjXbzLewfEw/JykW0kMi3/58DXpOCc7B05sRa5H2oOnDItPzzM/Lx9Ok5vfi5QMeBiHWPy403ieJUuVhHO7Ebf/5uU7tlZuE4ZGxaoV4OJBvKbZ77LZ9Y+/hOdZs7Ey3DhxC8f0MQ9eJL+U2g9jEYNet0Vtdt7/GQeeK67HBmp1IeluqtQuUbIkfPyAMSkZTxG9X69FHfaZ5Srwn7I/vMWYmVpNasL7txhvU7Fyeem4ep1q7H1ValSEMgoY16VQFvutoqTIYmZABixeoXjx4uR9paFcRYxBeJX+GuqrYawGjf/Jev0BKtVQlNrJ91Kgvhr63J8+xJijZ0kvoHR5HNPNv+OhdlOM3aJlEZ7cTYWPHzDO7OL+Kywu4uaZO9Lxw7gnrCTB6ahzLF7sGvmCvX/1ITy5g2vuRPgZeJuBcUZ/kxIV8RcT4Nbf+DlHQ09CCrkH0S/92+fuwfkD16T24Y0n4B45n0Pr8X5w62w8HCdY+YPrjheIuo87eRv2r8L7zr7VR+E8uX9R1P31EzchkjyU7F5+GE5uw/22dR4+WFw9FgsbSc2l7UsOwAkyJlqP6dKh67DGKZR85j44Su47313/ye751j+hQknEpICISRESEhL61fWjYlI0OrsVSUzKiQu+4junEPqpOSlCQkJCQkI/lWT///etfQgVSsLdQ3T1eBzH4q9G90lszE0WO3D56A3mQ6e+41vn45kP+uqxWLAnPnSKxb93LZFh8SmS/tBf0RyLHyeHxaeo+7CTLD7g0c0nBWLxo7eeZj7/h3FJLNblOkHdR0echshAtE2Me8zYKBSLfyLiDESQ2IEHsY/ASxvjVygW/0TEGRY78ODGQxYPQLH4JyLOsJ+CH9x4CM5DkBdBkdnREadhrRvGuty/nsjm/gKpenw87CSLSYm/msDijCjq/NjmGFhu/xfaXnkA5p2cpDZFqB/eEM1Q93cu3QfTtg5Sm2Lx9685xkoo3L5wj/F3KL5+9/JDjBdx89xdmEy4PvTn/h3LDrC1cvPvuzCJcD2Oh6FtZOBuxiW5efYOw+JHb0XbTXMimG3cKXRVWXV1ZWNY6xbGxkCR6aZtHFicwcoZG9meoXNvpGrNrnGI3Xp2LejcT25mxcYUbLuOY/F3oPvERM0W4kil4BC79Wyt037N2s9gqPsVDhtYDAgdr1U3V4a6X+UcyuLHGBa/vyfDwa+fHQYxkQR1T87bbYQfPCD4+s0+kXBqO56PPBafoe79ouD0jguftfXRXcTw9WH+UXBm5+dtfScGwaOb6J4Kn7udo/nJeAP0l7AxRCzYyWJW6DzMMwpmcxYZuBv2k7IkdN8uNAmBm2fR7RUVtJfFbn1vFSUWX+jrEu4eEO4eISEhoV9dP8rd07eja5G4e6Iv+YnvnEJIuHuEhISEhIQKq38Bi/8nS7h7iFbN3Mgw49QFEmL/F0t7DJq+EkzUsbItxUwHW69lrqDAqcthamuHz9oGma9iKZL053z3UXMZtn2hSQg4keq/9Kd0eYz0PMNlzJamo7oO92W2/pOCmC1FfLsM8WYpp946gWy81NZp0BxWSsBjLEdxU/eTY18PZjtbM4DNmTxmnNq6jfBjqcLU/WDRxYXZug71YdeNzsO0to7s3JwGzWEVk+n8mqjZsTmbOcCLoc9pZeApLWzYdZvR35OlINNrbNjciqV0Ow30Ym4kmnJs2MyKYcVdh/qAaRtcV6zfZlYs/dt91FyGZqe2RqrWDKHuOyEIxtc2ldrUHWmiZsfSv+l5aykZs7Rc845ObO6/ZOsyxJuVjqBzr6VkzFKk3UfPBYMmiMWn/U5uaslKB3hqLWD4enou5h2d2PqcI4e6p3Nv3d2VnYu3TiBMbooVqOl47XrPZqh77/GLwEQN7xV0DTpoeIALcV366C4Cq264Vug+cOzLUffe4xcVvL/6ebA16K0TyK4b67efB7vXeWkvZJ9D95djXw+GV/DUWsDWJL0W9hruDHXvMXY+2290fu36uLPUa48x81gpBOpqt+nhBquc0E3rMXY+W0vfXTIAyP/GP/GMUmiJhxQi+Ydb6gkrrVAKcj9iCmLJ0qUgh+DMKa68QpUK8O4Nou4VKihA1hvExefnYjqiUp1qkPkCUw7LV8U6CzXqVoOP2Zg2Wle1NrwkqPvKSpWl49pNa8KHLPzMxu0awnOCV69aE3HVDVvVh/dvMG1TrbsqpBPUfXWCtm7WqQlDx7cf2BqeEsR7jTpo26qnKrx+jqmt3TU7QipJvaUpph2HtIVX6a+ktoZud0ghSHpaHqCXVlfISEPbgQYaDHWvXL+GdDx0Sj94QdI/h04dCMkkNZfiwMfZD4eXqZh6O9pqGKTcp7ZYdmDCrLHwgthqO46CFNJvLVKiwMBrPLxMwzHouY5jqa81G6OtobceZKbjNZ3oNg6ePcZrUaupCtr66MEbslYmuI2Dl6mvpHZdUs5A30sbPpBSDLouY+BtBl7zRgTjr+s8BmTkrqnlMALyPmLJB7UeiEHXtBwKZSuUldpjbBCL36h1PegyvIPU1pjQA2o2xvkeaTFEOlZppAz99HpJbdUuTaH9oDZSe5B+H+m4YtXyMMJskNSuXrsqDJqsIbW7j0IsftabD2DgqSO1FcqVhtEEM9+6D5YOePbkBUzxR4R+bk4u6LkiFr9h6wbScWpiOhh6j5fab16+AQMv/Jz66pjmnPLgKevn1dNXoOsySmrXbozXNPlBGgyfhtVnX6ZlwEADPDeKik9JeAoauojBz3iaAR2HtJXaVWtVkY7THj6DTuS1zOeZ0LIbliiorIQuhmdJL0CVlC94l/EWGrZG1H2lanhPepGawVD3H968BxWyp8qRtOzXz9+wPf8xOwcq18C+aNmRrNfvWTp7fl4+KJTD10uQUiJ5efm81swP/lVCxKT8WImYFBAxKUJCQkK/un5UTEq/ds5QssQ3xqTkfYDjVwPEd04hJGJShISEhISECisZFEFMSpGM5I+QcPcQfSkF+cqxWOYXPbfvCouhoKjry0dvsHTKMzsvgAPxUdN0uUuHrzM/Lk2RjJi/k6VEXjh4jfm+Y6Iw9W/rvB0s/ffvPZc4bp+ksobP3Q7hcxHxfWr7eY7bD0NEdph/FEOdx0ScZSnINKVws882lu55POwkiw85svGEdBzqHQmh3mh7NDSGpStTFPdGzwiG5j+8IRo8xmK8BcX4/+UeDn95IJr/wNpjzL9OceBr3cIYmn/fqqPgOhz99vuJ7SrnUIYg37PyCLgM8fms7coZG5nPfPfyQzCDxA5Q2xC79bCC4PZ3hRxicTHUNsh8JQTbrmO2ll1d2Jj+o/lTgtl63b3iMItf2RmCeHi/SUEsVmPfqqOg3xhjPrYvRWy774TFbF3tI2miU1rYQMRCJIz6Twpi138XKQcwuakls11oEsKuEx2ffmMLll6/xGI1uA7Duaf9mqjZsvT6ENv1LLWd7mnr7q7MduXMTeCjt1hqHyRU1pkDvRi+fq3rFja/dA26DveFXSE4pvWzw2Cl44bP2rqPCmCptn95hLPSEnQMHmPnwZFNJ6T2Rs8I2OKLe5OWvpijvZCV2Ng0J4LdH+i+9dFdxFKZN/tsY/NN09V9JwbBuX1I0w7zj2KYhJhIpMQG6C9hKcnhc7fDjmV47ztFCNTzjIIZziBi4S52n6R4/YUmIRB7EpEKPzoFWRBnf6yEuweEu0dISEjoV9cPc/e0cYKSJcp8U1+5edlw/Ppc8Z1TCAl3j5CQkJCQUGGVDwDFiqAPoUJJuHuIzNrPYNVf6U/epm0c+GuNzFmb0jxN1OzYaxPqm3Hbhmhr2NyKvUbTGg2aWHzyGQV95sQG09lrunVMC/xMnVpT2WvayiasTWmjWkrG7DX59rfYaiub8HZNkwJtaUqslpIxq+hL50FLyfiT99LX6TXVUjL+pE1TWynNVUvJGAxJW1vZhKX0Tmlpy2xpKru2igmrVkzdLlpKxiyVXafWVPZe845OzJa+V7fuNGZLU1e1lIzBrD1WU57UyJyNl5J1tZSM2ecYt7Rhc2ZLqj1rq5iwFGnqmtJSMmbuJ92601hFZ3uNgm1N1O1Y+i+lBP9ji+dm3tmZrR3a78SG5mw+zTs7szVo2wvTxo1b2rC1Ir//2fjU7Nj6nNrKntmatMLPnNLCho3PSNW6wD2u35jv8YkNC97j8ntaW+X77VudWlMLtNWtw/fif7O/6BqU31+UtKytbMKuo/z+mtbWEW1rmrB98b0lsnt+rMRDCpGx3wSoq4pVULUcNKXjaQsmQ/dRHaW25TITqE3SQ7UcRkrHNiEm0HVke6ltu2IaSzsdaz9COp65wQo6D2snta1DyA3AXhN0nDB10X2bI3QcjGmadivxi1rfXQu0Z+AY/A64Qbv+raS2/Rq80UxboA/j7DF1dP4xD2ijofZZW8tlxjDODlM4F0Z7gXrvFp+1tQo2gTHWmGY6/5gHtOyOqY12q3C81iFTYeR0TCudd8wdmrZrKLVtVkzD4+VTYbBRX6k99+hsqEPm3mqZCbPtrd2N2VarhWnS5ouNyGeYQtcRmDIbcGQ2VCAp4Kbz9JltuwE4n/6HZ0GZsviTr6G3Lju3lt0xbdfvgCsUL4FbTc9tjHRsucwYmnVsLLW99zjDxxxMdR/ngNdpetBkaNiqntT23D4DPmRhGvwoC0xlNZk7Eeo0w7XsFmYL799mS+3hpgPY2Gkaqf1ac8h+h/0OndIPx+46FlQaoK1JAKbw1m1RG0aSVOERU/uzMRh5YQpv1ZqVYYzNUKndeXh7UOupKrV1nXGOylZUgAmuY6W2Wtem0HMcph2PtcH9lJebBzYh+AXbvGMjts7G2qJt9oeP4LIZH/JadG0KOs6433Rm4HF+fj747HGW2q16tQBj/wl4bj54XEqhNPgfwofAjoPagMUSXHfTF+FxFWVFmHsUHwJ7a3UFazJ+62A8rt+iNsw7hg9kw00HgO1Ksk/InmnRtSnMP4YPeprmg8FuFd1TeJ9R69EcFhz3lNqjLQeD5RJ8aLEiY1Dv3QJ89+MD4xjrIWBEUrMtgqZIx236qsOsCGTfjLMdBjozRkvtaQsmS8ftBrQGu9V4fxhrNwxGTMf1bExSxTsObgPmiwyxX7vhMGAypqwL/V4SMSkgYlKEhISEfnX9qJiU/moziiQm5djN+eI7pxASMSlCQkJCQkKFlcDi/1AJdw/RGtctDM1NcdCrnUMZOj7Yei3zg1LM9MoZG1kq8xLz1cyHSlM4Q+zWg/NgxGIvs1ojHc/RXgi+JCVymdVaZkuR055aC8B3AsHtT1/JbUlKtMeYecx2oUkIG688mp/azp8SzGxp6upszQBmG2CwhM0ZTbV2G+nPbH0nBDHEN7V1HebLbL11Aln6Nx2D82BvNmeeWgsYopzazujvyWw9xsxj8Q3U1qYnR/O7j5oLdiRWgyK+zTs5Mfz3bM0AFgNCr8W0djMYbn+Wpj+Lv6AVkqe2sgcvgjp3G+nPYkloSqyJmh3DlbuPnstKM9C1Y6xmyxD68sh3OgYTdTuW0kvXipaSMdsz09rNKHANyts6aHiwGJAv9esxZh6LbaD96je2YHM0R3shi4ug52Le0ekTJD2NSWIo9p6z2Fr21VvM4oHo9bfXcGcIet8JQbzUATk3x74eDOPvOyGowLU9o78nW1e+E4LAbYSf1KZ7ZkZ/T4aK99VbzD5Hvl+KNvDRXcTmkJ7bjP6ebF58dBexPUTXlWM/D4a699YJZKgDeq9z7OvBKpJ76wTy+yTpx17DnaEDvHUC2foQ+r0kHlKIPr7/wDD0H96hDz/3Yx68fY2Y8dzcPHhPUPfZxLZEyRKQ+fwN6/tNBuLMs95iP+UrlYWXBPlevCTinitWKQfvMt9J7cpKleD5E0Szl1ZAbHRVZUV48wKR9Er1a0D64+dSu0w5JCQqN6gBmQRJX1e1Njx9iKh7BYI9r6NaCzIIDr5h6/oMdV+2Ito2bFUfXqQg0r15pyaQTPD1FJndvENjeP4Ex9eqVwtIJkj68opo26qnKqQ/xvF1GNQGntxDWzqGf7D9iKDvNqIDPLmXSsaAtt1Hd4bURLTtrdUFkkm/5cgYBk3WYLZ9dXvwfgnSe5ztMEhNxPMeoN+HYfwrVMG4F13n0cx2mPEAeEo+R7GGonRs4KnD8PqjzIewa1xVpbJ0PNlbF56RtTLaahgrLaBUB3HrBp7j4dUzXDujLYfAu0xc27VJXImu8yjIzcaYmSEm/aVj9V6qoNq5qdQeMW0glCXXfKQ5xis1UK8DnYdi3FanoW2hSRtEsQ8kMUjV61SF/hN7S23lhkrQWxvx8N1GdZGOP2Rlg54LxrOULlsKRppjbEPLbhgr9CzpBUzyQLT9+3cfQNcZY1/oeac8SAM9F3ztRepLmOCGbeUGWJrhSXwqjJiGcTDpj9JZrI6iEl7TJ/dSoY9ON2bbmcRJ0TX45F4atCdxUemPn0HLrjjfChVwj6ckpLNYp+fJL6ARQd2XJsj5tIfPoG4LLKnwMi2DxSiVJEj6Z09eQA1SNuNV+iuGui9eHNNeMp5mMtT921dvQaE8uknySSmRzBdvoSS5971/kwXFSAbNxxyMkfrwNpvFbX14nw0fyZr87hKclB8qEZMCIiZFSEhI6FfXD4tJae5QNDEpdxeK75xCSMSkCAkJCQkJFVJFkUIsUpALL+HuIboRc5Nj8Qmu+saJOOaLvXjoGvMdUyT5jRNxzE9+bt8VhsWnGO/r0XHMP/z3HsQ/b1u8h+Gprx6LZWXeT++8IB1HBe1lmPHLR28wn+6pqHPEdh9snbdDal84eI35iinaOipoL8Pin9t7mWHxo7ciMnvb4j0M031m5wUWx0Fx+9sW72FY/JNR5xgW/2goYrsjA3czLH5MxFmGxaeo8IgFOxlWPDr8FLiPQtw6RYdvnbcD1s9G3/axLTEwayT6+CmSPMwvimHxj2w6Aa5DEc1OUeebfSIZFv/QX9FsXVE0/waPrZ8g0x374VqhWPz1s8MgxA598wfWHmMME2q72mUzLLNei6+tOQYWnTGFdu8qxMMvs17L1uvB9ccZo2JnMCLqF5qEsPgFilef1s6RYebnGS4D/0m4Vuj4prS0/QSLT68p3U+Tm1qyfbDUcjUrX0Btp7S0hagliK8PsVsPHiQWg869VTdXhnRfOXMT2zO0jMPMgV6wm+zbtW5hrJwBLePgOtyXfc5f7hx1T23dRwWwtb7BYyvbb3QMnuPmw4kI3JsbPSPYfNNrMUd7IZwh94dQ70h2rtHhuG99dBfB+f2Iut/iG8XO9QQpqeE3KQguH70htcMCtjNbep8J0F8C1ynqfv5OVj6E3r/mGQUz1H1k4G7WLx3fQpMQuPn3XakdFbSP2Qr9XhLuHhDuHiEhIaFfXT/K3TOgqV2RuHuO3lskvnMKIeHuERISEhISKqzyZQDFvvH/9vl//G8DhZZw9xBZdHYqEF9t3om/Jo+zp2mOn8PrF4S6ntqa4/Yp/tm4pQ1oq5iwNh+DNTm2YihueaS+QZOCcftfQnH/N7j974ntlkfoU2w3HcPnEPq6dZG0KY/Qn1DfjLUnkr7onMkjvrWVTVj7E4Q+SZHVVjZhSH2K//4EoV+z8Aj98bVNYUoLgtAnaa7y6HC9embM1ro7R+hP7zBTaus3tmDjZ1h8ZY7Fpy4kedS9Tq2pzJa6PLWUjNkY9BtbsHOjLi95W4suLgxRT20nNpjOztuyqytbVxTjb6Jmx663eUe+x+Wx/XTNye9bhnD/b7D4cqUu5PcbXa/ja8vtr/+ynAXdF/J7hu4RLSVjVqLgS6h7bWUTtq7oPekT1L3Kf4e6p21adkBLyRjMybrTqTWVlYAQ+r0kHlKI9N21GRZ/tA0iySd7jWdYfNN5BgyLP8YWbU3nGzAs/vRAQ1BphFj8MaRf66VTGBbfdL6BdDzcbDBoOSDG2271dIbFNws0lI7H2Y1kqHvXMDuGxTcnuOoJbuMY6t5zuyPD4lPM/BQ/PYa6993vyrD4VsFoaxZoCKMtMd1z3lF3UOuBKZ8U9+2wdjpoktTQBcc9QbVrE9Iv2jquM4ehUzHVdf4xD2hE8PD03Gb8ZQH9J/WS2nOPzobajfE6TSdz5rTRCnqMwfTVgCOzoVrNylLbZO4ktN1kxebe/5AbVKxSQWpP8dWTjp1DraFVL0S8+x10hVIkXXySuxbrt2kHTBX12+8KxUju5XgnLM0wc4MlNGyFaaRzdjuxVMzRlnidHNeZQ80meN6e2x3hPUmTH2qM82kdMhVq1MWUZNcwW8h6g2nygww0pGPTBZOgOikzYLEU5169lyoMMUKE/qTZ2lCDpDpP8UN0fF3VWjDcdCD5jD5QXw2vqf5sbelYsXoF0CYlKtR6NIcemrgXx9lhOYj8fBlYLcMv56btG7ByAWOscd2/z8qGWeG2zFbfAz+XYfHz8sGP4ODVujcD8yBDqW3kg9e/dNnSDHXffkBrhq+n+7ZqzSoMdd9buxs4rMWHDYqZb6BWh6Huh5n2B8d1+DBB922Lrk0Z6n7k9EHsdbpn1Ho0B5+9+EA2ymIwGJH1bLYQ8fXqvVvArK34wDDKcjCMdxottSm+vk1fdYa6H205GDQtsBQCnbN2A1oz1P1Yq6EwiKShG3gier/j4DZgQtbSGOuh0FevB/wwiRTkHyoRkwIiJkVISEjoV9cPi0lpZA0li39jTEp+NhxNWCK+cwoh8UuKkJCQkJCQ0E8p8ZBCtMFzKystT1OD188OY6jrFY4bmC1FUq+bFcbSU0Ps1hdou8Z1M+uXpqP6TwqCAANMDV7ltOmTfv8jv4ncdoXjBmYbbLtOOvadwG2DbdczPDhNXfXVWyyHsuZo/qWWmJbtPX4Rsw2avpKhxGkK9xzthSw9dZHpcobFp7ZecrYLTYJZ+rd8eQA/kiI932gZi1mgth5j53+C8XfQ+Lyt+6i5DP/tNzGIxTfQ8bqN8GO2vnqLwbbXrM/aOg2aw1Dn3uMXsfgLamvXx50h9L11AlncBL0Wll1dGNrcWyeQxZ3Qazy9w0yG0PfWCWTlISi+fFpbR4ZXpynx2iomsMgU1/a0djPAbSQi9On4tJVNWCqzdXdXVr6Azr2WkjGz9Rgzj8XxUFv9RuZs7r3HL2IxIPS8zTs7s1Rm3wlBLL6C2tr2msXOxW9iEIuDoNfJQcODzaf/JF7yQR4dT9eg/6QgmK2JKfO035kDvBj+3X9SEHhqYdo+7XfmAC+Gs/efFMRwAPRaOA30gmByrv6TgvieJ685DfSCFXL3qILw9U4DvWCNC6bt+00MYuOnKdwzB3gxHIDfxCB2zSkyf+YAL9jkhUgC/0lB7J763SXcPT9U4iGF6PXzTMgiGPrMF4i2f/cqi+Hr3716B29fEVuCFc9+nwPPUzKk9vs37+E16SvjaaZ0nJ+Xz9Dm2e8R/1yiZAnISMV+SpQoAU8fIR4+l8QjlClbCp4/QSS9QrkyDONObStULgvPHqNtpSrlGbY9LzdPOq5coyL7zMpKlRi+Pj8/XzquUbcq+0yletUZFl8mQ9taTVTYZ9ZsosL6lZF+66nWYq/VVa3DsPgyEinfuFU9hqtv2KYBPIlP/axt8w4NITk+RWo369iEvVeWh2NQ76UKSXeTpXbL7s3hCXlvPpmzDoPawuPbT6R26z4tGW4/n/TbW6s7JN1B2w4DW0PqA5xDOmfDp/Zj/XYZ0Q7SEtCWxrJo2Y+EJ3dwvD3HdIZnSXjNWYzMbC1IJnPUb0JPtkbLKSLa3MBTh63XAQRX33VEe6hRt7rU1pkxErLfYWxLv0lo27J7M2jWEWOQ+k3sDYpKlaX2EBIzU7OxMnTT7Cy166rWhk7DMOaLvpb94SOMs8c4rpKlisPwaRj70qh1A+n42aPnoOeECP1XTzNYfEX12lWk4+R7aTCSoO5TE57CWBuMb6lA4pOS4lOg1ziMdXpyLw26jETUfcnSmFT5JD4VWpMYryf30kC1M8YoUSXFp0IDEouVfP8pNGiJOHu6tpPvpzFUf2rCU1Cqj9cmLxfXVcqDp6BYHdH2Tx89g4pV8XxySamQtIfPQKEcujrSk15AaYVSUjs7K5u9BgRt/zLlJUPdZ73OwtdSX0HOB/ycV095+x0pK/Lq2Wt4ncHvve9IyZLvrnxZ0fwJFUoiJgVETIqQkJDQr64fFpNS37JoYlIeLRPfOYWQ4KQICQkJCQkVVrL8f/6+tQ+hQkm4e4hiT94qEF8ed+oW8w9fORbL4iIoZjzuzG1WEv7CwWtgT2IdKBo67sxtFvty4cBV6XjHsgMMBx578ibz0/6997J0vDP4IEQGIiI7NuYm8xVTBPXu5YcgYsFOqX09Oo75oE9tR7T1npVHICxgu9S+djyWYfFjos7iHKw8wrD4l4/eYH7waILX3rfqKGz2QSz+hYPXGBafYrv3rTrKsPjn9l1hCPVjWxAHvnflEfjLAxHkZ3ZdZFh8iiDfu/IIrHVDP/ip7ecZFp8iyfesPMKw+DGRZ8F1GMb8UNT57uWHGBb/RMQZcCYxPxShv2PZARaHFB1+CmaQ+AW6Brct3sN8/se2xLB1RbHzW+ftYLEER0NjWFwMtd3ss43FMxzZdAIsumCsC8XOr3ULY/5/ep3sNTwgKgiR9EstV8PcyUvRlpRQMGs/g63XRaYrYA6JoaFzZKRq/QkWn14nWr5iSktbhvFfbv8Xi9ugpQ5serixc1vlHArBNjhnFDPvPMQbDq7HMa2bFcZQ97Q0g9sIP1YC4i/3cIiYv1Nq0zXoPioAYrb9LbU3eGyFHcsO4BhIP57j5rOyGRu9Itj46bWYo70QLh66JrVDvSNhP5knWvrCR3cRXDseK7W3+EaxdUdR974TgyA2BvH1YQHbWb/0PhNgsBTiTt+W2hHzd8K+1WhL71/zjIIZ6j4ycDfsI/dUei4LTULgzsV7UjsqaB/sJfPw3SViUn6ohLsHhLtHSEhI6FfXD3P31DYrGndP8grxnVMIiV9ShISEhISEhH5KiYcUIqtuHKFNEc/yrxmr2XLUNcGeW3Z1Ya99CYtt3tmZvUYx6KZtHBjKWh63TxHTU1s7MGy3aRuHT8YrvU/NjmHF5c+FpmHKo/nlz4XOkZGqNbOVx+/TOTJoYsHQ4fJofoqkn9TInNnq1TMrsCSBXj0zNobxtU3ZeylmXFvFhM2ZfFseB65XD+mZ2somrC2P0Jf/HIpfl0fo0/WgrcJx+/LocHptdGpNZbj9qa3tmS1dH7p1TBlu37xjwQj9CfW/jNCn75X/TJoSra1iwvDlNj3cmC3tV6+eGeuXury0lIyZq8qiiwvo1jH9rO3EBtNZur/8vqXusamt7BlKXr70BR2PiZocFr+VfYH7y7CZFVuDk5taFrj/J9Q3Y+tTt+60Ate2PNpeW9mElXX42hqkpQ7k1yBdG9oqJmCixjH/1JauK+2aJuyeZSJX8oGmaevUmsqujfzaoS7G8bVN2fxPa+fIbOna0a1jysovfHcJd88PlXhIIdJ1GsOw+CMJTlvPeQx008Q0wsleugyLr0ls9d21GRbfyGcCw+KPMMdURhO/CQyLr++hIx0PMOgDo60QdW62wICh2SfP0ZWOh5r0hzEEi261ZArD4ht6I4Ja03IojCJIeruV06B1n5ZoS3DVWg6aoDkdx+u43oJh8SnqfOKssTBi2gCp7bLFFlp2b/ZZWyPfCTDMFNNM3bc5QIuuTaW2cQDitactmAxDjBG37rVzJjTr1EhqmxAUt81yUxhkqCG1ffe5QOO2iJI3DsAxuIRag4Yu4rT9D82Cus3w+k/xw3mYvdUOupE0Uv9DbqBEUPKG3njdPCLtocMAnHvf/a4sxdPAA7H4HtscQK0HIvR99jpD2QoKUnv8zFHMtlGbBlJ7zi4nKFESt/BYUm7BY5sD1Cbn4rF9BuR+xDTpYVPxOrlH2EH1Ooi6nx3pwBD6A/T7SMcum21AsTqmpzoQLHuvcZ2h3wQsSWCxZAooVsX05WmBHK8+QF9Daus6jYbqtXEMhj64tpXqVYdR5ri22/ZVg05DcB9QLH5eXj5Yh+CXfuPW9WCcLaYKjyJ75P27D+C5A780G7aqB2aB+lJ7vBPOvQxkEHAIH5RUuzRm+Hq6F8sploOAw2jbYVAbcNqIDwUmc/EzVBoqMYS+xvju4LSJPHjOQ9tmnRqBL0HzDzHuB+aLEW9P94xq1yYwOwIfAoZN7Q+TCVp+Ctnjaj2aw4y/8AFnxLQBoD0DyxBMnoPvU+/dAmxIeYuR0waBJrk2k0hZgTYaamC2AMt8aJoNhCFTEHU/cdY46bhd/1ZsTJrTB4IGQd3ruWCqeMfBbWASKZswynwwS/n+7pJBETyk/Ljh/uoSMSkgYlKEhISEfnX9sJiUmtOgZPHSX3/DF5SbnwNHU1eK75xCSKQgCwkJCQkJFVZF4a4Rvw0UWsLdQxTqE8n8oDTlOHROBMzSRCz2WtctDDNOU45D50QwhPZq59ACbTd5RYDbCEynXOu6RTpeaBLMsOMbPLYyjPdqgpxeYBzMkNPyGH+KlV5gHAzzjTA9ea3rFobQXzljI7OlqcxrXDYzLD5FW8vbrnLaxFK6KcZ//pRglp66wnEDQ+jTVNv5U4IZxj/Ebj1L/6bI/3mGy1g6dbD1WobFp7ZzJy9luP0l5qsZFp+mowYYLGG4/aDpK8Few/3ztvpLGOp88bQVYNd79mdtfSdwXPlCkxCw6YmuAppG7D1+EUPoLzAOBqturp+19Rg7nyH05xstYz5/aus61Ich9OcZLmPrlc6Zba9ZDPlO05EnNpjOUpkturgwhH7QdFz3OrWmMmy7RRcXtl7pHGkrc9y+++i5HNtPzsWgiQW7pr4Tgli8BV2vll1dwX0Ujs9/UhCLmaDnbdfHnV2nAIMlrJQEHa9jPw+2vwIMlrD5pbYz+nuyeQgwWMKw/nQMMwdwfH2AwRK2h+SR9BRfH2CwBBaa4P1huf1fzJbi6+dOXsquK02Rdxo0h+Hr505eCounIUKB3mecB3szdMA8w2XsXOn9y3mwN0MSyNtSVIDLEG8I80fUwXyjZWxtfXfl5xfNn1ChJB5SiJ4lvWAofIoRf56SAU8fIg782ZPn8Iqg8NMJZv7l00x4SvDwL1JeQsbTV1L76UPEzL9++RbSiO2rdLT7kJXLEOnv3ryHVIKSf/0M0eW5H/MYZj77fQ6kEJT825d4XjIZMKx8Xl4ew8FThH/x4sUZ/h0AIJnavkRcdanSJeHxHbQtWbIk+5y3BGVdtrwCsy2tUBqSCJr9DcFgl1csB49vIeK9XMWyrN83L7FfRSVFeHgzSWpXqFKBYfFfP8dzq167GjyMQ9vKSopsHl49xzHUbKgMibGPpXa1WlUh6S6O/9Uz7LdOs5qQeOOh1FaqV52NISMdbRu1rguJsY+kdq0mKpBCzo32q9q1Ceu3TvNabD1kknNr378VJBDbBq3rszVJr5uGbg/Wb7NOTdjaz3r9XjoeYz0cHsbhPLTpi7FMPcZ2YWj+iW7j2Fqh+PpuI9pDZSVFqT3KfBDkfcTSDf0Ibr+Beh1oraEmtRu1rg+temFcVOdhGCv0/m02jLYaKrXzPubCcDOMqapRD9HwTxPTYSSJzUq+/xTG2WH8ikL5stLxk7sp0HlYW6n9MC4JOg7FWLJcMvZHt5OhcTuMmUqMTYLGrRFn/4HE+zy+k8Lw9Y9uPoGajTF+7d0rRMc/vpsClaphbNPjW8lQqTq6CmiZjqT4VChNSh8k3U2F0gqYNkv3OC1d8R9biq+n6yrlwVNWuiPlfhp8JCU3MtPxnpSWmA5vSZmRlAdp8P4t4utpyY/0x88h4yneT9MepsNbcu4vknE9pie9gGdJL6X200fPIIPsE6HfSyImBURMipCQkNCvrh8Wk1LDuGhiUp6tFd85hZCISRESEhISEiqsREzKD5Vw9xDdPH27QCz+zb/vshiVa9FxLC5i32pEON86H898pJeP3igQi3/7wj2Gxb989Aazo5jxW+fjWYzKhYPX8PNXHYVti/fgeM/dZfEh5/ZdYedFsfg3z95hcRxndyN6++D64wyLH3f6NsPiUwz2kY3REOaHvuK4U7eYH5/itY+GxjAfdGzMTYZFp9juY1timG/7WnQcw+JT3Hp0+CmGxb9yLBY8SFzE8TBiG3Ga+bovHb7O4o4oFv1ExBnmQ79w4CqLD6II/eiI08w3f27vZXAZ8nmEfnTEaRYncWbnBbYGKR7+eNhJFqNwMuocW4MUdX80NAaWWa2R2jGRZ1kMDV2vB9YeY7Ek0RGnGZeElnzYsewAixWg12nu5KWwK+SQ1A6fu52t15htWELBabA3Q92H2K1n64pep6mt7dnaXma1hl0nOkfGarYMkb7CYQMEGGDcBr2mDn094MhGvBZrXDfDBo+tUpvi612H+sCJCDzXdbPCIGrJvs/azhrpB2fIvlg/O4zdSyjq3mP0XLaP//IIZ4h9urY9x82Hq8cQX7/RK4KdD70Wc7QXMnx9qHcks6V70Ud3EcPXb/GNYmOge9x3YhDD14cFbGdzSLH9AfpL4PYFxNdHzN/J1j4tATLPKBjuXn4gtSMX7WbXld4XF5qEQPzVBKkdFbSPofmFfi8Jdw8Id4+QkJDQr64f5u6palQ07p6X68V3TiEk3D1CQkJCQkKFlEyWD7JvrGL8re//kyTcPUR2vWcXiLq27TWL4auntXUsECUvbzu1NUfU05RIm57clqZAm3dyYuh16+4c8T29wwxmq1t3mtS27MptKVbavKMTw4pbdOEYf4q5nt5hJkNxm3fk6HCKtjZrP4PZTmtXMMZ/WrsZHDMuN0cUrz2trSOzNVGz43NP0PHy5QGMW9oUeJ1M1Hl5AMPmVgVeJ2M1W2Yrjzqntkaq1hyvL4f1p7b6jS3YtZjY0Jy9l9pOqG/GMO569czY+qDzII/X161jyjDpdH61lU3YvOjWMWXodrp2tJVNWPovHZ88Xl9b2YStZ7qutJSMWfq0Tq2pDKk/k6SjaykZg10fdFWZd3Ri5+JEUuInN7WEqa3xc2x6uLHrZEtSwae2dmB7Rr7sBF3b8tdUvjyE/HWi/cpfNzrX2somYNAEr5NOransdXkkvXFLXhaBnquxHJKevqZTaypD1Ju0smO2NOVcHkkvf91oKrtuHVNW+kAeX0+vsW7daey90zvOZLbUxahXz4zZWpDPkF8PE+qbsbXz3SWTAeR/459wYBRa4iGFaIz1MIbFHzoVse1jbUZA15GYcqjrNJph8YeYILZd20ETOg9HWz2X0QyLP5TY6jmPgY4E8a09ExHfvcZ1gREEHT9xlha0H9haausQbLeGbg8YQcY72VMH2vZTJ+NF2/76vWGYCWLRjbx1GRZf1xltB0/pB0MJkt5k7iRQ74UYd12X0dLxSLPBMNgQsdfTFxowLL4esR1jPZTh6y2DjEC1axPSL2KwtR1HwAB9TEm1DjZmWHw9Mt4JrmOg34SeUtt2uSk0bd+AnBuOwcBzPPQlWHyH1dOhcRtMFR3vhLbG/pNAQ7ub1HZcaw4N1OtIbZ0ZOAbzxVOg52hMt525wRLqkHWlZY/IcYfVZtCFlEVw2WQFKiQldSxBvrtusYU2JBXXLdwWqpA0Xk0LxJN773GG5p1wPmdHOkDZ8ojbH0bScn32u0Bd1dpSe9ZWeyhWHHNQ6XXy3usMNQhC35Fg8bUcRkBfgjL33DkDylXEz7RdhV/cAwx6Q8+xOEe2y01BoSz+hE4x803aNYBBBojm7zK8PaiTUgIUi/8hK4fh6us0qwkGXoh1H0XKV+S8zwY/gpmv16IOzNxA6uq4jZWOS5ctw2zVe6rCrHBbqT2JlDpQqlcdvHbiF3B3zU5gTVDytN/GbeuDcyg+ePSf2IudO7Vt1qkR2K3Ch9IB+r3ZXqXo+BZdm4JlkJHUHmSoAaNJSQA9sg9adm/G8PuDjfrCUBO8l4yfietVvZcqGHnj+IZM6QcDyd7UmYHXonWflqDvjvj6oVP6gYZud6mt5TBCOm7bTx10nXD8w4z7QS+yPsaS1PAOg1qDtj1+zjCT/tCdlKwQ+r0kYlJAxKQICQkJ/er6UTEp/RX1oWSxb4xJkeXAscxN4junEBIxKUJCQkJCQoVVfj5AsW+MKRExKYWWcPcQbQ3YzvygFDMdFrAdPMZg2usGj62sPDhFXYfP3cFw4H+5hzMfL8V4h8/dAbM1A6Q2TbUNmr6SIafD5+5guH2aarvEfDVDWYf5R7EUWYqyXmKxmiGyt/huY1h8mpa71HINs93sE8lw4GtcMS13mdValnIa6h3JEPo0hTfYei1Dh2/0jGBY/FVOmMIbbLOOpVNv8Ahnqbc03TfYdj1D6K+bFQaOfTH9myL/g23Xs9Trta5bGBaf4sCDbdcz3Poal80spVfeliL0V87cxLD4FEkebLueYdBXOG5gWHxma72WYfFD7NazkvW07MAS89XMNthmHVh2RVuayrzIdDnDti+1XMP2AbWdb7QMPLUWfPY1x74esMQc0/Q9x80Hj7GI0Kcp0VNa2LCUfttesxiinvarXdOEpUi7DvdlcRD0vKe2smfz6T8piMVU0Otv13s2WysBBkvYHqdz76DhwcYwd/JSXtaBpJE79vNgY/oEHU/GMKO/J6x2DmW2dF6o7cwBXrBuFu7NeYbLGCaf7hmngV6wyQvvJfONuO2XkPTzpwRDsA3OPy3V4TzYm2EGFhgHs37pfcZ1qA+Ez90htReacFt6/3Id5gsRC3YR2xBYZoW29L7oNsIPIhbultqLTJfDUktcW0K/l8RDCtHj+DR4SVDNSXcQxZ58L5Xh4R/fSeG2BJGecj8NnpB20t1UeEFsH99+Ih2nJTxl/aY8QCR6xrM3kHiT2CamQzLplyLRXz17zXDw6UkvIJmg2FMSCBL9xVtIjMNze56cwZD0aYnY79tX7yAhFsfwMi1TzhYR/+9eZ0HCDUSmZzzNZPOSloD9Zr39wGxfv3jD+n1K+v3w7gMk3EB0/NuMdwyLT8f78X02JFxH26zMLHhCygOkkjHk5eTCg2sP8XPevmdY/BRiK8vLhwdX0TY7K5uh7in+vVgxgAeE45D7IYf1m3wfj0uWKgEPriXimD7msXIGyfdw/hQqlIUH17BfWb6MlU2gY1CsUQnuX0HuRLESxdn8U1uVBkpw/wr2W6Z8GYbQp7b1W9WDB8S2MsGyN2rbgK3fzkPbs3Or2QRjuHqO7QqZpOyAjuMoeHgT10OHARin1VZDnaHjW/VqAfVIjE/bvq2k44ynmaBpNlBqpz18BuPsMPahRKkS0nHSnRRo1Qtjse5fSQS1Hs2ldiYpe/H4TjLUqI2xOPcuJYByfRzTsycviG0KKJTDWJz7VxKhTAVE7Kc/wvIaSXdTID8P/1dN1+MntvGp8OEdYuUfXH/EEPW03EZSfCrD2SfceAxZBElP10JSfCq8TEOcfWJcErwhZRNS5dZNOjnXhzefsNINyffR9sm9VFby4+HNZPY5yWQPp9xPg2R6f72dDM9TEH2fRPfl/TR4Qu7Nj24ns/n/7voPzO1b/4QKJRGTAiImRUhISOhX14+KSelXTrdIYlKOZ4WL75xCSPySIiQkJCQkJPRTSjykEN08UzAW//aFe8xXfOMEx+JTdPjdyw8YFv/a8VhwIHERFIsffzWBxZJcPY7Y6/1rjjF0ePzVBBbzQVHRh/6KhshA9NPeu5YI84zQ9uKha9Lx0dAYiJi/k/VLYzMoQv942EmGxY+/8oDhyylC/0TEGdjss01q37l0n2HxKV47ZtvfsGkO+pnvXLzHsPgU231q+3mGK791Ph48x2GsQ0wU4tbP7LrI/PY3/77LsPjREafxPPdeZv72uNO3GW6dotkvHLjKfP6xMTfBbYSf1KbI8UuHr7MYlevRcSzmhyL0Lx+9weIXrh6LZdyPg+sRI37lWCyLZ7p85AbjiVAs/tVjsSyG4sKBq+DYD9cgXa9Xj8Wy9fr3nkss3mbPSlyvlw5fZ2Uc6PXf7BMJ25ful9qnd1xg6/XUdrymKx03MNvdKw6zuCNq69jPAyIX4doOtlkL7qMwjoui1s07OjFE/cqZm9g6o9fJeYg3nN6Ba3KVcyh7L7V1He4Llw5fZ7YnyRqlqPtZmv5wPTpOaq913QKntp+X2nQNeoyeC3Gnbknt9bPDmC1F3XuOmw83zyGSfoPHVjYGOmdztBfCnYuIpN80JwJiInGf0L3oo7uIIem3+EaxEgAUde87MQjuERdeWMB2iA7HfXJ+P947AvSXMNuIBTvh2BacU3pPmmcUDPevo21k4G6G279CygEsNAmBB6Rqd1TQPji4HhH6313C3fNDJdw9INw9QkJCQr+6fpi7p4xO0bh7siPEd04hJH5JERISEhISEvopJR5SiBz7eXI0O0FHO/bzYFh0887OBSLfHft6gLYKR90XhNt37MdtaUqpVTdXmNjQvEBbipz+xLavB0OxU2y0dXdXhul20OC2FEFt3d0VJtRHyqW9hjvH+JM0bJsebgzTbtfHnWP8CQbbpocbQ4fb9ppVIPJf3lYedU5R3DY93BhmXr48gGlbgkzvOYth/C27uhSIRZe3/eT6k7Vi08ONIdSnd5hZ4FqRt/2klABZK9bdXdkaNG3jUOC6surGbae2si/Q1qKLC7M1VrMtsOyAfDkDOvdTWtgwXP2UFjZsndE50q5pAobNraS2Tq2pbF7kse02PdyktkETC4ZxdyYp8VNbO7B9YNZ+BluvNB15YoPprHTAhPpmbF7kSwfQcgDja5uytS8/Xoqg161jytK/v4aZp/taHjNP7w+6daexNv1Mecy8bt1pbA4pEkEeM69Xz4zbkvPUVjZhafoT6nNbei7ayiYs/X9ig+nM1orMibayCXNHTmxo/sm9ULJVMWGu9kmNuO13l0z2D+fkm/7+eAdGoSVgbkQjpg2A6E1/S+1BkxHFPdx0IFw+gj7pMVZDYO8KLAk/0ADR0COmD4YLxDc72noI7FmOthTxPspiKCvrrmmO2O4uw9pBfh4u5lGWw+DktnPEFtHm3TU7QM6Hj+Qzh0N0OPqVNacT29Gd4P0bTEccazscjm5Gv/JIYttLuxu8Iami42xHwJFN6FfWnI7j7a3THTLSXkltLbsRLF5gpBna9p3QC54+wpRJbQdNOLAOYypGTEPbAfp9WNquzoxRsG81zucI0u9go34slVXPeTTsXXGI9IvnNsykP0u91XUaA3uWH5Taw4ntSLMBcOtv9PHrOY+B3cEHPms7ynIIxJ7EOAM9l7GwaxnaDjXFkgRjbIbDtWMYWzTRbRzsILEa1FbbQRMuHMB1NcFtHOxYgra0NIOey1g4sxNjGybO1oLtizG+abCRhnRs6DWexd/oe+jAtsA92C+xNVtgAAfWof9f311HOh5pPhjeZeBasV87HSIXYD9T5yJ63cR/Iktt9T/oBssJl8h6KT4kjTAbCCVJ6vB4pzHw956L+DpZK1lv3sOcXfgAU7OxCpgHTpbaoyyGSsdVVCqD2QIDqd1pcBvopokodk0rRLHXV6sNus6IqO85pjOo92qBtqTfxm3qwRhbWt6iKzTriGUcRpA907R9A/be3trdoKE6lmage6ZZp0YwwhTXmcb47lCnaa3P2qp2bQJDpyDavq9eT5YyPYKURWjZvRkMmozlLPpP7AVVVCrjuZHxqvVsDgMm9SG2vaFitQpkDJj+3ap3C+irhyUqBuj3hrIVMDV75HS0ba2hBho6WHZikEEfKF0Gv540iW27/q2g55guUnvwZA0ohlUcvrtk+TKQFfu2hwwRZVF4iZgUEDEpQkJCQr+6flRMSt8SY6FksVLf1Feu7CNE520X3zmF0G/j7gkJCYGGDRuCgoICdOjQAU6dOvX1NwkJCQkJCf0C+lO/436Lh5StW7eCra0tuLm5wdWrV6FXr14wdOhQePz48dffTBQZuJv5jimSOiJwN0OHb/HdxvyvNOV02+K9LEV2s08kw3hT3HZU0F6G0KfI6WCbdQwzHhW0j6HDt/iibYjdepZyGhW0jyH0KfZ6ucMGWGy2ktjuZQh9mrK5csZGWGSKKdLbFu9l6bQbCXp7tXMoS6eOXLSHYfFpGvEa180Mtx8RuJth8f9yR2T2ullhLJU1YuFu5pOmKcfrZ4cx3P7W+TuZX5wi/zd4hDO0efjcHczfTtOTN3pGsDTtMP8o5senmPHQOREMi7/FdxtD3a8iGPTNPpEM4x7qHcn89jTteYvvNpbSvckrgvnq6XoN84sCb51Acq5b+dom6zXML4qt7fWzw9japut1s08kW9sUV77AOJil6W/wCGdYfHqd/CcFsbUdbLueIenpeVt2dWXYc7s+7mwN0vm06TmLIegD9JewdUb7tevjzq5xgP4S9jq9pvYa7uxcAwyWsPOh5SEcNDzYPp5nuIzZ0jXo2M+DoePnG3FbejxzgBdDx8+fEgzrSF90zzgN9IIIgiRYaBLCzpXuRefB3hC5CN1ygVOXM1Q/3eOuQ30YFmHxtBWsLEWoN95nXIf7QlTQPrQ1WwkryLqjuAK3kf7MNsh8FYSQdUfvde6j5sJ24uZcYrEagomr8HtLli8rkr//RkX1Hfcr6rd4SAkMDARjY2MwMTGBFi1awOLFi6Fu3bqwfPnyr7+Z6P7Vh/As6TlpY95+wtWHkEhy8+OvJMJzgmK+R2IbHlxNhIexuHjiL3Nb2u+Dqw/hEcHZ3ydI99TEpxBP+k24lsjiLe4ThHZaQjrEX05kto8L6Dct4SnEX6b9PoTHtxEz/YCOIeEp6zfxxiN4dCeF2OIYUh7wfh/eeMSw+AnENvX+U4i/hP0+in3MsPgUD55yPw3uXiT9xj5mWPwEwldIeZAO8ZeIbVwSw+JTrHzKg6dwj9reTGKxL8w2IY1d40e3khm+PoFc05SEdBbr8vBWMou/eCBne4/g6x/dToFUghKntqmJT1m/j++kQNpDtKWvpSbyfpPupsBTYkuvU3rSc/beJ/FpkE4Q6/eu4BhepmWy9ZtKShLkfMhl/Wa9zWb9viCY89IKJeEusa1YuTx7b97HPOm4ff9WrHTEMJN+8I7EVFVRxp/Lk+NTobZqbal95/w9qF67utR+fAv3xJO7KfAu853UvnvxPnwg/SaSdfUkPhWePSFzcukBvEzF86Fr+8m9VLbm4i8+YPcVul6f3Etj5TfiLyUwlHwCueckxaeye0X8pQRWhoDumaT4VHhE70GXEvh6JeNNupsCD0nZifjLCZBCSm7Qfh/fTYEE0r4r1y+9JyXdTmbrN/6ynC0Zw+NbT+RsEyG1gH4f3nwM9wjX5Z/xou131zcHzeb/1wUGi+o77lfULx+TkpOTA+XKlYPIyEgYM2aM9O82NjZw7do1iImJ+eQ92dnZkJ2dLbUzMzOhXr16kJSUJPyDQkJCQr+gXr9+DXXr1oVXr16BoqLid+lfUVEResIwKAnfGJMCH+E07P/kO6dMmTJQpkwZZvu/fMf9Tvrls3ueP38OeXl5oKyszP5dWVkZ0tI+/3Tt7+8PXl5en/x73bp1v8sYhYSEhIR+jN68efNdHlJKly4NKioqcDpt/9eNC6EKFSp88p3j4eEBnp6e7N/+l++430m//EPKf1RMLgdNJpN98m//kYuLC9jbI/Pg1atXUL9+fXj8+PF3Wdy/g/7zvxTxa1PBEnP0dYk5KpzEPH1d8nMkk8ngzZs3UKtWra+/+X+QgoICJCYmQk5OzteNC6HPfUfJ/4pC9d98x/1O+uUfUqpXrw4lSpT45IkyPT39kyfP/+hzP6kBACgqKoobwldUqVIlMUdfkZijr0vMUeEk5unronP0vf+TqaCgAAoKCl83LEL9L99xv5N++cDZ0qVLQ4cOHeDIkSPs348cOQLdu3f/l0YlJCQkJCT07frTv+N++V9SAADs7e1BX18fOnbsCN26dYNVq1bB48ePwczM7OtvFhISEhIS+on1J3/H/RYPKePHj4cXL17AnDlzIDU1FdTV1WH//v1Qv379Qr2/TJky4OHh8UV/4J8uMUdfl5ijr0vMUeEk5unr+pPm6Fu/435l/fIpyEJCQkJCQkK/p375mBQhISEhISGh31PiIUVISEhISEjop5R4SBESEhISEhL6KSUeUoSEhISEhIR+Sv3xDyl/avnrz8nf3x86deoEFStWBCUlJRg9ejTcvXuX2chkMvD09IRatWpB2bJlQUNDA27evPkvjfjfl7+/PxQrVgxsbW2lfxNz9I+Sk5Nh0qRJUK1aNShXrhy0bdsWLl++LL3+p89Tbm4uzJo1Cxo2bAhly5aFRo0awZw5cyA/H4vP/WlzdPLkSRg5ciTUqlULihUrBjt37mSvF2Y+srOzwcrKCqpXrw7ly5cHTU1NePLkyQ88C6EilewPVnh4uKxUqVKy1atXy27duiWzsbGRlS9fXvbo0aN/e2j/igYPHixbv369LC4uTnbt2jXZ8OHDZfXq1ZO9fftWsgkICJBVrFhRFhUVJYuNjZWNHz9eVrNmTdnr16//xZH/O7pw4YKsQYMGstatW8tsbGykfxdzJJO9fPlSVr9+fZmhoaHs/PnzssTERNnRo0dl9+/fl2z+9Hny8fGRVatWTbZ3715ZYmKiLDIyUlahQgXZ4sWLJZs/bY72798vc3Nzk0VFRckAQLZjxw72emHmw8zMTFa7dm3ZkSNHZFeuXJH17dtX1qZNG1lubu4PPhuhotAf/ZDSuXNnmZmZGfs3VVVVmbOz8780op9L6enpMgCQxcTEyGQymSw/P1+moqIiCwgIkGw+fPggU1RUlK1YseLfGua/ojdv3siaNm0qO3LkiKxPnz7SQ4qYo3/k5OQk69mzZ4Gvi3mSyYYPHy6bMmUK+7exY8fKJk2aJJPJxBzJP6QUZj5evXolK1WqlCw8PFyySU5OlhUvXlx28ODBHzZ2oaLTH+vuycnJgcuXL8OgQYPYvw8aNAjOnj37L43q51JmZiYAAFStWhUAABITEyEtLY3NWZkyZaBPnz5/3JxZWFjA8OHDYcCAAezfxRz9o927d0PHjh1BW1sblJSUoF27drB69WrpdTFPAD179oRjx45BfHw8AABcv34dTp8+DcOGDQMAMUfyKsx8XL58GT5+/MhsatWqBerq6n/knP0O+i2Is/+L/vTy11+TTCYDe3t76NmzJ6irqwMASPPyuTl79OjRDx/jv6Xw8HC4cuUKXLx48ZPXxBz9o4SEBFi+fDnY29uDq6srXLhwAaytraFMmTJgYGAg5gkAnJycIDMzE1RVVaFEiRKQl5cHvr6+oKenBwBiLcmrMPORlpYGpUuXhipVqnxiI+7rv6b+2IeU/+hPLX/9NVlaWsKNGzfg9OnTn7z2J89ZUlIS2NjYwOHDh79YDfVPniMAgPz8fOjYsSP4+fkBAEC7du3g5s2bsHz5cjAwMJDs/uR52rp1K4SGhsKWLVtATU0Nrl27Bra2tlCrVi2YPHmyZPcnz9Hn9L/Mx58+Z7+y/lh3z59e/vpLsrKygt27d0N0dDTUqVNH+ncVFRUAgD96zi5fvgzp6enQoUMHKFmyJJQsWRJiYmJgyZIlULJkSWke/uQ5AgCoWbMmtGzZkv1bixYt4PHjxwAg1hIAwIwZM8DZ2Rl0dXWhVatWoK+vD3Z2duDv7w8AYo7kVZj5UFFRgZycHMjIyCjQRujX0h/7kPKnl7/+nGQyGVhaWsL27dvh+PHj0LBhQ/Z6w4YNQUVFhc1ZTk4OxMTE/DFz1r9/f4iNjYVr165Jfx07doSJEyfCtWvXoFGjRn/8HAEA9OjR45P09fj4eKkgmlhLAFlZWVC8OL8FlyhRQkpBFnPEVZj56NChA5QqVYrZpKamQlxc3B85Z7+F/rWQ3Z9A/0lBXrt2rezWrVsyW1tbWfny5WUPHz78t4f2r2j69OkyRUVF2YkTJ2SpqanSX1ZWlmQTEBAgU1RUlG3fvl0WGxsr09PT+61TIgsjmt0jk4k5ksn+Sc8uWbKkzNfXV3bv3j3Z5s2bZeXKlZOFhoZKNn/6PE2ePFlWu3ZtKQV5+/btsurVq8tmzpwp2fxpc/TmzRvZ1atXZVevXpUBgCwwMFB29epVCQtRmPkwMzOT1alTR3b06FHZlStXZP369RMpyL+w/uiHFJlMJgsODpbVr19fVrp0aVn79u2ldNs/UQDw2b/169dLNvn5+TIPDw+ZioqKrEyZMrLevXvLYmNj/71B/wSSf0gRc/SP9uzZI1NXV5eVKVNGpqqqKlu1ahV7/U+fp9evX8tsbGxk9erVkykoKMgaNWokc3Nzk2VnZ0s2f9ocRUdHf/YeNHnyZJlMVrj5eP/+vczS0lJWtWpVWdmyZWUjRoyQPX78+F84G6GiUDGZTCb7d37DERISEhISEhIqWH9sTIqQkJCQkJDQzy3xkCIkJCQkJCT0U0o8pAgJCQkJCQn9lBIPKUJCQkJCQkI/pcRDipCQkJCQkNBPKfGQIiQkJCQkJPRTSjykCAkJCQkJCf2UEg8pQkJCQkJCQj+lxEOKkNBvqrVr18KgQYO+qY/09HSoUaMGJCcnF9GohISEhAovQZwVEvoNlZ2dDY0aNYLw8HDo1avXN/Vlb28Pr1+/hjVr1hTR6ISEhIQKJ/FLipDQb6ioqCioUKHCNz+gAAAYGRnB5s2bISMjowhGJiQkJFR4iYcUIaGfWM+ePQMVFRXw8/OT/u38+fNQunRpOHz4cIHvCw8PB01NTfZvhoaGMHr0aPDz8wNlZWWoXLkyeHl5QW5uLsyYMQOqVq0KderUgXXr1rH3tWrVClRUVGDHjh1Fe3JCQkJCX5F4SBES+olVo0YNWLduHXh6esKlS5fg7du3MGnSJDA3N/9ivMmpU6egY8eOn/z78ePHISUlBU6ePAmBgYHg6ekJI0aMgCpVqsD58+fBzMwMzMzMICkpib2vc+fOcOrUqSI/PyEhIaEvScSkCAn9ArKwsICjR49Cp06d4Pr163Dx4kVQUFD4rO2rV6+gSpUqcPLkSebuMTQ0hBMnTkBCQgIUL/7P/09UVVVBSUkJTp48CQAAeXl5oKioCGvWrAFdXV3pvfb29nD16lWIjo7+jmcpJCQkxCV+SRES+gW0YMECyM3NhYiICNi8eXOBDygAAO/fvwcA+KyNmpqa9IACAKCsrAytWrWS2iVKlIBq1apBeno6e1/ZsmUhKyvrW09DSEhI6L+SeEgREvoFlJCQACkpKZCfnw+PHj36om21atWgWLFinw10LVWqFGsXK1bss/+Wn5/P/u3ly5dQo0aN/3H0QkJCQv+bxEOKkNBPrpycHJg4cSKMHz8efHx8wNjYGJ4+fVqgfenSpaFly5Zw69atIhtDXFwctGvXrsj6ExISEiqMxEOKkNBPLjc3N8jMzIQlS5bAzJkzoUWLFmBsbPzF9wwePBhOnz5dJJ+flZUFly9f/mYwnJCQkNB/K/GQIiT0E+vEiROwePFi2LRpE1SqVAmKFy8OmzZtgtOnT8Py5csLfN/UqVNh//79kJmZ+c1j2LVrF9SrV69ImCtCQkJC/41Edo+Q0G8qHR0daNeuHbi4uHxTP507dwZbW1uYMGFCEY1MSEhIqHASv6QICf2mmj9/PlSoUOGb+khPTwctLS3Q09MrolEJCQkJFV7ilxQhISEhISGhn1LilxQhISEhISGhn1LiIUVISEhISEjop5R4SBESEhISEhL6KSUeUoSEhISEhIR+SomHFCEhISEhIaGfUuIhRUhISEhISOinlHhIERISEhISEvopJR5ShISEhISEhH5KiYcUISEhISEhoZ9S/wfDsaT2ObR+sgAAAABJRU5ErkJggg==", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_concentration(model_path, model_name, show_wells=False , show_arrows=True, show_rivers=False, kstpkper=(249, 1))" + ] + }, + { + "cell_type": "markdown", + "id": "87f1271a-38a4-42de-ba2e-7a63426ba868", + "metadata": {}, + "source": [ + "This graph shows how PAT was successful in containing the plume. But how much volume was it extracted? Is it the most economic scenario?" + ] + }, + { + "cell_type": "markdown", + "id": "d36b3501-f2da-45d7-99a0-a8781a3cacf8", + "metadata": {}, + "source": [ + "### Why running the control script?\n", + "The total volume extracted by the PAT was *450 000 m³*, but we can still optimize the model to reduce half of the pumping well." + ] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.13.5" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/src/notebooks/Uncontrolled_strategy_pumptreat_50p.ipynb b/src/notebooks/Uncontrolled_strategy_pumptreat_50p.ipynb new file mode 100644 index 0000000..6868451 --- /dev/null +++ b/src/notebooks/Uncontrolled_strategy_pumptreat_50p.ipynb @@ -0,0 +1,375 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "cd282849-bb38-430c-a734-f1e9795af027", + "metadata": {}, + "source": [ + "# Pump and Treat - Well System Model: Flopy Iterations" + ] + }, + { + "cell_type": "markdown", + "id": "6f15f127-8d9c-48ce-b7a5-1e0fe5d81dd5", + "metadata": {}, + "source": [ + "Strategy 1.1: Performing PAT with existing wells and constant pumping rate of -25.0 m3/day.\n", + "\n", + "Strategy 1.?...: Iterate the model until reaching values closer to the threshold " + ] + }, + { + "cell_type": "markdown", + "id": "2b4835b8-8060-469f-9531-f405a2abde39", + "metadata": {}, + "source": [ + "# Start setting up the model " + ] + }, + { + "cell_type": "markdown", + "id": "16c80df8-d761-4698-8ca0-f602662ac047", + "metadata": { + "tags": [] + }, + "source": [ + "### Magic commands - auto reload of the model each time " + ] + }, + { + "cell_type": "code", + "execution_count": 1, + "id": "482a74f0-385b-495d-92f6-9d5b368374d9", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "%load_ext autoreload" + ] + }, + { + "cell_type": "code", + "execution_count": 2, + "id": "9a97cf56-15fc-4af5-97b0-309d1744f41d", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "%autoreload 2" + ] + }, + { + "cell_type": "markdown", + "id": "1b24c6f7-4000-4666-883e-9c522d464bbb", + "metadata": { + "tags": [] + }, + "source": [ + "### Import from pymf6tools the functions to run, get and visualize simulation results" + ] + }, + { + "cell_type": "code", + "execution_count": 3, + "id": "a7f6a036-b3b3-4ba5-b02b-1b4c298f7bf2", + "metadata": {}, + "outputs": [], + "source": [ + "from pathlib import Path \n", + "from pymf6.mf6 import MF6\n", + "import pandas as pd \n", + "from functools import partial \n", + "import numpy as np \n", + "from pymf6_tools.make_model import run_simulation, get_simulation\n", + "\n", + "\n", + "from pymf6_tools.base_model import make_model_data\n", + "from pymf6_tools.make_model import make_input, run_simulation, get_simulation\n", + "from pymf6_tools.plotting import show_heads, show_well_head, show_bcs" + ] + }, + { + "cell_type": "code", + "execution_count": 4, + "id": "3e931716-42e0-413f-92e3-33c9c8dbd505", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "from pymf6_tools.plotting import (\n", + "show_heads, show_well_head, show_concentration, show_bcs, \n", + "show_bot_elevations, show_river_stages, contour_bot_elevations, \n", + "plot_spec_discharge)\n", + "import pymf6_tools" + ] + }, + { + "cell_type": "markdown", + "id": "f251093a-9e42-41c6-a555-2b3abd72dde8", + "metadata": {}, + "source": [ + "## Strategy 1.1: Solving it with unregulated pumping campaign" + ] + }, + { + "cell_type": "markdown", + "id": "d6229978-44cd-4cea-a2a8-1fb523fc2f5c", + "metadata": {}, + "source": [ + "### Set path for the model with the wells " + ] + }, + { + "cell_type": "code", + "execution_count": 5, + "id": "bdd94250-7cff-4747-9c39-66f7a5de7de5", + "metadata": {}, + "outputs": [], + "source": [ + "model_path = r'models/mf6/pumptreat_50p'\n", + "model_name = 'pumptreat'" + ] + }, + { + "cell_type": "markdown", + "id": "1d7e3d49-4a89-410c-bcf0-918e3540d9ff", + "metadata": {}, + "source": [ + "### Run simulation" + ] + }, + { + "cell_type": "code", + "execution_count": 6, + "id": "f379c90d-e012-4aac-8f37-5a1e30abad81", + "metadata": {}, + "outputs": [], + "source": [ + "run_simulation(model_path, verbosity_level=0)" + ] + }, + { + "cell_type": "markdown", + "id": "9c6c432d-44cd-4262-be97-c5fb34e0c4b8", + "metadata": {}, + "source": [ + "### Location of the wells " + ] + }, + { + "cell_type": "code", + "execution_count": 7, + "id": "c9fa1195-bc31-4d14-ab72-901d3128f07d", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 7, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_bcs(model_path, name=model_name, bc_names=('chd','wel'))" + ] + }, + { + "cell_type": "markdown", + "id": "234dc00c-997f-4a98-96cf-751e5923d27c", + "metadata": {}, + "source": [ + "This graph shows the location of the boundary conditions at the right and left side of the domain, and the location of the wells that will be used of the PAT. " + ] + }, + { + "cell_type": "markdown", + "id": "073ee411-b1d9-4cd5-bab7-380cac593f46", + "metadata": {}, + "source": [ + "### Specific Discharge - Interactive graph (layer and time)\n", + "Specify the layer and time of the simulation to be visualized." + ] + }, + { + "cell_type": "code", + "execution_count": 8, + "id": "28d0abec-5af0-4b90-bc9c-186768ae6855", + "metadata": { + "tags": [] + }, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 8, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "plot_spec_discharge(model_path, model_name, layer=0, times=249)" + ] + }, + { + "cell_type": "markdown", + "id": "339608f0-9bb3-4bdd-86c3-cf906c87961c", + "metadata": {}, + "source": [ + "This graph shows the specific discharge of the layer 1 of the model, indicating the disturbance of flow caused by the wells. " + ] + }, + { + "cell_type": "markdown", + "id": "f5c72e9c-0f34-486d-ab64-b647e25aafc0", + "metadata": {}, + "source": [ + "### Groundwater level " + ] + }, + { + "cell_type": "code", + "execution_count": 9, + "id": "793ea635-6122-4238-b84a-87eeb00c775b", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 9, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", 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" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_heads(model_path, model_name, show_wells=False, kstpkper=(249, 1))" + ] + }, + { + "cell_type": "markdown", + "id": "63550482-1b36-4cbe-b689-7e6118e4b1ad", + "metadata": {}, + "source": [ + "This graph shows the groundwater flow of the domain." + ] + }, + { + "cell_type": "markdown", + "id": "0abc63ae-5bf2-4721-a47a-54c6fec7fc32", + "metadata": {}, + "source": [ + "### Concentration" + ] + }, + { + "cell_type": "code", + "execution_count": 10, + "id": "35b16906-2d07-483d-9c93-1a1824886998", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 10, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_concentration(model_path, model_name, show_wells=False , show_arrows=True, show_rivers=False, kstpkper=(249, 1))" + ] + }, + { + "cell_type": "markdown", + "id": "87f1271a-38a4-42de-ba2e-7a63426ba868", + "metadata": {}, + "source": [ + "This graph shows how PAT was successful in containing the plume. But what are the limitations of this strategy? How much volume was it extracted? Is it the most economic scenario?" + ] + }, + { + "cell_type": "markdown", + "id": "93b72c41-ce95-4de2-b90d-5db7a8595cdd", + "metadata": {}, + "source": [ + "If there is no control over the pumping of the wells we would extract *22 5000 m³*, but if the simulation is being controlled by the concentration values at the observation well, then the volume to be extracted should be much lower! Let's find the most economic strategy by controlling the model!" + ] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.13.5" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/src/notebooks/Uncontrolled_strategy_pumptreat_iterations.ipynb b/src/notebooks/Uncontrolled_strategy_pumptreat_iterations.ipynb new file mode 100644 index 0000000..dd70df4 --- /dev/null +++ b/src/notebooks/Uncontrolled_strategy_pumptreat_iterations.ipynb @@ -0,0 +1,416 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "cd282849-bb38-430c-a734-f1e9795af027", + "metadata": {}, + "source": [ + "# Pump and Treat - Well System Model: Flopy Iterations" + ] + }, + { + "cell_type": "markdown", + "id": "6f15f127-8d9c-48ce-b7a5-1e0fe5d81dd5", + "metadata": {}, + "source": [ + "Strategy 1.1: Performing PAT with existing wells and constant pumping rate of -25.0 m3/day.\n", + "\n", + "Strategy 1.?...: Iterate the model until reaching values closer to threshold " + ] + }, + { + "cell_type": "markdown", + "id": "2b4835b8-8060-469f-9531-f405a2abde39", + "metadata": {}, + "source": [ + "# Start setting up the model " + ] + }, + { + "cell_type": "markdown", + "id": "16c80df8-d761-4698-8ca0-f602662ac047", + "metadata": { + "tags": [] + }, + "source": [ + "### Magic commands - auto reload of the model each time " + ] + }, + { + "cell_type": "code", + "execution_count": 1, + "id": "482a74f0-385b-495d-92f6-9d5b368374d9", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "%load_ext autoreload" + ] + }, + { + "cell_type": "code", + "execution_count": 2, + "id": "9a97cf56-15fc-4af5-97b0-309d1744f41d", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "%autoreload 2" + ] + }, + { + "cell_type": "markdown", + "id": "1b24c6f7-4000-4666-883e-9c522d464bbb", + "metadata": { + "tags": [] + }, + "source": [ + "### Import from pymf6tools the functions to run, get and visualize simulation results" + ] + }, + { + "cell_type": "code", + "execution_count": 3, + "id": "a7f6a036-b3b3-4ba5-b02b-1b4c298f7bf2", + "metadata": {}, + "outputs": [], + "source": [ + "from pathlib import Path \n", + "from pymf6.mf6 import MF6\n", + "import pandas as pd \n", + "from functools import partial \n", + "import numpy as np \n", + "\n", + "from pymf6_tools.make_model import run_simulation, get_simulation\n", + "\n", + "\n", + "from pymf6_tools.base_model import make_model_data\n", + "from pymf6_tools.make_model import make_input, run_simulation, get_simulation\n", + "from pymf6_tools.plotting import show_heads, show_well_head, show_bcs" + ] + }, + { + "cell_type": "code", + "execution_count": 4, + "id": "3e931716-42e0-413f-92e3-33c9c8dbd505", + "metadata": { + "tags": [] + }, + "outputs": [], + "source": [ + "from pymf6_tools.plotting import (\n", + "show_heads, show_well_head, show_concentration, show_bcs, \n", + "show_bot_elevations, show_river_stages, contour_bot_elevations, \n", + "plot_spec_discharge)\n", + "import pymf6_tools" + ] + }, + { + "cell_type": "markdown", + "id": "f251093a-9e42-41c6-a555-2b3abd72dde8", + "metadata": {}, + "source": [ + "## Strategy 1.2: Solving it with unregulated pumping campaign" + ] + }, + { + "cell_type": "markdown", + "id": "af05b04f-24d3-428a-80b3-a311690b6e31", + "metadata": {}, + "source": [ + "*Iterative Reduction*: Employing a systematic search methodology, the pumping rate was successively halved in the initial stages to efficiently narrow down the solution space. The sequence of tested pumping rates was:\n", + "\n", + "Iteration 1: 50.00 - below\n", + "\n", + "Iteration 2: 25.00 - below\n", + "\n", + "Iteration 3: 12.00 - below\n", + "\n", + "Iteration 4: 6.00 - below \n", + "\n", + "Iteration 5: 3.00 - below \n", + "\n", + "Iteration 6: 1.50 - below \n", + "\n", + "Iteration 7: 0.75 - below\n", + "\n", + "Iteration 8: 0.38 - above \n", + "\n", + "Iteration 9: 0.60 - above \n", + "\n", + "Iteration 10: 0.66 - below \n", + "\n", + "*Final Result*: After nine iterative model runs, a pumping rate of 0.66 was identified as the optimal solution. This value successfully contains the contaminant plume, bringing the simulated concentration to a value close to the regulatory threshold." + ] + }, + { + "cell_type": "markdown", + "id": "d6229978-44cd-4cea-a2a8-1fb523fc2f5c", + "metadata": {}, + "source": [ + "### Set path for the model with the wells " + ] + }, + { + "cell_type": "code", + "execution_count": 5, + "id": "bdd94250-7cff-4747-9c39-66f7a5de7de5", + "metadata": {}, + "outputs": [], + "source": [ + "model_path = r'models/mf6/pumptreat_0p66p'\n", + "model_name = 'pumptreat'" + ] + }, + { + "cell_type": "markdown", + "id": "1d7e3d49-4a89-410c-bcf0-918e3540d9ff", + "metadata": {}, + "source": [ + "### Run simulation" + ] + }, + { + "cell_type": "code", + "execution_count": 6, + "id": "f379c90d-e012-4aac-8f37-5a1e30abad81", + "metadata": {}, + "outputs": [], + "source": [ + "run_simulation(model_path, verbosity_level=0)" + ] + }, + { + "cell_type": "markdown", + "id": "9c6c432d-44cd-4262-be97-c5fb34e0c4b8", + "metadata": {}, + "source": [ + "### Location of the wells " + ] + }, + { + "cell_type": "code", + "execution_count": 7, + "id": "c9fa1195-bc31-4d14-ab72-901d3128f07d", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 7, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_bcs(model_path, name=model_name, bc_names=('chd','wel'))" + ] + }, + { + "cell_type": "markdown", + "id": "234dc00c-997f-4a98-96cf-751e5923d27c", + "metadata": {}, + "source": [ + "This graph shows the location of the boundary conditions at the right and left side of the domain, and the location of the wells that will be used of the PAT. " + ] + }, + { + "cell_type": "markdown", + "id": "073ee411-b1d9-4cd5-bab7-380cac593f46", + "metadata": {}, + "source": [ + "### Specific Discharge - Interactive graph (layer and time)\n", + "Specify the layer and time of the simulation to be visualized." + ] + }, + { + "cell_type": "code", + "execution_count": 8, + "id": "28d0abec-5af0-4b90-bc9c-186768ae6855", + "metadata": { + "tags": [] + }, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 8, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "plot_spec_discharge(model_path, model_name, layer=0, times=249)" + ] + }, + { + "cell_type": "markdown", + "id": "339608f0-9bb3-4bdd-86c3-cf906c87961c", + "metadata": {}, + "source": [ + "This graph shows the specific discharge of the layer 1 of the model, indicating the disturbance of flow caused by the wells. " + ] + }, + { + "cell_type": "markdown", + "id": "f5c72e9c-0f34-486d-ab64-b647e25aafc0", + "metadata": {}, + "source": [ + "### Groundwater level " + ] + }, + { + "cell_type": "code", + "execution_count": 9, + "id": "793ea635-6122-4238-b84a-87eeb00c775b", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 9, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", 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" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_heads(model_path, model_name, show_wells=False, kstpkper=(249, 1))" + ] + }, + { + "cell_type": "markdown", + "id": "63550482-1b36-4cbe-b689-7e6118e4b1ad", + "metadata": {}, + "source": [ + "This graph shows the groundwater flow of the domain." + ] + }, + { + "cell_type": "markdown", + "id": "0abc63ae-5bf2-4721-a47a-54c6fec7fc32", + "metadata": {}, + "source": [ + "### Concentration" + ] + }, + { + "cell_type": "code", + "execution_count": 10, + "id": "35b16906-2d07-483d-9c93-1a1824886998", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 10, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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1zlZZzd41FY3bqYjbk9azEuZZO6eg/5Se4vaCAzPQsLWyuD1hLbspmrt3OvpO6sF5G7RkCcAT1oxk3j3T0Ht8N7YOeyaLlwdP740p60aL2/P3TUfPMV3E7Tm7iHdmX0xaw9Zh3t7p6D6yM1n/SeLlIXP6Y8Iq5p2/fwa6DmOAvFk7mHf4/AEYv3IEtw6dhrT/pnfEwsEYu2w4W4d909FhQBtxe+Y25h29eCjGLB3GrUP7fq3F7RlbJ4qXxy4bgVGLh4rbC1RnoG2fluL29C3MO37lCIxaNIR4Z6JNz+bi9rTNE8TLk9aOxvD5A8XthQdmomW3puL2VNLv5PWjMWxOf7a+qjPQvDMDAE7ZyErpp24ah8EzGbVxgepMNOvYiHhZXE3bMgGDZvTmtq1x+4bi9sT1jBA5Y+tEDJhKY3AmGrVlJYeTiHf2zinoN5kNky5QnQ6VViwGJ66lsTINfScy78IDM6HcgnhJvM7fNx29xnVl30PjdUYfTF7Lx1WP0SRed08RLw+d3Y+L1/n7Z6DbiE6s310sVobNG4gJq0Zy3s5DO5BtZeswYsFgjFvBYnDBgVnoNLgd85J4HbV4CBevC1RnokN/Eq/bmXfssmFcvC46OBNt+7ZiXhLbE1aN5GJw0cFZaNO7hbg9fSvzTlwzGiMWDOa8rXs0E7encTE4BsPmsXhdfHg2WnZtIm5PJbE9ZeNYDJ3N4nXBgZlo1onG4Dj2HZvHc/G66OBMNO3AvJOJd3q5eF14cBZ3zaTxWv6aufDgTDRsw+J1Irm2zdk1pdLXzHl7p6HPBBav8w9Mh3KLryFkv0p/Jc7+6EtQ5fTH5KT8kxJyUgQJEiTo363flZOSFN0Asj+Yk5KXV4Lm7dKF35xK6I/NSREkSJAgQYIE/W9LuEkh0jlphA292Rj7tc132XsnjLjy1AeHdLG+J8sJubKRldrpnn6KA5NYaeD9A7pY252NsWtsYKV2emdNoDqBlbI+UtNnfW64g/MrWQmn/jlT7B/HylNpWe61zfe4kmP9c6bYS8pTHxxiZY6aW+9z5Z7650y5cmpaEnl9x0OuPFn/nCl2kdLAe6o64uVbux/jJClP1j9nypUG0vLJO/u0cWL+ZW4/bB9ySNym5b53VZ/g+LxL4rbu6afYOugg+949zHv/gC6OzWFlpLqnjLFlgCrzktLgh4f1cGT2BXFb54QRNvdnXlqW+UhNjyt71j5miE39GML6+rYH4uXH6gZcyanWEQNs7Mu8mltZGbH2MUMcJiXSj9UN+BgkJcdPjhvi0BRWnvrwsB6XE0LLPXVPGePAZBav9w/qcnketDxZ74zJ9+OVlIbqnTHhyqlpDF7ZcAfnll/jvPtIOTWNwaub7nLxqnfWhItXGoPl41XvjAkXrzQGr29/wMWr3lkTrvSaxuDNXY+4eNU9/ZSL19v7tNnyXi2cWEC8p4y5eKUxeHd/uXg9aYxtg0m8khi8p6rDxavOCSNsHXhA3KYx+OCQLo6SeNU+ZsjF9vXtLAYfqelBfRYrkdY+asDFKy0jLh+vj9T0K47XowZcvD5S0/vuNZPG64NDuly8ctfMvxmvtPz/nqoO1nZjeUm/WsJwz+/VHwtz+yeUkfQG7zJzWDs5kyy/xqvkN+J2emImct7kftub+AqZKdT7Crlv2XxDr5JeM2/CK2SmMi/t523GO+RnsQmo0uMzkJn2lrUTGML4TXo2cl7nct43L7PF7ZeJrN83L7ORnUHei0vHW+JNT2T9vn2ehTcvs8TtF7HpeJv+bW9m6lu8TnvNebOIN4N6U95w2/oiNh3ZGe+Il733Kpn3voxPx7tXzEvX4VVKJjJSyDrEZ3DHND2JHtNMvCrvJf1mEO+rlDfcMX2Z8Ao5pN9XZP1epb7mjunLxFd8XNHjn5yJV1y/GdxxLB+DXL8Jr/DudQ73vng7EzPLxWAmH4Pl4vUV99ly8Urey0jKRGbqW9Jm72Vl5iCXnhNJmXj9/C3XFntf5fD7OjETr5+zOKPbnZX+Dm/TyXuJr/DmRcXe12nkfErgva/IOrx9kf3VeZtFzgPqffM8i4uz9MRMvH357X7fPH/LxVl6UiZ/HpCYe/38DdKTqfcVssh5QOPzddpbbh+mJ2XyXnKcMtPecuv0MjGTi0H6Xmbaay52MpIz+fOLngepb8rFSuZ347V8TPLxSrxJmcgs3++biuM1M5m/vuaQeP3V+hnVOUJ1T+Ul5KRAyEkRJEiQoH+7fldOSmyU0k/JSWnT/pXwm1MJCU9SBAkSJEiQoEqq5MvrR/sQVDkJOSlEER5RFWLxI31juTH/UGdRhVj86IB4bhw/xCm8Qix+bHAihxkPJlh8m/tOHBY/PjSJw+JTJLn9Yx4znhCWjLPLv40kd9R147D4CeEp3Di+n3WweNnZwIPDjCeEp3BYfIokdzP2wZPjRpyXjs1TJLmnqR+HxU8IS+bG292fMiy+j0Ugl/sQH5rE5YdQJLmfTQiXzxAblMBh8V0IFj/QPozLUYgOiOfyjpz1GJI8xCmcy5OJ9I3lsfg6DDMe7hqBmztZ3kGEVzSPxddyES+LPKK4fBaRe2SFWPwI7xguRyXcNaJCLH60fxw3jh/qLOJyMyxus3iNCUzgsPhBjuEcFt/0uo14OTY4kYtBLl4fOHFY/LiQJC6nik7jYK/lwsVrfGgSl3dCp3Fw0nXjsPjxoUk4SbD4dBoHZwMP6J4k8RqWzGHxvcwCxMtuxj7QPsaw+PGhSVx+CJ3GwdPUj8PixwYncjkfdBoHH4tADosfG5QAtRkEi0+mcfCzCcG9AyxeowPieSw+jVcHPl6j/OI4LD6dxiHEicfiR3jHVDiNQ7hrBI/F94iqEIsv8oj6ehqHCrD4ET4x3DUzzKViLH60f9x3r5kUix8blIBLawgW3+H3YvGLUfpTXoIqJ2G4B8JwjyBBggT92/W7hnvCIuv/lOGeLh0yhd+cSkh4kiJIkCBBggQJ+iMl3KQQ7Rh6uEIk9Y5hhyuNpN45TI3DQX+FRSfo6F3Dee/mfqykcFM/VSxstr5CLy0p3NxfFQuaruO89DtpSeHWgQcwvwnxjijn7bOPeQcd/K6Xlh9uG3yQw6LvHMZ7KcZ/2+CDHBb9Ky9BqG8fcohDnW8vd5xoqeL2oYc5b/npASgWffvQwxzqvDxum2LRdwzjvZv781j0VZ23c97vYtHLe5Urh0X/ytu7YjT/f4pXikUvH6/fw6KX99IYLB+v5b00BsvHa/njT2NwywBVLgbLe2lZ69aBB7gY3DHscIUxuHUQH4Pl44rG4NZBB78bVxTNX977VVyRGNw2+GCl0fzbhxz6bgxSNP/2IYcqHYPlvRv7Vozx3z708Henh/hevH5veogdww5/Pwa/5+2267di8Ut+0ktQ5STcpBBN2zSeQzyPXcVw8FM2jEO/SQzFPGvnJA6LP3b5MPHy1E3j0WdCN+bdMZFDPHPezRPQcyxDh0/bwpDp/SZ2x3iC+J62ZSJ6jGao+2mbGK56wOSeGLd8BOelWPxpGxmuuv/UXhi7jK7vBHQhmPHJBG09cHofjCZI+qmbJnCY8cnrmHfQzH4YtZjhwKdtHs9h8SevY9s2dM4AjFjIcOBTN41Hu34MMz5xDet32NyBGLFgENnu8RxmfMIahtceMX8Qhs5lk0tO3zKRw+JPWsv6Hb14KIcOn75lAofFn0Cw7WOXDceQmf3E7RlbJ3BYfLoO41eOwODpDDM+c9tEDos/nkxJMHHtKAycxjDjs7ZP5LD441YzHPjkdWPQfzLDjM/cMZHD4o9byccrRd3P2jmJw+KPWz5MvDxtywR+aoadEzks/phl7PhP3zqRm5ph+hYagz0wbvlwztuNxOD0zcRbLgZnbJuIrsMZFn/aJhYrg2b2+8pLsfhTyXkweHZ/jFnCvDO3TeLideoG5h06ZwA33cKs7ZM4LP7k9cw7Yv4gjFzE4nXWjikcFn8K8Y5aNISbbmHW9klo04vF6yRyHoxZOpxD3c/eOYXD4k8k8Tp2+XAuXmdun8Rh8SeuZTE4YfVILl5n7ZjMYfFpvE5aOwqDpvch6zuRw+KPX83idcq6MRg4tRdZ38n/4ZrJUPezd0/msPjjVpJr26YJ3DVzzq5J3DWTxuuMrZO4qRlm7Zz0m7H4Eij+wVcJJH7b+v7bJeSkQMhJESRIkKB/u35XTkpQpBJq/WBOSn5eCXp0EEqQKyOhBFmQIEGCBAmqpEpKy14/2oegykkY7iHSP2PCjZtTzLT+OVOozSBY9KM8vpyW5RlcMMPhqazsVeuIATduTstIjS5bcGWvtIRXc8s9XF7LSu2MNSw4fDktn7y+/QFXymysYcmVvdJy31u7H+PCKlYa+vSKFVdG+Fidee/s08a5Fbx3DykjpBj/u6pPONS5sYYlV/ZKyzIfHNLF6SVXiNcCO0nZKy0jfqSmh1Ok5NTosgW2D2UlhxSLrnXEgEOdG14y55DktIRT+6gBh+Y3OP+MQ5LTkmOdE0Y4NpeVU+udNeFx+6TcU/ekMVdOrXv6KTaRXCOKRdc9/ZQrZdU5YcTledDSUL2zJnwMHjPEBpK7QUuZDS6YfYXmrzBeL/Lx+ljdgJvygcar4SXzcvHKYlBzyz1cWnOD89KyVxqD5ePV6LIFF680Bm/sfMTFq+Elcw63T2Pw1h4tLl4NL5lzuH0ag3f3P+Ew/gYXzSqcHuKeqg5XIm1wwazC6SHuH9TlSvoNLphxJbJ3VVkMPlLT+2oqCW56CILmf6xuwKP5y00PQeNV+5ghF69fTQ9B4lXnhBE/lcRJY256CFpOXz5enxwvNz1EuWsmN5XEUYPvxutX00OQayZF8xteMudw+4/U9Ll4/dX60aGev16CKifhSQpRSvRLDnWdGvWcLUc+x/OYF+J2Yngah7pOjWLvpYhS8Tz2JfOK0pCVQb2s36TQZLyITRe3kyPZe+nJmch7y7D4iaEpeBmfwT4rShMvZyRmIptgrxNDkvCSYLyTRazfF3HpyH7FvPFBiRzqOlGUKl5+HpvO7ZP4oEQO1Z1EvGnRLzkEeVxgAodxTwpn3pTI59x7cYGJeP2ctVNIv8mRLzgsdnxgIt4Q3HpKBPFGPMfLhAzeS9YpNYLts+TIF0iLYccpLiiZm0ogNZJ5kyJecMc/ISSVm0oghfM+5/pNCElBFsG6U29KxHM8jyb9hqVx/aaSeEiJeI4XpN/EsFQuBlNIXJWPwSRRuXil/YrSysVrKrIJFj0lku+Xj1e27q9S3nDY8xRRKl7GsWORQr3Jr/E2nX1HcngKXsRT73PizcSbF2Q7RancMU4m+zM98RVek6kjksNTuSkh6Pn1Mj6DQ9SniNI47Dw9Ti8TXiGdfGeKKJX7LD2nX8ZncPszOTyVm/oghZy3z+NecZ9NFqVxU1/QGHwel87FekrEc24KgBQS22kxL/nrjOg5dx7QbUuNecm1E8PT+HMminijXuA5udaV77f8NTMtmvdWGK8RaXhB91lE+Wsmf319EcdiMCkijZseQNB/l4ScFAg5KYIECRL0b9fvyknximjwU3JSBnRMF35zKiHhSYogQYIECRJUSZWUSqCk9MeGa3708/9LEnJSiCK9oivE4kcHxHOI53DXiAqx+LHBiRziOdRZxCGen92wFS8nhCVzY/OhziLxsu1DZw4znhCeUiGS3PGJK4cZTxKlclh8iiR31vfgsPhJolQei0+Q5K6GXhwWP1mUxmHxKZLc/akvl1OTLErDsblsrJti8b3MArgchSRRKo/FN/Fl62MdzOUdJIanVIjFD7QPw4NDLJcgPjSpQix+iFM4lx8QG5zIY/H1GWY8zEXEjflHB8RXjBl347H4kb6xPBb/sYt4OcIrmhubj/CK5rH4BDMe5RfH5YeI3CM5LL7lXRavMYEJHBY/zIXH4pvfshcvx4UkcVj8EKeKsfjl4zXYicWg3SM+XhPDUzgsPp3GwfGJKwwuPOO8NOeDTuPgrO/BYfETw1O4HCVfKxaDroZeHBY/MTyFw+J7mzMsflm8spyahPCUCrH43uYBHBY/ISwZR2YTLD6ZxsHPOpjLfYkLSeLyg1yNGRY/0D6Mw+LHBidWiMUPdgz/ehqHCrD4YS4iLu8k0jcWqhNYDNJ4FblHcrlPEd4xFWLxI7xjuHwmkXtkhVj8aP+4r6+ZFWDxY4MSvnvNpFj8+NAkDosf7Bj+W7H4gn6vhOEeCMM9ggQJEvRv1+8a7nEVNfwpwz1DO70QfnMqIWG4R5AgQYIECaqkiiGJ4h8chCj+SevyvyBhuIdo98gjFWKmd49UrzRmes+oI5XGTO8dfYRDR28j5YdbBx3E4hYbxO19Y4/xXlJau23wQSwq7yXo6G2kVHH70MNY2LxiLy1V3DHsMIc63z+O99JSxV3D1b7y0u2myP9dI9Q4LPq+sccqxPjvHqnOYdH3jj5SIZp/90h1Dou+Z9SRChHqu0eqc1j08lMJUCz67pHqHOq8PG6dYtHLe7+H5t8z6giP5h94oEIsevkY/B4WvXwM/p14/R6a/6t4JXG1deABLgbLe2l599ZBB7kY3Dv6SIVxtW3wQS6u9ow6UiGaf/uQQ9/10rjaPvQwF4O7R6pXiObfPvRwpaeH2DHsMBeDX8UVQfPvHKb2fYw/icGdw9R4jP+QQxVOD7FruFql0fy7RpTzlo/Bct7Kovn/zjWzvPd718w9o458d3qIX63SLzkpP/IqFXJSKi3hJoVo/OoRHOJ59BKGeB+/aiT6TmCY8cnrxnBY/NEEBz9+9Sj0HtuNeEdziOeRBPE+fvVo9BjF0OHjVzCsdM9RXThs97iVI9FtBPOOI95eY7piJMHMj1s5El2GdRS3xyxjCOo+Y7ti5ALmHbtiBDoNac/ay1i/fcZ3x3CyvmOWDUfHQW2/3e/EHhySfszS4RwWf/RSti19J/fC0DnEu2wYh8UfvYR5+03pjcGzGOJ7zIrhHBZ/DEGmD5jeF4MJDnzsiuEcZnwUWYfBswZgEMHXj189ksPijyJ49WHzBnH4+gmrRnBYfLptIxcNwYApDF8/ae0oDjNOt2300qHoT9DhE9eO4rD4oxbTYzoC/SbSGBzNYfFHEWz7+JUj0Wc8H68Ui09jZcKa0eg1hmHGp6wfw2HxR5BYKR+vEwi2v/fYrtwUChPWjEE3grofv4p5+03ozq3vxLVjuakZJhIUe79JPTFy4RDiHYOOBHU/gUwz0H9KLwyfz+J1wprRXAzS82vg9D4YOpch6SeuHYP2/VqL2+NWsvUdPLMfhs5hSPpJ68ZyWPyxZEqKIbMHYAiJ10nrx3JYfOodPn8QF6+T141Bq+7NxO0xxDti4WAuXievH8Nh8UeT82DUkqEYQPD1UzaO4bD49JwZs3QYN93ClA1jKozX8StHoN/EHpy3stfMKevHcFh8evwnlLtmTlk/hr9mLuSPKZ2aoSxefx8WX9DvlZCTAiEnRZAgQYL+7fpdOSl24U0h84M5Ke/zSjCmc4rwm1MJCTkpggQJEiRIUCVVXCqJ4tIfzEn5n380UHkJwz1ERpfMubFwWnJqdNkCR8qhzun4Ni33M7lqxaGjdU8ac2PWtDzVVNOGw0HTUssbOx/hykZWwmd23ZbDQeudecq+f48WV3JqdsMOByazclpaRnxX9QlXcmp2w44rkaUlnA8O6XKoc/ObdhySnJYcP1LT5/Dl5jftOCQ5LffUPmrAlaea3bDjSmRpebLOCSMOX2523ZZD6NPyZN1Txlwpq6mmDYfQp6WhemdMuNLrp1esOCQ5xaLrnTXh8OVGly04JDnFohtcMOPw5QYXzbh8DFr2bHDRDMfnMXy5/jlTPgYJFt3osgVXpq131oTLx7i1h8WrsYYlH4OnjDkkOUXzm1y14kq6dU4YcfFKy1NNNW24clrd0ywGr+94yMWryTVrLl5pXN3a/ZiLV5Nr1tyUDzonmPfOPm2uPNXkmjVX/k1j8K7qE24qCZOrVtg/jsUrjav7B3W5kv6vpocgJceP1PS42DbWsKxweojH6gYcmv9700NoHzPkppIwusxPD0HL6XVOGHFTSRhcNOOnhyClzLqnn3Jl2gbnn3E5bDQG9c6acNND6J8z5eKVlj0bXDDjp4c4Y/LdayY3PcQpYz5eyTXzq3g9+f14pdNDPDluyOWaCfrvkvAkhSguMJFHtQckiJdj/ROQFJYsbkf5xHFI6ljijfKJQ3JYirgd6RPHoaNjA4nXO4bDWUf5sffSop4jh2DxRZ7RHL46yjdevJwSkYp3r/PE7XD3KA59Hk28SWEpHBY/3C0SaQR1HuUbJ16OD05CdgbzhrpEcEjqKD/mjQ1KRBZBuoc4R+BlAkPz036jAxLwOo3tk1BnETIImp96o3zjueMS4izikOQx/ryXos3DXCKQSb1+8Zz3JdmWcPcoDvkfG8C8Mf6JSCP7U+QRza0TPaYxvvFIJvjySM8YvKJef9KvLx9Xkd58XMVx3ngkhbO4ivKO4xDwcWR9o33juRiM8o3nphKICUgk3jgklffS6Q2CiNcnlluH2ED23ou4dLzLzGXf4ReHZBLbMcSbFvMCWQSLH+Mbx8VrTAA9D17gNV133zgOk07PvdRy0y3E+MUjNSadeNk6pEQ+RwaZOiLGLw7PyXlAj2mSKI2bkiLGLx7P4yrwRqRxUx3E+MXjRTz7HhpXiWGpHEo+xjeem86CXoMSQlO5a0WMbwLSqTeQ9ZsQksIdp+hy5wXXb3AKEkKSmNcvgTsXaVzFBSYhMZR64797zUwksR3tx0+TEct5y8WrX8XxGuMXj2S6bX4JeP2CeX+1SiCBkh/8+74EwqOUykrISYGQkyJIkCBB/3b9rpwUs7CWkJGV+qG+3ucVY0qXBOE3pxIShnsECRIkSJAgQX+khJsUokjvmAqx+DGBCdx4e3ksvsVthniOD03ixtDDXHjEs9lNhnhODE/hEM9hLgyLb//YGcYaluJ2kii1Yiy+rhuHxU+OSOOw+BRJ7mzAY8aTI9K43AyKJHc18ubyWVIinnNYfG+LQPGyp6kflx+QEvGcy7fwMmNIch+LQC4/IFmUVjEW3yYED9XYOH6SKLViLL5DGJdLkhCeUjEW31nEjc3HhSTxWHw9hhkPd43gcj5iAhMqxOKLPKK4vKMov7iKsfg+MTwW3zuGx+I/YEjyaP84XNt8l/seisW3IvEaG8Rj8cNdIyrE4ieEJXM5SqHOIg6LT6dxSAxP4bD4IWQaB3stFw6LnyRK5fKOgsrFK8XiJ4lSuVyiALtQ8bKLgScfr6I0Lt/CzzpYvOxm7PP1NA4Ui18uXrWPsTypJFFqhVh8H4tALkclMTyFy6HgsPg2IVzeSUJ4CtRmVIDFd+Cx+HEhSRVi8UOcRVx+SExgAofFd9R1Ey+Hu0ZwOR/R/nFcvDpo8/F6fTuJQZ/vYPF9YqC5lUzN4BlV+alE3HgsPr1mlp9K5HvXzISwZO6aWTaNw+/D4v+VOPujL0GVkzDcA2G4R5AgQYL+7fpdwz3GoW1+ynDPzK6xwm9OJSTczgkSJEiQIEGC/kgJNylE+8YdrxAzvX/cse+izikWXXX8cR51Xh5JTVDnqhNPcF46hLR96GEsbb1J3D4w6SSHjqaP73cNV+O9k09xXvr4fvdIdSxptVHcPjTlNIeZpo9O944+gsUtK/bSEsh9Y49xGP/DU8/waH5SArl/3DEOoX5oyukKMf6q449zqPODU05ViPFXHX+cQ52rTjxRIZpfdcIJzlse409LzFXHH680ml91/HEOdV4et06x6Krjj3Oo853DKkbzl/duH3q4wnhVHX+80lj0r+L1O2h+1Ql8vNJH8tuHHOJiUHXCiXIxyGJl+9DDXAyW99LpIXYMO8zFoOr44xVOD7FzmBoXg+W9tLR213A1LgbLT/lA42rXCLXvTiVRfsoHGq97xxytEOO/Z9QRLgbLTw9A0fx7Rh2pNJp/7+gj30Xz05LdvWOOVhrNv2/ssUqj+f/ONbO893to/vLxumWA6m/F4pd8mbvnR14/Wh30vyShBJlo5MJBcNdj49AUgz1y0WAoOrLx99FLhsHuIRurHTqLeBcPQe16Icy7eChsqXc2w2CPXDQYteRridvD5jFUdNehHUBH40YsGARpWWnmnctQ0Z2HtMfnohLmnT8QNWpWJ/0y/HeXIR1Q8KmIbGc/SFWrQtrM23lIB7TswZDeg2f1hWQVKeJl291lSHs068ww3YNm9AHVEILB7zKsIxp3aEy8fVFCtnXwbNZv1xGd0LAtQ8UPntEPJcVsWymKv/uYrlBpxdDbQ2b1RynxDpnL9n2vcd2h3JzhtIfOHcj1O2wuW4e+k3pBqVk9cXv4gsEoKXH7pnfAtL6o36SuuD1y4WDYPyZess8Gz+qPOg0Vxe1Ri4fA7jHLFxhC9sPQuQOh0EBB3B69eCiXL0DjasTCQZBXYvE6Zskw2D50Yuswm+2zkUuGoLZVCOt3yTAuF4Yi3kctHgIZEq8jFjAMerfhnVBM9t/oxUMhXZvF60ji7TmyEz6RGBy9eChqyNRgXoLB7z2mK97nfeLWr5o0y0Oi2P7e47txZfujlgxFlepVmZf022dST7wlJfOjlw5DlWqexMv67T+1N16lsPLZ0cuGQuoJyxcZTrDtA6b1RXo8K08es2wYHLXY8afTTAyc3hdppFx5zLJhXKyMIP0OmtmfK70du3w47B+xWBk+n523Q+YMRHwQK/Eds3wY7B66iNvD5rG4GjZ3IKJ9Y1m/y4Zz16vh5NoxYsEghLtHEe8w2JJ+v7pmOkWwdVjK9zuMxPaoJUPhbxPCvMuGw+Y+i1d6fR29ZBhqWwVx/do8YN5frZ8Dc/ufz7KotIScFAg5KYIECRL0b9fvyknRCekE6R/MSfmQV4wF3UTCb04lJDxzEiRIkCBBggT9kRJuUohMNK25MWtaGmiqacOV0xpcMMMmMg5NS1nNb9pxpYwG559x+Q0UdW55x4ErZTS6bM58e7WgScpTre46cjhow0us5Pieqg40t7DSQOt7jhySnJZ7Pjysh6ubWCmrzX1HDklucN5UvKx1xABXNrAyQpsHTlw5rcE55tU9acyVsto8cOIQ+hTjr3fGhMPt2zxw4jDjtIzU4PwzrvTa+p4jl49DEeoGF8y4slfLOw7YRfImaMmp4SVzDrdvftOOy5ugJafGGhZciewzTRsOoU+x6E+vWHEl3SZXrbi8CVqeanLVisPtG2tYcDFIy6lNNW04fLlhuWkcaLyaXbfl8OVl8cpisHy80vJv/XOmFcarxS17Ll5p2futPXy8Wtyy5xD6NK7u7n8Cza33Oe/hqd+eHuKeqg4Xr+Y3+SkfaFw9OKTLxav5TTuu9JbG1SM1fa7s9XvTQ2gfM+SnkrhuW+H0EDonjLgybbPrttz0EDQGdU8/5WLbVNOmwukh9M+ZcrFtctWKQ+g/VmdegwtmHG7fWMOSnx6ClPQbXbbgcPvGGhYVxquxhiUXr4aXzCuMV5Nr1ly8Glww4+OVTCXxTNOGj9fzzyodr3pnTTiE/q9WcanET3kJqpyEmxQikVskh6QWebCx13DXSMQQRHmoswivkhlmWkTGaUOcRBz6OsRJxKHZIz2ixctB9mFIINjxMGc2hpsQnIRwt0hx2982hMNXhzqxnIPYgHiEubN+/WxCkCRiaPYQ4o3yiYWIrIOPZRCSI55/0xvhFQORJ/N6mwciJfqluB1M8nRCXSMR4cXGtr1M/ZEWQ7xkfDrESYRI7zjO+4Jgx0PIfghxDEeUD/N6mwVwuP1gwuoo7/UxD8AL4g11ZfszxEmEaILf97MK4vql+z7UKYLzBtiGcEjyMOp1FiGaTBcQaB+K9MTMb3pDnCMQQ7xBDuFIJ/hyOv4f4izipgAIcQxHRjL1RnJeLgYdw/GKoM7Lx2scwbqHlovXCOINdhIhnsRrONmfyWHJCCPtYCcR4kOSyXazfhJDeW+IswgJocxLtzsxLJn7bKhLBIfxp+/FhySX22cRSApnKHn6XlxwIsLdWGyHOouQKGJe2m9sQOJXx4Ii/8PIe9H+CYgg50yIswgpBONP+4n2S0CEZwznTSMYf7oOkd5xnDfUJYJD84e5RRBvLCK9mDes3HQW4aTfCM8YRHmz8zbUKYI7F2m8RnhEc/krYc4R3DWTbpvILYo7D0JdIjg0P43XMLcoxNLYdhZx8UrjLNQlgpuGIMwlEq8Jbv9X60eTZv96CaqchJwUCDkpggQJEvRv1+/KSXkY3PWn5KQs6x4q/OZUQkJ1jyBBggQJElRJlZRKouQHq3tKhGcDlZbwzIko0qdiLH5sUAKHeBa5R1aIxU8IS+bGusNdI76Lxafj1xwWX8uFw+Ini9J+Ghaf5pKUx+L7kVJAN2Mf6J5+ynkpFt/HkpUCepr6cfkhyaK0SmPxk0Sp3DgzRZL72YRwOR+J4SmVx+KHJf9+LL7nT8TikzLM6ID472LxLe+yeI0LSao8Fj885btYfNPrNuLlJFEqF6+hZKjNQduVw+Ini9IqxOI7lcPiJ0ek8Vh8exavrgZeX03j8F0sPsklSY4oh8U3ZzHo+cyfyw9JFqVVjMW3DOJyPpJEqTwW35hh8f1teSx+YnksvhHD4gc5hnO5RPGhFWPxQ8th8WODEyvG4ruVw+IHxFeMxffksfiRvrEVYvEjfWM5LH6EV/R3pxL56ppZARY/LiSp0tfMhHJTifx2LL4w3PNbJQz3QBjuESRIkKB/u37XcM+doJ4/ZbhndY9A4TenEhKGewQJEiRIkKBKqgT44eqckv9sEfRFwjMnooOTT1WImT4w+dT3kdQEM31oyunvIqkpFv3wtDMcZnrfOPaof/dIdazssFXcVpt+lkNH02GBvaOPYHm7LeK2+sxzHDqaPpLdP+4YlrXdLG4fmX2BQ5LTIQTVCSewrA3zHi3npY9vD045xWHRj829xCHJ6XDD4alnOCz6sTkXy6H5iXfaGQ6LfmT2BQ4dTksrD089w2HR1WacqxDNf3jqGQ51Xh7NT0srD005zaHOD0w6yWPRSWllea/qeH66BVpaeXAKH1d7xxzl0fyktLK8tzxun8br34nBQ1NOczH4PSz64al8vNK42jVcDSvas3g9NOU0F680VnaNUOPi9dCU0xVOD7F7pDoXg+W9dFhgz6gjXAwenFJ+egh+ygcag+WnkqBxtXfMUS4GD0w6WSGav/z0EOW9NK72jz+BRS0I8n/iScxuQJDvA8n0EBNOYiHF+I8/gdnKzLt5AOtXdeJJLrb3jj3OeSk+QXXSKSxoRrxjjnHejeW885uy2N496ihmkfPgu9fM76D5D0w+xcXrV9NDkHg9OOXUd6eH+NUq+YK1/9GXoMpJeJJCNHBaH3iXsKncB07tLV4ePL0PZBVkWHtmfxQVsJyF/lN6ipcHzegL6do1WT8z++HTR+Kd1It5p/dBdYKv7z+FoeTb9m3Nrd+Aqb1RpVpV4mX9tO3TBq16Fovb/Sb2gIQkOxH6Tmbe1r1aoVnnpuJ2n3HdUFrC7u37kvVr06slGrdvJG73HNMVn4s+E28P1m/35lBpqSxudx/RCYUfC4iX7aNW3ZtzmPmuwzvh0weGPu83mfXbtlcL1G/MMPPdR3RGwXvm7U/WoX3/1qhLMPO9xnRFIem3/2S2Dp2GtEedhgwz33t8DxR8YOtLj2m3kZ1Qp4E8W79JvTjvAOLtMaYr5OuzR7j9pvRBwUeGgB9Ijluf8T0hX495B07ri0KCix9AvP0n90ZtRVlxe/DM/igs+PxN78DpfSAjz5D0g2b1R8EnlrPQn8TD4Fl9UVO2Jmn3h6M2i9d+NF5n9kG1mtXI9/QVL3cc1I7D4g+Z3Q/Vanzb23lwe25qhiGz+akZBhBv16EdOCz+kNn9ICnFYnvgDObtNrwjcrLei9tDZ/eHpATxkn67jeyMJhk5xMvw/wA/rUPPMV3RhJS5Dp3dH6UlbKR8IPWO64aGrRtw3pLPxd/09hrXHQ1aKLFtm9UfxZ/ZPhw0nXl7T+iB+k3rEm8/fC4i/ZLrVb+JvbjzYOjs/igm5+3Aaczbf1Iv1FGW59ahqJB5B9G4mtoHCkq1K/SWv2bWVmRTKAyZPQBFhSwGB0xl/Q6d1Q+15KSJtz8ctL8dr0Nn90fNWrzXkXgF/XdJyEmBkJMiSJAgQf92/a6clGuBfVGz1o/9ff8x/zM29fQVfnMqIeFJiiBBggQJElRJlUACJfjRnBSBOFtZCQNjROY37bB1EBsDpmWvlrcduLLHp1esuDwEipm2ue/I4aCNNSy5PARaImv70JkrezTVtBYv31PV4cpe7R47c2WPJteY95GaHm7uYmWvDtouHEL/6VUr8bL2UQOu5NDxiSuH0Kdlz7onjTncvqOuG4fQp179c6YcvtxJ150rvaXIf4OLZlyJrLOuB5ffQMupjTUsuBJZRx03DqFPy6mfXrHicPv2Wi5cLgwtpza5Zs2VdNs8cOIQ+rSc+pmmzVe4fZrfQLHoZtdtcW4F85rftOPyG2jptdkNu69w+zS/gaL5LW7ZczFoco2fxoHGq9VdRw5f/lW8HubjlZaKG2tYVBivNg+cuHilcXVX9QlX9mrzwImLV1qefP+gLm6QMm2b+44cQp/GyiM1PS5ebe47cgh9Oj2E1hEDDrdvc9+RKys3uMC82seMcHUzi22ru45QnUS851iJtO7Jp7iyiXkt7zhCdQI7D/TOmHLLGgTNb3nHEXvHEtz+KRaDBufNuNi2uOWAPaPZeaB7knkNL1ngIim9Nbthh10j2Xnw5DiLV2MNK5wnsf1M0xY7h6tz2/6XTK5ac7gCU00bbB9K0fysTPuZpi1OL73GfXbrYDY9BC3TNr9pj1MEbWCsYcXl2Dw8zF9fTyyg00NYYlN/FtsPDrF4tb7niOPzKZrfgsub+dX6axbkH30JqpyEPUUUZB+Cl3EMBx1gFype9rMOgoggqX0tApBBUOcBtszrbR6ISG/iNQ/AqySGeA4izBJPUz9EEcy0nwXLiYnyiUEAYUB4PPVDLEHzU2+4WxQCCN/E1cCHQ537Em+IcwSC7Ag3Rd+LQ5L7EJZEoEMYh7531HZHYhjD7Xs/YywJf6tghFBuxmNXJBHcvvcz1q+fRSDCXBjG2/ahM1IJbt+bMlXMAjiEuv0jV6QS3D5ltfia+3Poe6cn7ngey3DgftYhxBvA4cFd9T2RRr22xGsZyHk9jL055D+dZt7Hkl9fTxNfPI9l3kCy7/2sAzlEvbeZP17QGCTr4GcVhAiCOvcx8+cw/jRefSwCOK+vuT8fr3bfi9dALl4DCbPE2zyQi9cAa7bv4/zjuRj0sQhEjB+L10DyXoxfHNf2sQxCTACLV9pPlE8cAum2WQZxWPQAm1DijUWQPe+ND2JTSdDzNNInFkEOjN3iax2MBILx9yffGe4Vw523ftbBiA9laH66P8M9ojmGkZ91MJIIbt+fHP8wtyhuugg/6yDunKHrEOocwU0X4WcdzOH2/clxCnUWIdSFxaCfTTBSo5mXcmiCnURcbPtZB3PxGkDWN9AhjItXf+tg/ppJ+g2wD+Wm1PC3DkI6iVcaV362IVwM+lkF4xVB6FOvrzXv9bcKQiZB6Av675KQkwIhJ0WQIEGC/u36XTkp5wMG/ZSclF29PITfnEpIyEkRJEiQIEGCKqmSUgmU/CgnRZgFudIShnuIonxjv4vFv7Lx52Dxn92wFS9/F4v/2JnL+UgSpXJ5EV9h8cnYfLLoO1h8fR6LnyRK5bD4/mSIwdXQi8vjSAhPqRCL72bsw+VxJIQlc7kOns/8uWWKJI8LSeKw+O4mvuw7LAK5fIu4kKQKsfgBdqF4cEiX81aIxXcK57D4sUEJ38Xi397L8oPKY8YddQhm3OPvYfE1t7Eciu9h8WMCE3CN5AeJPHksvtW9X4PFp/FaHosf8jew+MH/Xyy+oRf0z5oS73OcWsy83DQOT325PI6UiOdcvHqTePUyD+DyOJIjnuPYXBavHiRefa2DuXyLZFEajsxmuTk0XgPsQ7l8i8TwVC4/jGLxg53CcZ/kWySEJ3NeFwNP8XKoiwh3VfnYPkhyc5xIvIo8onBrr7a4HR2YANXJLLYdyDQOEd4xuLmL5RJF+sVxsW33yIW95xsLTTqNg1c0l29jfY/Fa2xQIpfzI3KPxG6Sb0OvmfGhyV/F684R6uI2jdfE8FQuXkPKxaug/y4Jwz0QhnsECRIk6N+u3zXcc9p/KGr84HDPp/zP2NfbVfjNqYSE4R5BggQJEiSokvo5syALgxiVlbCniI7MPMujzklZm9qMcxzqfP+4Y5yXlmyqzzqPBU2/gzrvy7xHZl/g0NF0VtN9Y49hVaft4vaxuZc4dDQtBVadcAKrOjLv8XmXOHQ0fXx7YPIprOy4Tdw+sUCDw5erTmCPbw9PO8Oh+U8vucIhyekwhvqs8xzq/OyyaxxmnHqPzbnIofnLe+n0AMfmXuKw6KcXX+Ew4xS3fnT2BQ6LfmL+Zc5Lh92OzL7wNW6fQ/OzsmH1Wed53P70sxXi9tVnnuO838Ptq888x+HLVSee4LxbBqhW7B1/vMJ4VZ/Jx+u+sd+J15nn+HgdfaRCNL/6rPNcvNKS3b1jjmFV553MO/si5jUh0wNMYDG4d+xxrOq0g/R7gfPuI7Pw7ht3HCtJbKvPuoB5jcn6kuGG/eNPYEWHbeXWgXhJv6qTT2FF+X6Jdw8Zdjsw5TSWk37VZp7HXLIOdBjjwJTTWE6mByjv3UnKhg9OPYNl7Zj38PRzmNOIneM7RqiLlw9NPYulbbdwberdzk0lcRZLyDlzYMppzCHn+DY6lcT0c1jS+jveIcyrNuM8Frdi55fqpJOYrcK8WwjCQW3meSwi59f+CSd4LylHVp91gZseYN/445yXIv/VZ13gMP57RvNofkH/XRKepBD1GN0Nnz+GiNu9x3Vjy2O7oYY0Q3z3Gt8D73M/svaYrpy3atUqxNsd73M/EW8X7nOSBF/ffRTrp3nXZmjetRlbv5GdUULw9d1HdRYvN+vcBE06MHx912Ed8ZmguLuN6MT67dQEDVsxfH3nQe04fD31NmnfCEpNGb6+bZ/W+JDDtrvr8I7i5UatG6BuA4aZb9m9GXKz8tj3DGkvXm7QSolDx7fo1gw5b3JZv0M6iJcbtlaGXB2G127VswVyibcHt22NIVeXedv1a43ct8Q7ku2zNt2bobYCw2t3Htwe+WR9e45ix6lDv9aQJZj5biM64f07hl/vPZYdt46D2kGGIL67j+qC97kfxO1exNtlaEfUrFWDvNcdH7i46sb6GdEZNaTZFAo9x3XnYrDn2C7c5yiSvveE7hXGa5/xPVCFxuuEHhyGvifx9h3fHVIkXul7rXu2RItiFnN9x7H3ytaPbUvbXi1R0LmJuN1vQnfQkede5Nxr37cNmnT4yHkpZp7uzw792qBRWxWyvt1QTLDtdLs79WsDlRbsPOg7oTuKChmqv9dotj87DWgLpSb1eG9B4Tf77TK4Peo3qkPWoTsKyNQMvcn532VoB9RVYedM3wk9UEDOxd5kHbqO6AhFZTnOS6eS6EP67TayM+TqsikU+o7vwU0l0Xs0W98eozpDVpHFa5+x3fGRixXWb8/RXSAjx6ZQ6DO+Bz7k0Wsbfx2sKcPitXc5b0+ybX3Gd0O1GmzKj97jenDXzB7E229Cd0hVYbMQ95nIx+uvVjEkUPyDMLYf/fz/koScFAg5KYIECRL0b9fvykk54jvqp+SkqPV1EH5zKiFhuEeQIEGCBAkS9EdKuEkhsr7nyOUWPDnOSmRtHjjh9BJWpmt2w47LLaCoc7vHzhy+3Oy6LTc1Oi1ldNRx4xD6tNTu4WE9rkTWSdedQ5Kb3bRj33/EAHf2sZJDZz0PDkluRspIdU8ac7h9FwMvDklOvXpnTTh8uauhN1em++w68xpdtuDKEz1M/Lg8BOo1uWbNIfQ9Tf248m+K/De7bosrBDPubuzDeWnZq9kNOx63r+fBIfQpbt/8ph2P23/iypWV0zJti1v2HG7f7pEzh9DXO8PKXi3vOPC4/fuOXH6L7ilW9mp9z5FD6FvedsD2IQwzTku6bR444ewyhiQvP40DjVe7R85cWbnZdVsuv4Wizu21XHByEfOaatpwSPJHaiRen7hx+HKzGywGHxzSw939OuK2g7Yrjs29TPplx/+xugHu7Gex7fDElSvpNdG0ES9rHzPiymkdtF2hNvPb00PonHyKm7u1OO/h6ayk1/gq8+qdfYbrO1jprb2WKw5OJd4rDPlvcNEcmtvZeWD32AUHprDyXyOCCjC8bIlrWx9wXtWJ7JwxvMTi1fiKNa5sZiXotg+dsW88yzUzuMimBzDRtIHGRlbSa33fGXvGsBwbfYLxf3bdDpfXs3PG6q4jdo1mOTZ6pKTb4pYDLqxh54HlHUcub0b3tAnXz/lVN7jP0lwYHVL+bfPAGWdXsPPA7IY9thLcvjaZSsL2kTNOLyHTQ1y34/JbtAiuwEHb9et4JTkrv1rFYEM+//+XoMpKuEkh8jT1w/MYhkX3MmMoefenvhxm2lXfk8OXexOvq6EPh2Z31vdERiLDQXtbMOS74xN3hHswzLQ7YSiEukbC25Rh5x203RDhxTDTboShEOQkgjfhOtg/ckG0D8OXuxqwfv1sQzmcvc09R8QQ3L6zHuvX1yIIvmR9LW/ZcZhxZ13GZvAw9oE/waQ/1bBAYjhD6Ds9YdOpu+h6IJDgy40umnNYfGcd1q+TrjuHJH96xQopkQwd7qLHts1F34NDqFvctEcy8boZ+pBlL85rfdeJ87o/ZfvI3cgLgQShbv/YlUOSe5oEEK83h1t30HZDWhTbNg9T3kv5Ic567lwMUraMm6E3xyVx1ffkkOSeZNoBV0NvLgZdDDzxMp7EoDmLVxdDH4TR6QEMvbl49bFkXmd9b4QTLLoniU+RRzS8SFy5GvpC5Em9jCUS7hnNTX3gZujL4fZpP2HukdxUDW5GvogmuH26DqGuEVy8uhr6crh9L7I/g51E8LVi8epq5IfYoETSL/E68F43Y3/EBSd/22sfxk2/4GrkxyH06TENtAvlUP1uT/24c8aLHFN/m1AOv+/+1JdD6HuZs/XzswnmWDPuT/2QEsnilV7bvC2DuKkv3Ix9kBpNYpB4Pc0COYy/m7EPnseSGCRx5WEagBAy9YXbUx8uXr2o96k/QkkMuht7cQh9b7Jtroa+XAy6GXlzCP1frb+qe370JahyEnJSIOSkCBIkSNC/Xb8rJ2W/9zjUqFX1P3/gO/qUX4RT/W2E35xKSLidEyRIkCBBgv5gff78GQcPHkTz5s1Rs2ZNtGjRAkePHuWqPUtLS6Gurg4VFRXUrFkTw4YNQ0REBNdPQUEBNm/ejLp160JGRgZTpkzB8+fPy3/dHyXhJoUo0iem0lj8cLeICrH48aFJHBY/zEVUIRY/oRwWP5Q8zrd7xGPxE8NTOMx4EMXiP3Hl8i0Sw1M4LD59TOys587lWySEp3D5C35k5mVnAw8u3yI2OJHHjJPZlV0MPLkcimj/uAqx+K4GXhwWP9I3lsfiP2XDMh4mfhwWP8ovrkIsvq9VEIfFjwlMqBCLH+gQxuX8RAfEV4jFD3MR8Vh8/7iKsfjukRwWP8InpmIsvncMrn+FGSdY/AfO3Hde28zyeEQeUdgzhnkt75J4DU6EBo1X1wjsInkG5rfINA7hKbi8vhxmfLi6uE1zn5JEqbi0lvf+pTIsPovX5Ig0XCD5CzRenfTcYUjyLZIjnnP5CwFkeM/VyBv6580476klLDfHl2Dx3U38uByKlIjnOEm83mTIxss8EE9O8Fj84yS2PckQk691CLQJQj9JlIaj8y6z7yVDTgEO4Xh0hMV2oigNR+ayfl2N2bBXsJMID0jOT3x4CtRms3PGxZDFdphrBO4eZOdBbEgSDs1g54yTHottkUcUbu0n50FQIg5OY+eMIxmmjfCO4fJ4ovzjoDr5tLhtr+XKvae5g4/tfRNYDg2N19jgJFwjsS3yjMLeceycsSDxGheaDI2NLLbDXSO4HBrz28ybKErFZZKjFuIswo6R7Lr9q1UKCZT84Kv0b5YgnzlzBjdv3sS1a9cQFRWFs2fP4ty5c7h6leXxnD17FhcvXsS1a9fg7+8PZWVljB49Gnl5DKuwbds2mJiYQE9PDx4eHsjPz8ekSZNQXPznZskIwz0QhnsECRIk6N+u3zXcs9trIqr/4HBPQX4Rzg2wrPS6Tpo0CUpKSrh3jyVOz5w5E9LS0tDS0kJpaSlUVFSwbds27N27t+w7CgqgpKSEM2fOYO3atcjJyUG9evWgpaWFuXPnAgBevnyJxo0bw8rKCmPHjv2hbfpV+qOfpPysR1yCBAkSJEjQn6bc3FzuVVBQ8E3foEGD4OjoiNjYsuTy0NBQeHh4YMKECQCApKQkZGRkYMyYMeLPVK9eHUOHDoWXV1lhQWBgIIqKijiPiooKOnXqJPb8ifqjb1J+1iOuyurY3Ascmn0bKQU9Nucihzo/MPkUh1CnpcvH513CIuqddLJCLPqJBRoc6lxtBisFVp14Amu77xa3Ty3S4FDndBjj4JRTWNttl7h9ZulVDnVOvYenncHqLgxffm75NQ63f3gqe9R7ZPYFDs1/YdV1DrdP+z2xQIND82tsuM0h9GmZ87nl1zg0/5WNd7h9f2gKW4ezy65hBcGMX1x9g8ftE4z/qUUa38Xt06GUE/Mvc7j9Ews0OC/F7R+fd4nD7R+bc5Hz0hmGj829hCWtGOJbfeY5zktnbD029zKHGT88/RxmN2D7jJZ3Hpt3GYtbMu+hqWc5L8WXn1ig8X3UOcGiH5+vwaPOJ5/ikORbh7B1OLHoKha1Yv2qzWClwKoTT2FdL4bQP7HwCha1ZN7DxHtgyhms683Q/CcXX8Wi1gT5TsqGD049i7W030VXsbAV89JhjIPTz2NNz4q9qlNYDB6edRGre7F1OL74Gha0ZnGmOpV4Z1/Cqh57xe1ji65iAel3PylHVpt9Cau6V+zdN4nFttqcy1jZbY+4fXTBFcwn+2wvKV1Wn6eBFV33cO15LZh3DyldPjJfAyu6sGuH2pzLnHcXGXY5uuAKlndm1w612ZcwtwWLh51k2oFj869gaQc2ncHhmRcwtxmL9R0jyXQWC3jvwennMbcpu9ZtI0OKxxdoYGm7bcw79SzmkmkStpHz4MTCK1jSlhynKWcwpzHz/mqVlEr8lBcANG7cGHJycuLXqVOnvvmde/fuxfz589GuXTtUrVoV3bt3x7Zt2zB//nwAQEZGWdWUkpIS9zklJSXxexkZGahWrRoUFBQq9PyJ+qOx+N7e3pg6dSomTpwIAGjWrBl0dXUREFA2VlxaWorLly/jwIEDmDFjBgDg0aNHUFJSgo6ODtauXVth399SpyEdUJDDsNidBzM0e+ehHSApxe7pug7tgNw37Eao0+D25HPtUVrCRtE6D2mPHOolyPfOg9rhcxHDdncc0Ea83KhtQzRqwxDf7fu3RcFHhuLuQL1tVNCgOQvQNr1acnj1dv1ai5dVWilDqUldcbtFt+bIy2KI93Z9mFepaV0oKjEUd+P2jZCdmUO+p4V4WUGpNmSHsW2r37gOWvdk77fq3ky8LC1bE12GMq+isjxa92gubrfuwT4nW0eW8zZoUR+tujZl69uX7QelpvW56QuadmyEty/eitsd+7cVLzdpp4IaMuyxbeuezZGdkSVudx7EjmnLLk1QvSbztu3XCu/IfqCx0qZXc1SrwU6tDgPbIuc1Q/N3IdMDtOvXClWrM8R3p0FtuekB6Dp06N8GklJsLLvzkHa8l/TbaWA7UHUd0gG5b/O/2W/XoR24eO06hI/tjgPZPus6uD0+F7Lx605D2Pc069wUjdqxWO46tCOKCJK+02Dmbd6pCVTI1Axdh3TgYrsz8bbs2hQNWrDY7jq0Az59IN5BzNu6W1Mok9juOrQDPuazv067DGbb0rp7M9QhSPquQ9pz50znQczbtmdz1FGWF7e7DenAoeO7kH3UrlcLKNSrzXnfv2PTInQh/bbv0xJydWS4/ZBPplvoTPrt0LcVZAmSvtuQ9nj/Lv/b3n5tIE2mW+g2tAPyOS/bZx37t+HOma5D2yMvm3m7EG+nQW1RlcR2l6/iiq1Dl8HtOXx916HtkUemnehCY3AIm14DALoM64Cct2RKjcE0XjuihGQpdB3aAblv//4fpf9fFUMSxT/49/1fn09LS+OGe6pXr/5Nv76+PrS1taGjo4OOHTsiJCQE27Ztg4qKCpYuXSr2SUjwuS6lpaVf/b/yqoznn9QfnZNy+vRp3Lx5E3Z2dmjTpg1CQ0MxZswYXL58GfPnz0diYiJatmyJoKAgdO/eXfy5qVOnQl5eHo8ePfpmvwUFBdxjtdzcXDRu3FjISREkSJCgf6l+V07KNs8pPyUn5fJAs0qva+PGjbFv3z5s3MieWh0/fhza2tqIjo6u1G+hk5MTRo4ciaysLO5pSteuXTFt2jQcOXIEf6L+6OGen/GI61s6deoU94itcePGv24jBAkSJEjQf41+5nBPZfXhwwduIloAkJKSEudnNm/eHMrKyrC3Z8TywsJCuLq6YsCAAQCAnj17omrVqpwnPT0dIpFI7PkT9UffpNBHXEFBQXj06BHOnz//1ROSv/uIa//+/cjJyRG/0tLSAJSVhtLcEoovd9B2wbnlrJTR6q4jl1uie5J5nXTdOYS+5R0HbO7PkOQUX+6s54GTpOzR5r6TePmxugFXTuti4MWV9NIS6SfHDXH/APO6GnpzJb2Wd5hX74wJV3rr/tSXQ+hTr8FFMw6372UWgMNT2fg7XYdnmja4uYsdmwC7UA6Lb/OAbZvtQ2dc28wy1UOcwjnMvBUpT7R54ATNLczrZx3MlYpT3L7VXUeuX/envpz36VUrzkvLyp31PTmEPsXtW99z5MrKHXXduDwUWk5r88CZw+3ba7lgJxl/NyDltHaPnHGBlKDbPnLGDrIf9Am+3OGJK85T3P4DJy5nhZbeOuq649xK5rW658TlluieYl4nPU+cXkbQ/HcdsWUwy1mhZbrOBl44vZR5rUnJqdYxYzwk5bTOBt44sZicM/fY8X9y2hT3qdfQB8cWsVwzi7vMq3v2Ge4dYqW3zgbeOLKAnV+0PFX/ogXuHNDjvGqk/NfsFoltDWvcUtXlvXOY9xnxGl+zxU1S0utk4I1Ds9i5aHqTlXSbaNrj+h42PYCTvhcOkFLhp9fZj4TZbUdo7mbnoqOeJ1SnMa+xJiv/trjrhGsE4++g44F9JMfG6CqbSsDqgTM0trJz0f6JO/ZOYuetoQabHsDmsSs0NrNSYVttN+yewPJmDAjG307bDRc3sFJhm0cu2EHQ/Hokth103HF+DZuiwuq+M7aTUmHdswzj76jrgbOrborblvecOIS+7mlT8bKzvhdOL2exbXHHEZsHM++vVgkkf8rr72jy5Mk4ceIELC0tkZycDBMTE1y8eBHTp08HUPYbuG3bNpw8eRImJiYQiURYtmwZpKWlsWDBAgCAnJwcVq5ciZ07d8LR0RHBwcFYtGgROnfujFGjRv30/fSz9EffpOzevRv79u3DvHnz0LlzZyxevBjbt28XJxcpK5eNaZd/apKZmfnV0xWq6tWro3bt2twLABx1PTkkuStBqDtquyOQYKZtHzpzWHzKM7B/5MJhpm0fOHGIZ9qv7QNnjjVhRxgagQ5hcCGIeuu7DghzY6hz20fM62cTChd9xkmwum0HkSdD6Ns/Yj8m3uaBcNVn2dxmmtaI9IoRt23us4uzh5EP3Mi2GZ5/hmiC0Kd8GLvHrvA0YbyI+wd1OcS3GZm7xeiiBYfFv779IV6lvGb9EjaH2XVb+FgyvsUjdQMkExy4Lb35eeDEsVuMLpghMYytg8Njxnxw0HaFD/E+u2aNpPA0cdtR250su8HXivFjLG7YIyWCYcadddlxcnziDh+rEHHb6q4zh/F3Jhh/xyce8LdlcWXzwAVpZHoAGisO2u4ItGesEdtHrngeQ7xGNF49EOhAYvCxK17Gk3glrA4HbXeEOLOKOHstN6QTzLi7CZluQdsdIa7M60i2O9glEq5Gvpw3jODLHcl2BzmJ4Gbsx3lFJAadDcp5yRQF9jqeiCRTPjgbsfgMsAuDB0HU2+t4Ito/jnmNqTcUXmYsrux1vRBNEPrOJO79bEI4lLyDjidiyfQQ9Pz3tQmGtyX1eiE+hGHx6XHysgiCD4krex0vJJBzxoUcf0+zQPgQ3L6DrhcSRSxeab8epoHwJ2wkex1PJJEYdDUm00MY+8OPXNscnngiJZrFtgs5Ti4GvgggMWiv44m0WHbNdCOx4qTnjSAnwtHR8cBzEoP0mDrqeSOYxKCDtjteJrLrgSs9/k88EEKmKHF44o6MZOb9b9TVq1cxa9YsbNiwAe3bt8euXbuwdu1aHDvGEpX37NmDbdu2YcOGDejVqxdevHgBOzs7yMrKij2XLl3CtGnTMGfOHAwcOBDS0tIwNzeHlJTUt772j9AfnZNSp04dHD9+HOvXs8ztU6dO4cGDB4iNjRXXhm/fvh179pRlvRcWFqJ+/fri2vDKSOCkCBIkSNC/W78rJ2W9+4yfkpNyY/BT4TenEvqjq3v+esTVpEkTdOzYEcHBwbh48SJWrFgBgH/E1bp1a7Ru3RonT57kHnEJEiRIkCBBP0v/n5ySb/UhqHL6o4d7ftYjrsoq0rtiLH5MYDksvmvFWPy4EB6LH+LMY/EpZjwhLJnD4tOhH9uHPBY/ITwFF0hOAsWMO2i7wvASGw+OD03C2WUsH8DfNkS87KjrxmHx40KSKsTiO+m6Qfc0w+LHBCZwWHwvMpOto44rh8UXeUZxOTTuJmwowOa+E+cNcxHxWHzyONrZwAOPj7D8BZFnFIfFdzVmQwPe5gFcHk+kb2yFWPwAu1AuNyfKLw4HCe+CYvFDnEW4vY95I3xioTqJMQ0cddgMz+FuERxmPMInBqqTGMOCYsYjvGNwnWDGRV7RHGbc9qELWz//+K8w4/vGs5wf6/s8kvzqlvtknSKxh7AxLEl+SHx4CjQ2sTyeUNcIjqNBczMSRWm4RHISQsnQj4OuO4yvsbyIpIjnuLCO5STQx/lOBl4wusLyIpIjXuDcWuYNJMMErsZ+MNCw4rxnVrPzy5/MOO1uFgjdiwTNH/kCp1Yxrw+ZcdjLKhg6Z9k5kxTxAseXs7wIT0t2HvjahUH7zDPifY5jS9l5605m6fV3FOHRCZbzkyBKw5FFLI/HjcyCHeQcgQfH2HkQH54KtYXsvHUhwxyhbpG4d8RI3I4NS8Hheey8dSbDPeFeMbh9mJ0z0UGJODj7srjtqM+G6UQ+sbilynJ+IgMSoErybezJjOSR/vG4sZfl20T4xGL/VJbPZktiOzYkCZo72Xkg8ozGvsksh8aKxGt8WAqubHsoboe5RWI34b5QhH6iKBUam1hsh7hEcCyXX63SnzADcqkwC3Kl9UcP9/wuCcM9ggQJEvTv1u8a7lnjOhvVfnC4pzC/CLeHGgq/OZXQHz3cI0iQIEGCBP1JKoYEiv/mBIHf6kNQ5SQ8cyI6tUiDw7jTEtNTizQ4hLrajHOcl6LOTy+5wiHUD087Uw6Lzso7zyy9isUtGaDn2JyL4uWDU05hQx+G+D63/BqH5qfDI4enncGGXgzFfX6lJofbPzKbPZJVn3kO63owZPaFVdc53D71Hpt7iUPzX153C/ObrPum9+yya1jTleH2b+x8xCH06ZDS7b1aWN+TIb51Thhx+/PEgsviZY31tzg0/7XN9zgvxfiXx+1fWH0DcxuxBGo6RHN66TWsJBj/M8uu8V4yy/HpJVc578lFVzC3MdsPdIjm1JJrWNGR7YfjCzQwtwk7FnQm2NPLNLGiE/Mem38F85qz2NkzjvV7evl1rOjE8OVH5leMRT+98gaWEyy6+jwNzCXe3RPYfji76haWE9y62hwNzGvFsOM7xxPv6ttY1pUg35ey4cdDczSweTgbij279g6WdWPxe3QJG/I4PO8qNg4j3g33sKwHK9M/QrxqC69hwzA2DHt2/X3eu5itg/ri69hA+11/H0uJV20x6/fIshvYMJwNE5zdcB9LehIvGaI5uvwm1pN1OLP+HpaQfg8tYEM0x1bcxLqhzHt67V0s7k6881mp9fGVt7B2CCt7P7XmLhZ1Y6j+g/OY98Sq21g7mHlPrr7DeVXnsvPr5KrbWD2AoORX3sKizuxYqM7S4Lyr+pEpQJbfwIKOLHb2z2DXpFOrbmFlb4ZeOLpEEws6sJjcS4Z+Tq++jZW92HarL7yG+e1YrO+ZyIZWz6y6hRXd2fqpz9PA/NbbxO1d4yuO18OzL3Ox/atVUvozWCm/bXX/9RKepBC17tkCeZkMdd2mdyv2Xq+WKCpgiO92vVvg7UuGUG/buyXppyWH7W7XuyXevMxm/fZk3lY9WuBD3ifSbiZebtBcCUpN6onbLbo1Rz7Ba7fqxrxKzeqjbkNFcbtZ56bIfcNw1RQjX79JXSh8B3XfonMT8XIdFXnUVpQWt5Wb10eLLuz9ph0aiZdr1qqBDv0Zor6GdDW0IN9brzHDlb+Mz0C7Pmw/ZGXkcNuj3Ky+eBkSEly/soq10LwTA/A168y+Q66+HNrTKQCaK6Fp+4ZsP3Rj6H3lpvUgRTDzTdo1RGbKG+btwdavUesGkJBk3hZdmuANwe237s76bdaxEcfpadW9GRcrbUistOjShEPSt+7RDG/TiZdMK9Cya1MOSd+2ZwtkpbO4akXWoU33Fij69Jl4m3P9tu7O+m3dowU+faTx2hxvX5F4JdMZtO3VEh/eF3zzvYatlLjpFtr2bIH3BB3fhqxfo1ZKqNeQUS/bdm+O/OwPxMv6bdJaGXUayDNvj+bIy37/TW/Ttg04JH3bHs25KSnakhhr1k4F8oosd61t92Z4R7xturG4at5OBbJyDF/ftkdzvHudTz7LvC06NIJMLXbOtO3ZHO9ef7vflp0ao2bN6pw3O5NNddC6KzvXWnZujGrVydQMPVpw3jbE26pzE1QhSPq2PVog6xXptxs7f1p1bQpJEttte7ZAVga7HrQi69u6e3PQ39d2PVty3tbkWLTp3hzFn1m8tu/VAlkZ75iXTIPRpkcLFJLra9teLfA2g8UgPb/a9GyJj/T62qs53pDYFvTfJSEnBUJOiiBBggT92/W7clKWOs9DtVrV/vMHvqPC/EI8Gq4n/OZUQsKTFEGCBAkSJKiSKoEESn4wp+RHP/+/JCEnhchJzx3bh7CxWVqm66TrjvMr2Ri13WNnDouvd4aV6boYeHHlv7YPnTksPsXtuxn5cLka9lou4mXtowZ4rM7KCN2NfTiEvv1jVsKne8oYj9QYDtzDxA/H5rIyQjtCnNU/Z4r7B1mZrtczfxwh+S22D5nX6LIF7qmykkMfyyCozTj3Ta/ZdVvc3c/KdEOcwnFwChtLpiW9ZjfscH07K6dNDE/Bht4s18FJl5X0Omi7cmW6QY7hUJ3I8i8sCRbd5oEz5/U2D+S8ZjcZktz2oTM0SUmv21Nf7CN5HSaEkGuv5YprW5nXxdCbyy15SkpvHZ64c5hxZwMvrpzSmODLHXU9cZmUUzrqemLnWNYvLdN1MvDGpQ2sVNhB1xM7x7J+Da6wfp2N/XBhA+vXXtcT28ayY6F/mZX0upoG4Bzx2up4YCvpV+8yWwe3Z4E4u46tgz2hyOpcsITWGVbS624ehNNrWbmyHaHT6l62xqPTxGsRjBNrmNdWl5WKG1y1w8NTzzjvsdXMa63DvIbXHXH/BO89uoqhA6yeMO/T2064e9yUbZtFMNRXsDJoS0IcNr3njDtHWVmxq3kw1JaycmWLxyxezR664pY6O8ddzIJwaPEN7n3xd2i544YaKyt2eRaIAwvZdebZfRe2nU88oHmQTCVgEgDVuSxnxeQOOxdtdb1wjZQVOxn5Yd9sdu0wJmXl9nreuLKbneOOhr7YM51dO4yvM7yCo4EPNHawaTIc9b2xazLLQzEkGH9nI19c2kLQ/Lqe2DGB5aEYEDS/s7EfzpMYtNPxwLbR7Dyg8epm4o+zBLdvq+WGLcNZDpCg/y4JNylE1necOCS5A7lIWd915LDoZtftOCw+9Vrdtue4JM+u23JYfEdyoTS/YYNAB4aktrzFLgh+NiGwJ5j8Z5rWCCZsFHPyg+ttHgh7LXahNL1iiTDCsDC/wbyeJn5wfMLW1+iSOUQEX25G5sJx0fOCE+Ek6J56yiH0Ta+ROUAeOHHeGzsfI8Y/gXzWVLz8WE0f0b4MV646/gQ+F7Ixab3T7IfG4LwFPAlj5fYebcQRJLnZTba+Frcd4EZ4EU9OGiMuOFnctrrL9q/1A2d4EIy/4UULJIQyfLntAxe2bQ9d4WXO+BYmV204JLkd+ZGyeegKH4JFN71uh2SCJLfXJt7Hbhzq/Nkte6QS1L2DDvtht33sBj+CJDe77Yg0EoNOegzNbvvIDf5kagazu854mchQ904GbH9aP3ZDIMGMW9x3RXoyy81xJqh7m8fuCHZj0y3Y6LCblADnSDgZsf1p/dgdoR4MX29NvU4RcCa4datHbgj3YtMt2OiwY+hrL4LzU7bvrR57IMI3kW2rLls/P4dwuDwL5LyRfixW7PSY19s2HG4Ei2/12APRgcnf9Hpah8Hdgp3/1loeiA5m+Hpb4vWwCIGHVSjnjQ1lsWKvz7xuZsHwJF5LLQ/EhzMkvb0BQdKbBsLbml0rrLQ8kBBJYoUcJ+enAfC2IdeVxx5IIl5HOuWHoS987cKJ1x0pBHVPvfb6PvAlMWj+wI2PQQMy5ccTT/iRGLR46Irn9DqoT7xa7ghwIteruy54mfT6m16rBy4IIl6Le87IILlkv1rFpRI/5SWochJyUiDkpAgSJEjQv12/KydlnuOin5KTojdSW/jNqYSEJymCBAkSJEiQoD9Swk0KUaRXdIVY/Gj/OA6LH+YiqhCLHxucyGPxncIrxOLHhyZxWPxgJ/Yo1ea+E4fFjw9N4rD4dJjI/rEzDC+yMf64kCScXc7Gtv1sQsTLjk9cuXyb2KAELi+GzjhcHosfG1QxFt9Z34ND3UcHxHNYfA9TOpuqF7SOGorb7iZ+ODKb8RhcyWy1rsbeeEy8Ed4xUCc5NNTrZRGIB2ps3D7KPw5qtF86Y65DOO4d0ifeeByeyfqlM/EGO4tw+wDL+Yn0j8fBmaxfihkP94jCLVXmjfCNwwHqJTNbi3zicJN4Rd6xUJ1Bcol0CZI8MBHX9zNvuFcs9s+8LG5bkyHHmNAUXNvH8o7CPWOwl3gtydBgvCgNV/Ywb6h7NPYQjob5I5ZDkRDxAhq7mTeEDBPaG/jA+DbLi0iMeIlLO1muQ5AbmRHZ2B9GtxiaPzHyJc7vYPlMAa5s+MnFLAgGN9i5mBSVjrPbWF6EH8Htu1mFQk/TgfOe3sLQ7D5kmMDTPhy6V3nviU3M60VmkfZxjMATDXbeJkam4/gGlm/hbsPOW3+XSDy+yPKDEiJe4ug6kvtEhneC3KLw8Bw7x+NEz6FO8m1czdkQU4hHDO6fNhe3Y8JToUZyaJwJbj/cOw53SL5NVEgyDi1l1yRHMtQm8kvArSPsvI0ITOTyYhzIEE5kYCJuHGbnosg3Hqpz2LWD5hJFhyRDk4vXGOyfdVnctiYxGBeWgqu7WKyEuUdhD2GuWJCh14TwNGhseyxuB7tEYNckhtv/1SrBjzJSfjzx9n9JwnAPhOEeQYIECfq363cN98x2XIKqMj823FP0vhCGIx8LvzmVkFCCLEiQIEGCBFVSwizIv1fCcA/RmWWaHMZ93ziG1z63/BpWdmCo8GNzLnJeOkx0boUmlrfbIm4fmX0Bcxsy7+5RDG19YZUmlrVlSGc6lHJ42hlsGcBKly+uvsHh9ik6Xn3mOWzqx7yX197EklYMt398PvMenX0BG/synPbldbc43D4dojk+7xJXGnx53S0sqgDNf2zuJQ7Nf26FJha3pNMDsEeyC1tswMGprBxRdfIZbCDrr06GaM4s18T6Pmx9NTbdx8JWbP+qz2Hbdn7NbaztQ/bDpvtY2HabuK02j+3f82vvYG2/g+L2xQ33sLD9DuJlj7HPb7iPtQQzfm7DfSzszNDcFHV+YeNDrB2sLm6f3XCfw5dThPqFLY+xZghBqG94gEW92DqpksfuF7ZrY/UwhnE/ueEBFvU+RLxsKPDCDh2sHsZKOI+vf4CFfdn671/EvJf26GL1SFaefGzDIyzsd4R4WantpX36WDWKHbdT29gQjfq6h9g+m23bpf0GWEm8J4n3yIZH2Ea9qgZYOZqVtp/YyrxHN2phK+c1xIoxzHuceI9t0cYW4r2oaoDlo1ncHd/CholObNXB5lnkuKkaYPko5j1Khn5ObNPBxhlXOO+ykWzbjmxkww8nt+ty3vP7DLCUeNXWPRQvn96uiw1TWUye26OPJcPYsVBby4aJTu/QxYbJl8Xtszt1sWQIO8aHV7HS8LM7dLBuAjs3z2zXweJB7Hp2aAUbuj67/QnWjmHrd3qzFhb3Z8f/ICm1PrdVG2tJrJzc8ACL+rBpPrgY3MbH64k197CoJ4ltMkx0YctjrB6kLm4fX3UbC7uyc2Y/KZ++uPkRVvVj33ls2Q0s7MSuO4L+uyQ8SSFq1kEFOS8ZOrpJe4Z8b9KhEfJzGOK7WcdGSE9mJZ1NOzDMdNOOjZFPsN3NOjTCq6RM7rN/qXH7xniXyZDZTdupiJfrNaoDRWV5cbtRu4bIevWOfbYt89ZVUYRcnVridoNWymj8gqGiG7dpIF6uo6KAWvIEdd+iPhq3Y+j4RsSroCyPmrUYtlu5eX00Id/bmKxv/SZ1UJNkvTfv0hSv0xg6nmLblx+dC28y3j5ywUAYXrBg+4Gg7BUbKEJSit1P12uoiEatlb+5vnL1aqMlwfbXa6QIlRZK39wPdRsqoKS4RNxu0LweGiSxaQgat2VepSZ1UFRYxL6zlRLSk1mJZBPibdCiHgqJt3FrZaSTEsnGbdi6N2xZH58+Msx8kzYNkEH2WVPibdxKGR/y2RQKzdo0QEZa1je9Tdoo4X0ei9fm7VTw6jnDjDch+69xa2XkECR98zbKXL9NWtcny0p495bENulHqaE8FOrW4rxZBAfftJUS8SpAXoHFYNPWynibmf9Nr3JjBcjK1eC27TXBwVNvg8aKkCEx2LSNMt5kkHO6JfE2UUQNGXYJbNpaGa/TGeK9SWvmVWlaB9VrEG8rJWS+eEc+y7wNm9VBlaqS3HuvXmR/09uoeV1IkD8Vm7ZWwqvnZN+TbWvcvB5ARuebtVHmvfSYtqyPz59ZbDdtrYSM5yyuaL9NWimhiJT/N2vXABn02kHWt0kbZXz6xJD0zduq4FUa2bY2/LlG47V5exV+fduxc6ZpOxXk5b4n3obISCXrS87bpu0bIvddPvE2Qkbq78Pil5RKoqT0x/6+/9HP/y9JyEmBkJMiSJAgQf92/a6clKl2K35KTsqzMfeF35xKSLidEyRIkCBBggT9kRJuUohcDb04LL7hJVbS62LgxZX/Ouq6cVh8gwsExW3sg3PL2bi4o44bh8XXP8vw2p6mfji9hI3NUhy8zgkjaB9j5X5ez/xxahEbm3XUYaWhemdMOIS+t3kATpA8FMcnzGtwwYxD6PtYBHK5JRTNb6xhwSH0fSwCoT6LlQZS3P7TK1a4q8q8HiZ+UJtJyggJivuRugHu7Ccobh13HCZlupb3WHmq5X1nrvzX1zYUh2azbbMmJbK2T9xx6yArK/a1C8MBMp5tRbz2el64QTDjXjah3HT3FgRf7mjgyyHJ3a1CsG8Oy2d4RrxOTwNw7QDzulmGYO88Fg8mD5jX2SwYVw6wY+xiEYLd81geivF95nWxCoUG8Tqbh2DnvOvf9LrZhOOSKvM6mYdg+3xW6m54j3k9HES4QLyOZsHYSvo1IF5PRxHOqrJtc7Jg5bS6t52hTUqFvZwicXof8zqah4iX9e+5QkuTeJ0jcXIv8zqYsaFAg0fueFzOe2wXiwc7U1Yyb6TliQdXmdfTKRLqO1hM2pgwr4muN+5p2HNetW3Ma23MSnrN9Hxw9zIjG3s4RuDwZpYLY2XkL162MPDD7Qs2xCvCwQ0sZ8WSUGStDf1x8ywrQXZ3EEGV5KyYUyrr0wBcP8WGRN1sw7F/FUPJPyNEXwfTIGgeZdckV5tw7FvGypVNtVipsOOzIFxVI9N6WIRgz0IWKyYP2TXJ2SyYj0GzYOyaQ+KVoPldzINxeS87Ts4mgdg5g52LRuR64G4VgoukBN3J2B/bprBrkqEmOU7WobiwmZV/Oxr4YOt4llPzq/XX3D0/+hJUOQk3KUTPNG04LL7tXfZDaXbdBj4W5GJ43oLD4tveZyenyVUr+FmFiNsG58w5LL4t+UEzvmyBQFvGO3lK5rPwMg+ENfmxNrxojiCCpH5K5lTxMPGDzQPmNThvhhAnxnkwvkTmvjD0hg3hDuieNkEY4VI81WBeZ11P2D3ivSLCuzAh89C46HvBgSDfTa9ZcQh9W4L4T4p4AVeCr3cx8kOUH8OiW5L9af/EAy4Eza19+hliAhkW/RnhbVg9dIeLMfvB0D5rjrgwhro3Jz+4VloecCcIdb1L1kgQMXy9xUMy1cETL3hYhIjbhpoOSIpm6HBrbS/i9YQn4WYY3XJCciyLFRs9gvh+4gVvB8buML7rilSCr7czZNtiqe0FHye2743uueI5yYuxM2LbYv7EC35ubN8bP3THSzLGb0d+rJ9pecHPnU1RYPzIE+kkf8XuGbthMNX2RqAnO07PdBl3xtctBrbkhsHkiTeCfcqOU3FxCUx0PJGT/R6ZGTlwtRXB6mkAYiJeQBScgsc3neHvGQcv5yi42ImgddsZNqaBsDDyh4WBP0z1fWHwyAO6991w87wN/D3j8EDTAfeu2OP+NQfcvmSLWxdtYKzlBVM9H9w4Z4Ub56ygedYKgd7xuHHeGrcu2uC+pj3uatjh/lV7GD32grmhH3TuukL/oTtuX7JFiH8CrJ4GwN4iBLr33ODlEo1A73hYGgfA/lkw0pLf4PWrHBg99ERUGMPiWxiyGw9n61C4WJPz9LEXYiMZ6t6SHFMHy2C42ZDz9KEH4qPYNchSn/Vr9ywQ7gRf//ShBxJIDNros35tjf3hQeLq6X03JMW++qbXRt8XXva8NyX+214rXW/4OBLvXVekcfHK0PyWWh7wJV6jO854Tr3kPDC/7wp/wrAxvuWI9KQ3xMvi7NltJ/g7RXJemr/yq/XDjJSfUB30vyQhJwVCToogQQBQWlqKosLP+PC+AB/eF+LD+wJ8/FCAjx8K8eFDIT59Wf74sRCf/vr3YxE+kX8LPhVxr0+filBY8BmfPxf/05v3S1S9elVI16oOaZnqkJGtAVnZGqhVuyZqydaAnLw0astLQ05eBnIK0pCvUwsKijKQk5eGVBWpf3rV/+v0u3JSJtqu+ik5KZZj7wq/OZWQUN0jSNB/gQoLivDhfQHe5xeU/Zv3qezf92Xtj1/+/ev1Pr8A7/M/sc98+dzvuJmoUkUK1apXQdVqVVCtWhVUrSYlXq5SVQpVq0qhShUpVKkqhSpVJFGlqhSkpCRRpYoUpKpIQlJKElJSkpCSlICklCQkJCQgKSUBCUhAQlICEuX+SC0tLftPaWnZjVhxcQlKSkpRUlKC4s8lKC7+8vpcgqKiYhQVfUZRYTGKCj+jsOAzCgrKbrQKPpXdiH38UIjiL1VhBQVFKCgoQvbb/K83tAJJSEhAQVEGderXRp16sqhbvzbqK8uhnpIc6jWQg1IDedSpJwspKeFB958ogZPyeyXcpBBFeETB9LItztiV1eBb33PE+JUjAQCRvrFw1HLF5murAQChziJoHzfCOUd1AGVY/ElrRgEow8Hb3nPE1htrAZRh8bWOGeGCcxl7wOymHaasGwOgDDNvccMOO+6sBwAEO4aj+8jOAACru474+P4jZm6dBKAMdW92zRo775ZxSgLsw9BrdBcAgO1DZ+Rm5WH2jill/QYnwvSKNfY8KGOl+NmEoM+4bgAAB21XZKVnY87uaQCAmMAEmFy2xD6tMvaIt0Ug+k/qCaAs9yYz+Q3m75/xZX0TYXjRAge0y7xe5oEYMLnM62rkjRex6VigWuaND02G3jkzHPzi9bQIxMAv/XpbhSAhNAmL9k8HACSKnkPnvBkOPizbNnfzIAye3KPsO6xDkRCWgsV7y7YtOiQZhldsceh+2f51Mw/GkMndy/q1D0dMUDKW7Z0MoAwHbnDNHmp3y46bq1kwhk4p8wa4RCLMLwkr9kwsO8YhKdDXdMCROysBlI23D//iDfaMRaBnHFZ98UaEpEDvhhOO3Vpetp+eBWPk1DJvmF8CvF1isHbPBACAKDgZurdccOLmsrL9/ywIo6aWbZsoKBkeDhFYtX0c8vM+ItA7Hs90fLB4w0jk5X6Ev0csmrSsj/d5n5CW8gapCZlQbqiI/PxPyHqdh3dZ+ZCQkEBR0c+9uZCUlIC8Yi1Iy1RDQcFnNGiogJrS1fD5cwlepb9D7wGtUKNmNWS9zUPL1sqoXqMqYiJf4nNxCUaM7YzqNaoiMyMXro4irN8+DtWrV0FEWCr6DmoLKSlJOFiFIftdPmYvGAAAiI95had6XtijVhYPft5x6NO/NQDAyV6E169yMHfRwDJv7CsYPPGE6pGyOPPxiEG/QW0BAC6OEUh/noX5SwcDABJiX0FP2wMHjs4EAHi6RWPgkHYAADfnCKQlvcHCFUPF66D72A1HziwAAHi4RmLQ0A5ln3ONQmLcKyxeNQwAEBn+AroPXbFxx3h8+FAAb7dotGzdAHm5HyEKScHzlLdo3koJue8+IP1FNp4nv0G16lWQk/0BpaWlyHqbj6y3+Yhjo3ecqlaVQv0G8qhWvQq69GiGhk3r4NOHArzKyMXmfRMhISGBKNFz6Nx2xbErC8v2k1UYRkwoux6E+iXA1yMOa3aMAwBEhKVC96Yzjl9fCqAs72jkl9gOD0iCl2Mk1u79EtvBKdC57ogTd1YAABxMAjFqes8v7yXDzTIU6w9OBQCIAhKhc80BJx+WcaBsDf0wdnYfAEBUaAqcngZg45GyfR/uEw+daw44pb0OAGCt64Xx88uOf0xYKuz0fLD55Jyy9feIwRMNO5w1LGNIWWi5Y9LismMaJ0qDlZYHtp6ZDwAIdo2EzhV7HHqw/Ns78ydLuEn5vRKGeyAM9wj6eSotLcWH9wXIffcBOe8+iP/Ny/nSzvmIvJyPyMv5gLzcL8u5H/HxQ+F/7rwSkpYpG3qQrlUd0tLVIVOLtGWqo6Z0dUjLVINMrRrsJVv2/2XEnmqQlBT+iv8VKi4uQU72e7x9nYe3r/PwJjMXbzJz8TojB69f5SIz/R0yM3LET2q+JWmZ6mjasj6atqiHFq2V0LJtA7RoowxpmeoVfuZ/Qb9ruGes9ZqfMtxjO/628JtTCQlPUgQJ+g8qLi7Bu6z3yH6bj+ysfGS/Kfv3XdZ75GS/L3sv633ZDUn2+x96qiEtUx2ycjUhK1sTtWrX+JLnUBMysjVQS7YGZGpVR63aNb/cYJTlQfy1XFO6ujBE8IdLSkoSinVloVhXFq3bf9tTXFyCN5m5SH+ejZdpb/EyLQtpKW/wPPkt0p9n4cP7AkSFpSEqLE38GQkJCTRsooi2HRuibadGaNepEVq0UULVqsIl/mdLeJLyeyVc0Ygurr6JBU3XidsHJ58UL19YdR2rOzNk+smFGpjfhHlVJzI89aU1N7Cq03Zx+8T8y5jXeC3zjmeo6MvrbmFlx23i9pmlrKxVfeY57BjG8M8a629xaH46c/GR2Re48mmN9bc4ND8tXT4+7xK2DmJ46isb7nBo/pOLWL8nFmpgy0Di3Xwfy9qzbTu1lJXWnll1E1uGqYvbmru0sawrw1WfXM1mYb2w+RG2jGNlg5oHDLC8P/vsiY0PxcsX9+hh85TL4vY1tadYNpyhuY8T3PqFA0bYOJuVRGocMcESglA/ul0XJSUleJf9Hurbn2DZlMtwsQ3HMz0fbJh/HVMHn8DR3XrYtfo+pg0+gTmjzmJSv6NYMO48Ni68iYObtXHhiCnuX3XA0yfecLQKQ6BPAhJjM/AmM1d8gyIhIQGlBvJo3V4FivVkUV26GqbM7YNFa4ahSRtl7D0+E8evLkLfEe2g0loJho57YeWnhr5jOuJzjSrQ1FmHMzeXoUBSAtsPT8Wa7WPx8m0ezG3DMHJCV/Qb0hbmliE4oGoIpQbyqCVbE4dIaeiFc5ZYtZyVnB4/Zoq5BBe/fy8r0754wQoryWy6x46aYO4c5t27h5WRXrxojRXL2XE8dZKV6R9WM8a27exYXLxkg2VkHU6cYCWxamrG2LKVIeovXrTG0mWs3+NkBl919afYsoX3LiEz+h4j3qNHTLB502POu3QJw7ofO8pKbY8dM8XGjayU9eJ5KyxZxEpvj6izmYGPHzXBxvUPxe0L5yyxeAEr0z5ymHlPHjPFBoKzv3DGAovnsphUJ8fp9BFTbCA4+/MnzLBsriaUGsijW+/m8PVLxKqtY3Dk4gK07doYTdsq45b+Buw/NRvN2iihWo2qqFNPFqWlpXie8haOVmG4ftYKW5bcxuT+x7B7zQNo3XLG/o2PsGgSm+5CbTsr/7+g9hTr57JtOXfACIvHMXSA2mY2PcClw8ZYP5NdH87uM8DikWwqAYr81zhghPUE439mhy6WDGXX1EOr2GzPGvsNsHYsO09Pb+HR/IdIbGjs0+fQ/Kc2POTQ/L9apfjxMuT/+eGLvyHhNptIuXldZCayUjblZgwHrtJCCe8IirtBi/pIi37xTa9yCyW8SX9HvEpIi2FepebE27w+MtNYqZ1SM4ZlV1CS4/D19ZvWg1LTetxnxd56tSFN8PX1m9aDMumrflPmla9XG9VrVhW36zVW5Pqt34Qty9etjSpVWSVCvYYKUGpal3y2jni5lkItNGzF0NyKSrWh3JS9X09FUbwsI18TjVrw61+/EXu/fgN51m/tmmhMvXVro56K/Ffe4uISVKleBbXlpeHpFIW3b3KRmvIWBcXFOLBZC9lv8/E85S0m9jvG4fBPqRqBypOU+f41DCMhAVSpWgWNm9WFQp1ayH6bh+x3HzBzfn/IK8rAwzUaC5cPhpyCDCxNA5GalgX1k7MBAI/vusDPJwEbv+Sz5H4sxIjxZbkDMTHpkKgihdpfjrNyAzmkprBj3oBsZwMVeeTkfODaaSkkXhvw3qwshhlXUZFHGkGHK3P9KuDNmzzeS7D4DRrIkWV5DkmvTN6ro1gLMjIMX6/SQB4ZGe++uX516tZGzZosXhs0kMfL9G9769arjWrVq3LeFy+JV4msQ11ZVKkiyXtJObWSkgLrt64sJEmWbYOG/HYrN2DeevVqUyI9VFTkkUr3J5m+on59ORQTJL1KQ3mkkuPUgPRbX1kORSRZWaWRAtJS6TFlXiVlORQUFKFZKyU0a6WEl8/fwtcrHhp3V+JdVj4un7JAq9ZKiBa9QGhAEgoLPiMsMBlhgckAymJ4/4bH6NGvJWpKV0NpaSkkJCSgrKKAvDw2NUODRopITWKl7UoqbB2UVRSQk/2ReOsgNYF4G5Fta6iALDKFgnITRaSR6UGUG5Jta1QHWa/J9bVJHa60WYlcGxo0ros36eyYKjepgzRSMv2rJTxJ+b0SclIg5KT8W1RSUoI3mXl4mfoWGS+zkfHyHTJeZONV+ju8zsjF2zd53M3Hf1JtOWnIK8pAXlEGcgoykFcoa/9VNlpbXhpyCtKQk5eGvIKMUDYq6F+j0tJSpCW/QXhQMsKDUhAWmIy3ZB4lAKinJId+Q9qg35B26NKrGapV+3f/zfq7clJGWK5DlR/M//n8vgBOE28KvzmV0L87KgX916mkpATZb/PxOiMXmRk5SE3KRHJ8JtKS3+Dl8ywUFnz+7uclpSShWLcW6tarjTr1y8b+69SThWKdWlCsKwt5RRko1q0FOXkZ7gmRIEH/TZKQkECT5vXQpHk9TJzZW3zTEugdjyCfBIQGJOP1qxyYG/rD3NAf0jLV0X9oWwwZ3Qk9+7cUclm+I+FJyu+VkJNC5P7Ul8vrMNYguGpjH1xczcarXQy8OCy+0WVz8bLXM3+cX8nGoJ11PTgsPkXo+1gEcnkoLgae4mXdU8bQOcGGInwsg7g8FGd9hrbWP2fKIfR9rYI4LL6zHqOnGl4y5xD6fjbBODaXeZ10mffpNRs8Il5/+zAcXcDWwdGAkVYtHrri0Sm2bSEeMThCxp2dv6DOiz8XQ+eWMw5v0Yb2bWecVzPB+vk3MHnAMUzqdwwLxl3A1mV3cGKfAbRuucDdMRLJCZkoLPgMKSlJ1K1fG7UVZTBpVm+s3DIaE+b0weWHq/DEeie2qE3D4IndoPFoNQ6fm4feQ9siNPolxk7tgd4DWyM2IRN16pUNYdnZh0PzuoN4/by847BrH8u/MLMMES/bO4qgocm87l6x2E68JuaMtOroHIHLBOPt6hmDrfsYbt3YjJFhnVwjceGaHdtHHtHYTLxGxOvsEY3z12y59oa9LLfAwJRh3N28Y3H6CiMSO7pFYv1uli+i95SRTD1843CSUIYdXCKwdhfLAdE1ZhRRT794HL/EzgtHV0YJ1Tb0wWMSD17+8Thynp0XDi7Mq2vsiwe6nsSbALWzLL/F3pl59U38cV+HxbqXXzwOn2ZxZkfIyobPAnBXi1GPvf3icfA4y0OxcWTEVmOzINx+6ML69Y3HAZKHYkXors8sgnHrnjPxxmH/YXa+WdkwarSFVQhu3GYUZE+vWOxTZTlAFiSurK3DcJ0g/z09YrgcIHMzFld2NuHQvErw8G7R2ENyS8yeslhxtA3HtUuMBu3pGo2r520wfUF/HLuyCEs3jcSRSwswYUZPyMjWwIf3BXC0CoPadh3MHnEGC8afR/KXIRRTQoZ1sRNB4xg7Tm72IuxcfkfcfqrNjqmHgwiXD7N972oTjp0LWX4QncbBy0GES/vZdcbFIgTbZrHrovEdF/Gyj6MIF3axc8TZNBBbp7J8m18tgTj7eyXcpBAZXTDjsPiWN9mPh9ElC3iTH4wnx405LL7lTXbx0D/3DD7kR0vn5FMOi291m12UdE+bwN86RNw2IBdqdxN/mJF+dU8aI8CWzZVicI55XQ19YHGLeZ8cN0IwuSDrk35d9LxgdZf94GodNUKoC7vQG1xg84M46XjAmiD0tU48RbhntLhtSOYzsdXxgi3BpN85YYbIgCQUfCpCoHc8rp+1wq7V9zF96Ck8uu0CX884aN1ygb1FCBJjM1BY8BnFxSViWFf7Lo0xZkp31FGuDWmFmnhguhXmXgdRq74sSqtWweb9kzBn6SCEidLQvnNj1K1fGxZmQXB0YNvy4L4bYgkO3Jj84D4zC4aTM8NrP9TyRHwCGwd/aspw4CbmwXBxZ7kqj594IZGM29ObFGOLYLh4MiS9lq43kpJZ3pGpJZlewTwIbmTqAG0DH6SksZwEUyuGpDc0C4K7D8PXaxn44PkLlhfxzIZ59UwD4OWfQLy+eEHG8c3tWBzpPPWHjz+bZkDLyBfpJJfE3J79AD8x9oNfYJK4rWvCzgk3nzg8I7GsbeSHwBA2JYEeuYly9oqFOYllbSNfBBPMvD7xOrlHw5JMHaFt6IuQ8LRveh1doribCy0DH4RFsHwwAzJlgoNzJGwIOl5bzwcigqQ3MiGYeQcRbKlX1weRBElvZMJu+qxsw2FPvE90vBFDpkV4+pRMdWARDCdyk/VE2xtxJF5NidfCLAgujixenzz2RAK5rpgRr9nTALiS3CqdB+5IJjke1mZB6DekLbYemIJGLetDWq4mps3rC8U6tfDxQyHeZuZh7dzr2Lb8LvTvu6PgU1HZ+uh4w9OZnf+6t12QRvD1VgZsHZ4+9IA38erdcMJzch5YE6/xHVf4OLP11bvuiPRU4iXXFcMbTvAj562epgMy0n4fFl/Q91VUVIS0tDTExMQgKyvrP3/gP0jISYGQk/IrlJf7EQ4WIfD1iIUoOBVFhfwwjUytGmjVrgEaNFKAckMFKKsooH4DOdRXloNinVpC/ocgQf+Aij8XI8g3EdamgfB2jRHneMnJS2PirN6YPLs3FOvK/sNr+W39rpyUQWYbf0pOiscUzf+a35z8/Hw8efIEurq68PPzQ0EBS8Ru1KgRxowZgzVr1qB3795/u29h4FHQT9ObzFz4uMUgKiwN7g6RKCgoEr9XV6k2evRtiU7dm6J950Zo1LSOAAwTJOgPk1QVKfQe2Bq9B7bG29d5sDcPhqVxADIzcqBz1xWGjzwwfHwXLFw1lKvO+V9SaakESn9wuOZHP/8n6dKlSzhx4gSaNWuGKVOmYN++fWjYsCFq1qyJrKwsiEQiuLu7Y/To0ejXrx+uXr2K1q1bV7p/4UkK2B2yp4U3nmnYfROLH+EVDccn7tiiWYZXD3EKx5MTxt/E4kf5xcHugZMYix/kGI4nx7+NxY/2j4PVbQcxFj/QIQw9R5WVp1redsCnjwWYubWsdDU6IB6WN+3EWHx/2xD0HtsNAGBz3wl5OfmYvX2K2Gt2zQZ7Hm4CAPhZB6PP+DIMtv1jZ2S/yhFj8aMD4mF6xQb7Hpd5fayC0W9CmddR1wOvX2Rh3q4v/QYnwfSGA/bdLtsPXvbh6NqvNfQfusNY2wufSellg8aKqClbHfuPzkTjZnXh4haF/v1aI+nFW+iaByA77wN6dW2GKlKSeJGejYjYdEwd2w2SEkBMfAbat26AktJSRMWl4/W7fPTv3hLFJSV4kfEOQaJUjB7cHp+LSxCfkommDeuguLgEKenZeJOdh46tVMqgWNnvEZvyCj07NkVpaSlevMqGcl05lJSW4nVWPrJzP6Bl47ooKS1FTt4npGa8RadWKgCAzLd5qF+n7K/G7NwPyM79iJaNy8qv8/I/ITk9C93aNoKEBJDxJhcq9eUgKSGBrJwPeJ2dj06tGkBSUgLZOR8Qk5KJIT1bQVJSAikvstC6aT1ISUni9dt8pGRkYXCPlpCSkkTG61z4R6Ri3vieqCIpgfC4l+jdqSmqVpHC8/RshMW/wNxxPVG1ihTiU1/D0lWEw+snoFoVKTj6x2LKkE6oVrUKYpJfwc4rGntWlMWkvygFD0x9cf1gGXb8qWMoZozsWhbb8Rkwdw7HvtWjAQC+4cl4ZOKL64fnAgCM7YMxc3RZPEQmvoKpQyhU14wRe/t2bgYAeOYUjo+fCjFvQhlCPSrxFYxtg3FwfRma3Ts0Ef27tiiLbWcRcvI+YsGUsr+sohJewdA6EIc3lU0l4BmcgIHdWwIAbF0j8PptPhbN6FsWgwmvoG8RALUv54V7QBwG9yq76Dm4ReDl6zwsmdlP7NU188OR7WXTJLj5xmJI3zYAAGfPaKS8yMKyOWVo9uj4V9Ax8cHR3WXId1fvGAztX4bbd/WKQULqa6yYN6hsfeNe4YmRF45/mdbBxSMKwwaV0dncfWIRE5+BVYuGlHljM6Bt4IkTB8vw8M5ukRg+pAy37+0Xj/DIF1izrAzNHxmdDm1dT5w8Mqvs/HOOwMjhHcuOYUAigoJTsHb18LLjFvECT5544uQXlLyjowgjR3YCAAQFJsLPNwnrNpRdv0ThadDR8sTJs/MAAPbW4Rg9vmz6jdCgZHh5xGH9lrLjHx6aAt0Hnjh5uWx6ABvTIEjLVMdTHW8xQK5KFSlMmt0bXXs1g5mBH05/we3bmARi3F8I/dAUuFiGYaNq2b4P9UuA7m1nnL67qiwGDHwxcU7ZMY0MS4WjcQA2f5nqINgzFro3nXFWq+waaqHrhUl/IfTD02Cj64OtX0r8A12joHfDCYduL/4tT1IGPtv0U56keE699l/xJGX27Nk4fPgwOnfu/F3fp0+fcP/+fVSrVg2rVq2qdP/CTQqE4Z7/r4o/F8PMwA86d92Q+4Xf0bZjQ3Tv2wLtujdBUQ1JpKa/w8vXOXj5OgfPM9/h+at3ECLu90hKUgLVqlZBtapSqFa1CqpXq4Ia1aqg+pfl6tWqoEb1qqhR7t+af71qsGXpGtUgXaMaataoCpka1SBTsxqqV6sCifKz+Qn6r1ZUeBoe3XBCsG9ZDpO0THXMWz4Y0xf2/8dLmH/XcE//Z5t/yk2K99Srwm9OJSTcpEC4Sfn/6NPHQpzYZwg/j1gAQJPm9TBibi8k5OQiLPYFUkiSZnkpyNZEy8Z10aBubZSUAsUlJfj8uQTFJSVls9R+maFWPKstyia8k5SQEM9+KyVZllwrSZar/DUzruRf/79sWUpSomym3C99SEqU9SspUTZjroTElxl0JYCvptAtr79m00Xpl5ut0rIZdf+aaRf40i5BScmXWXe57foyC29pKT4Xl6CkpOTLv2Xtz8XFKC4uxefi4i/tsn1T9m8xioqL8flzCYqKi8tm7P1cgqLPn1FYVIyiz8UoLvl9p7OUpASka1RDLenqkKlZDTI1q6OWdDXISldHLenqkJWugVrS1VFbpjpkZWqgdq0aqP3lX7laNVCjWtX//CWC/kgF+iTg/hV7xMeUJQ+rNFbE+l3j0WdQm39snX7XTUpf0y0/5SbFd9qV/5nfnKioKEycOBGJiYn/2VxOQlIAkcaG21jUYoO4rTb9LPfeuh67xe2zy65hYXPmPTz1tHj5yoY7WNudeU8vuYKFzdaL2wenMKTz1U13sbbbLnH7wiqGpz46+wL2jj7CeVd32Slun1vBypyPzb2E3SPVxe1rm+9xaP6zy5n3xAIN7BrJ+r225T5WkX7PrmJlgmfW3MHuSWw/aKqbYNXoM1DbrgM/j1hISkpg076J6DWvOy5ZeOGpvwjxudkokgaq1qmK0rpSGDC0FcZN7ATl7nUwYU5XNB+kgmCpt9DPiEZyjXxIN5dBkbIU3N8/x/FNE3F++1TUaFQTF3ZOw/ntUyHdSAapEu9xastkHN84EdWVasD37UscWDUG+1eMxhupT9i5eDi2LhiKzNJP8EpPw7pZA7F6xgC8KHwPI1EElk7ug8UTeyPkdQbmj++JeWN7QPT2NZ5FRGPWqG6YOaorwl+/xn2PAMwY0QUzRnSBV3KKeDn01Ss8DY7AjJFdMXNUV4hev8ZjzyDMHt0dc8f2QMDzF5g/vicWjO+J+Jxs2EbGY9mUPlg+tS/S3ufBLCQK62YNxIY5g5Cc9w5bFwzFzsXD8alqKcJfvcaBVWOgtnYcJGWrIizzFc5um4qLO6ejSu0quK46G7cPzUXLtkoorikJ3dNLYXRuBbp1awLJ2lKwv7kRrve2oF/fFvB8uA0udzZj/MiOaNKiDp5eWAHd00vRv1dzyNeTxpU9M3Fu+1S0aVUfh1aPxe6lI9CxbQMoKMpg8cRemDWqK1SU5FC9RhUM6Noc3ds2hIx0NTRRVkBdeRlUIXMDFZeUIu9DAdLf5CI+7Q1CY1/AMyQJNl7RMHIIxQMzX1zVc8OJe/bYd8UcG04aYtEBLUzZegdDV15FvyWXMG37XaxQ08G0HXcxap0mbht74aljKNafNERkYgZeZ+fjwDULrD/JylPPPnLE3P0PxW21G6zU+rCmJdYfZ+W+5x44Yt5uhqhX12Tl02qaVlh/hJX7nrvngHk777P3rzDv0WvWWHeIlb2eu+2AeVuIlyAIjl+xwjpVVhp8/oY95m9gpfhq51ml3akr1li/h5WGn9e0w/y1rKRX7ZSpePnMZWus284Q9ec1bLBgBTtX1Y6xct/zF62wnkwtcf6CFRYS5L8awfhfPGeFDWvYtpw/bc5j/FXZvtc4Y4kNy+6gZ7+WuKq9Bh27N4WkpARepmXh0NYnmD/uPPJyy4i0GifNsGEB+84Lh4yxdMJF1i+ZFuHasWfYQEqOz+83wNJR7Lqjvp5NX6B5xAQbCG7/3C5dLBnKpiUR9OepsLAQKSkp/9n4DQmJs0QKSvKoJS8jbisqM9y2opI8FAn6WrGBAmrJSXOfZe/JQ6F+bc4rQ7yK1KssB3nila/P3qutKINqNapyXtqvgjL1SqNKVUneS3Dh9DtkFWQA8sBAUan8OrDP1VKohZISlmeiUKcWSqpIIcQ/CTWlq6Hj4NawjElCQNIL5LUsQbFsKSSKJCBRKIn3n4sgAQlYP2elsNFBb1FcqwTFcsWAJOD+KgmeiSmQ+LJCPU5qok39Oigo+Iy7Hv5opCCH3IJPqCsnLcZ415aujjqy5DjJsH0rJ10d9Wqz9+rK1YS8TE3mrcXeqyNTAzm12Gfr1paGXC3ileW9WeS9erLSkCUIeMXa0uS9mngrS9q1pVFLmnpJv7I1oVi7Ju+tybx15Gpx60e9deV4r2LtspuIKlKSUKkrh9c5+Wj4JZ5aNKqD9Ox89O3cFADgJkrEpCFluQ7vCj4hKPY5Ns0ry6HQMHCFV0QKLu0qy7c49tAOh5aV5aDct/CBf1Qqzm+ahg+fCnHH1BNTh3RB/odCaFn74/3HQozu0xZ5Hz7BV5SC9De5aN9MCbn5n5CSkQ0pSUnkvv+E4uKyp0vpb3KR/obh0O+ZMibHcjX2Q1+9WhWsPKILJUVZvM7Ox+fCYrgFJaBB3dqoTf6qlZOtyT1NqiMvDblaZB+RaSYUZGui6DOrOqurIMMff3LOysvWwKcCGd4rS73sPQX5mvjwic1qXUdRBnIkPqhXXq4m8vPJe4rSqE37lWfHX652DW79FRWkUZvGtiKrupGXl4aiIjlHFGQgK0v2Qx3Wr4JCTSiQtmKdWqglW528z96TV5AWeyUlJdGpe1O8f1+AXn1bwETHB1mv87Bp0S0cPDMHioqyUFAkn60ry83UrEDWT6FuLciTdZCvIwuZWt/2KtatDfl65LP1ZCFD9tmvlpA4+3slDPdAGO75O3r7Og+rZl7Fh/cFmLpqEEzD4vC26BPyWpWgRstc1JIuQN7HGsj/WAMSJZKoXloFVSWkUF1CCpISEnhT+h7VqhWgvkIeqlX5jIzs2lD43ABKH2oj6VU28gsKK/zu6lWkoCRbC0q1ZVFfVgb1ZGVQr5ZM2XIt1patUV3IlfiDVVpaig+fir4kI39AVs4HvM39gKx37/E25z3evHuPt+/e4/W7fLx9975SQ1hytWqgUX15qNSXQ6P68mjSQAFNlBXQpIECapObSUG/TrGRL3BinyEyXmSjalUprN89HhNm9Ppt5+LvGu7p9XTbTxnuCZhx+X/mNyc0NBQ9evRAcfHfnyFeeJIi6G/p5gVrfHhfgKYdGuBZeDzeFH9CftsSyLbOwuim0VCunoM3hbIIz1VBzidpvP9UDW9zaiG3VBLVpD5DRSEXTeXfoqtsGmSqFCJEtjFEbz4hGvWwbuJAjFJuhaTX2Yh99QZp2TlIy87Bi3c5eJ3/AQWfi5GanYPU7JzvrmP1KlJfbl5qoZ4su4mpL1sLKvK10URBDvVla0FSUriR+SckISHxJYelGhqRp4rfUnFJCbJzPyAzKx+v3ubhVVYeXr3NEz+BSX+dg5z8T19eGYhIzPiqDwXZmmimoohmDeugmYoi2jSph/bNlVGzhpAT8zPVpkNDXNNei/PqJvBxjcGVkxaICEnFFtXJqFGz2j+9ej9NwpOU3yshJ4XI2zyAw+KbXGNj3V5mAbi0ho2vuhn5cFh8itD3sQzisPguBl4cFt/wIhuT9rcJwdll18RtVyNGVtQ7YwLd02yc2d82hMPiU4S+wQUzDqHvbxvCY/ENGFbc6LIFtI8ypHeAfRiOzdcgXoY2f3bPGdrnygi0L1Lfws2+jKQp26k+svM+4qMKgIaf0EX5JdrXyoBC1Y9oLZOJvgrJkKlRiPry+ZjWQQ7H+o5Bp8b5qC3zEcMUY1C/ej5kpArRXz4RyrVzUUM6C+dCXKGXEopxHdugYcPaODdzPPRWzcPmcQOwZGQ3OGxdgSfL52DlkF5opiKPFQN6YlLndmheTwEt6ipCtnrZXzcFn4vx/F0ugtJewjYyDlq+Ibjo6Il9prZY8tAQwy7dRfeTVzHkwm2M0riHk9Yu0PINxlVnb8y/p4vCL0MABoGMXGoRFoWTVgyL7hyVgOX32T7U92VEVOuwaBw3Y1h0p4h4LL/NxvX1vBhp1T48FseeMgKxY3gclmqynApd9xDuvSMGjBTsEBaLxVdYTsUTV0aydRElQE2PEYjtQ2Kw+DLLqdB2Zl43USIO6TBysF1wDBZdYF4tJ0aV9YhIwsHHDLfuEMRouQ/s/HHPhhF9vUTJOHCfnUP2AYw+qu0QiDuWPpx33212Dtn6ldFHpSQlYR8QC3dREob3bo15Y3ugd5cmKK0CPDq6EHY3NmD/qpHQOr4YZ7ZOxpBerdC2eX30bN8Y9b4MU2TnfURwzAuYOIXhkrYL1p80xMi11zB56x0sOaQNO+9oZGblwTs8Cbsvm4rXwdKNkWBNncJxXZ9NF+ETloSd59m5aenKvBbO4dB8wpDv3iFJ2HGS5YBYOLG4snEW4dojFlfeQYnYcYTFCqX92juLcPUuiytv/wTsOMhixcyaxZWjSyQ06JQPPnHYvocd02cEt+/iHIkrGoyu7ekRg+3bWJ7Ms6eM6OvuEgWNc2wKBQ+XKGwn+SIONmFQvzAfq7aOhoSkBBytwqC+UxeFBUVwd4zA9hUsN+fpE3ad8XWLxiU1tj/d7MOxbSG73ho/Yvs+wC0aF0mejKt1GLbOZtdQQb9fCgoKUFRUrPA1ePDg/3ffwk0K0ZNjRhwW3/QKOxl1Tj6FJ8FvP1LT47D4Zprswq19zIjD4mup63NYfIsb7ILwSN0AfgR9rnuSnKiGPjC9yvp9pGbAYfF1T5mIl110PfHsuh3npVh83ZPM66TjCbNb7AL2UN0QYa4EM02w+A4GvrDUKrsZqlNPFlJfEifr1awBCQBSuaUozq+CVx9k8aGY/WWa+pFNrS5dWh+5hQX4UFD22bRP7L2sImmUlNbA+49lNxhKNct+WG6Gsh+7JxFhMImJQiMFOfRs2hDuGSl4U/IRe8YMwfmZ41FSoxRWm5bCf/8GtGumBFn56tBZMQeXZ09EfYVaqF5DCtO6dsCAFk3KKoAkJFDwuRiZee/xPDsXj32DccLaBZquPghOy0DX41cx4tJdnLRxwSEze9zx8MdVJx88C41E/qcykqKGoxdiXjFs92Mv9kP+0D0YNuHsx/uKgxfiXjFst5Yni417LoGwC4sVt6/aeSMxk6Gkn3gQr1MAHEUMi3/N2gcpr1kVla5HiHj5roMfXETx4ramlQ/SXr8Tt/WI97a9L9xFLOv+uqU3nr9lXgN3FnO3rH3gEcmw+HdtGNrcLjAWeq6s35uW3vCOSv6m18o3GoaurN+b5t7wi2FY/PtWBB3vHY2nbuzH+papNwJjGRZf1zEEbZrWw7BerfHqXR4yc/NwXXU2LK6sQZsW9SFTqxrU143Dsil9IF2zKuor1kJxSSkys/IQk5yJQ9etMHnrHey+aAaf0BTYeEbh7bv30LJi57uZSzgsyI3ITX1PRMQzLL62BZlCwT4M1mSeolu6HogmT3h0zZjXyCYEtuTcu63tjlgy3YK+KcPtG1kGw96Nee88dkc88RoQNL+hSSCc3Rhm/t4DNyQRrzFB/hsY+sHFhXkf3HdDCsHXPyVTCeg/8Ya7K4vth3dckZbCYvuZoR8kJCQwe8kgNGxaBwAQ7JuIE/sN8fC6I54Tr4U+6/fJLWd4k34fX3XEyzR2HljpsuuBtqYjfF3ItBMadsgg3l+t0p8wb89/25OUy5cv49KlSxW+rl69ivv37//njr4hIScFQk7K35H+Q3fcv+qAhk0V0Xh0G1h7ReFTA+Bj609o1SIDSjJ5SMuTx7v3Msh5XxOfi3m8fa0an9BcKQ8qNV9BvspHxH1ojA+5zRH95iOkJCTgPXMj6kvXquDbf44+F5cgPScXqdk5SMt69+XfHKRmv0NaVg4+FBV99/OK0jXRWFEeTRXl0FhBHk0V5dFEsexfeekaQj7Mv0CvsvIgik9HWOxLhMS+QGxyJkrKXQpbNKyDfl2aYWDX5ujatiGqClM1/G2F+Cfh4BZtFBV+xvBxnbH76AzxHzo/W78rJ6W70Q5ISf9YTkrxhwIEz7r4X/ObExsbizZtfk35uXCTAuEm5e/ow/sCLJl8CXk5H7FDfRqcEtPgHBCPj/VL8b7VZ0jKfsbnQilIFkmgBqpCrnoNNFSojWZ1FJD+IReeGSmQkiyGsmIualYrwvM38vhUWA01pKpgZ7fBWN2x7z+6faWlpXj7/gNSs3KQlv1O/G9KVtkNTdaHj9/9fO0a1dFEUR7N6yigk4oSOjdURocG9VGjqpD+9Scr/2MBwuNeIiAiDf6RqYhNyeSgg9I1qqJPp6aYObIrendsItyI/g35usfiyE5dFBeXYNKs3ti8f9Iv+R7hJuWfk4yMDJo0aYIpU6Zg2rRp6N+//0/rWxjuIQpzjcDeMUfFbat7LFdA5B6Jq5sYvyDIMZzjkpiTGYgjvKKhsf6WuB1oH4adw9XE7Wc32Ph/pG8sLq5mY68BZHZas5t2XK5LlF8cx1Hxswlh63rXkct1ifaP43JdfK3IlO+PnGFAWA3RgQk4vZR5va3Z8JOjgTf0NVheQVria9RVKCv/u3nOGj2U6mL2qK6omSkB2eiqqB4vjRqp1VEtvRpK0iWQnVwAUfBrhAdlone1xrCbvBKzW/TAq7d1EP+yPhrVbIDDvUdiadueeBQdiFVORphu9RgDjDSxzuUpboh8oBnuibNBbCxe9PoV1jqRMf4E9gjcMTkO5/3cxO3QV+lYbc2G0Myimdc5KQFnPVjuQHB6OlabmqBuLRn0aKICVAE2D++PszPGY+OIfpjauz0C9m3A07ULsWVEfzStL49Z3TuhT7NGqF2z7KKV+6kAov9j76rjssi+90O33fF11dVdu7sL7MZusbBABBQD7EZQsRGxUBRFDBRBJERB6e7u7ub9/fHqe+51ZXddXXfX3/t8Pnycyzxz5869Z4ZxzjnPSUnHo8AwHHruggVX7qDPwTPoc+gMDB85wsY3GOfc3qL6Q1q3Z2wiDjyjmATP2ESsvEaxRTbe5GLwjkvGvkc0D57RCVh5hbh3vci95xuXjL0PyH49IuKx/AL58e94kPskID4VRvfI/eceGovlZkwMDRMXExifBsM7ZOus6+fu60Bcdya3V1B8OgytyAXpFkwuJRuPQFg6kTslKC4NO6+Ta9MliNLWH74JgsULcmUExabB4Aq5Yl0Cya319G0wzO09GW46DJhYF2dfcpc5eIbi0iNhDJiyghzqKCsgJS8f1/YtwnOzdVgwoRcmDeuCBnUVUVJWiVfvo7DxiA0W7biOizYe0DN9KOrrpRfF27x6F4ELdykGLCgyFfonbUVtx9dkg67vo3Deiuw1MCwF+kwc2gtXcht5eEfj3HWy18DgJOjto/V/4UxcL58YnDUnuwoISoTeLlrTZ45kK94+sTA7T7YSEJAAPX2KdXlmT7bi7xsHs1O0pn4+cdDXolRxezt6dgT6x+PM8acYMKwj9PfPgoQE8PjeO7x1FbpqnjBupGD/BJzaT/Pp/ToCeispfuXRHYpfCglIgCkTv/LOJRS6i+l5+3ejBhLf5OdHQnZ2No4ePYrs7GzMmDEDTZs2xcqVK2FnZ4eysrKv6lv8JQXiLylfiorySuzYeAMB3nGo10AJxy4ux6vgWJjdET6Y66rIY9KorhjY+ydEZGXjopsXMouEsvnrRwzExlGDkFNWgqyyYnSo2wj3Y4Kg8/rJ750SspJSGNPqZ8xq3xUjWraDjOS/79N7WWWV8KtLdh4iM7IRkJyGwOQ0ZBWX/IarJCuLri2aonurZujRshl6tGqOxowuixj/HtTUCBAel46n7iF45BqM0g+FM5s0UMaSyf0xdURXyP3DkvD/BVw2dcDda6/RuGldXLq3Hgpf+TXiU3yvLynd7279Jl9SAtSP/5B/cwQCAd68eQM7OzvY2dkhPj4eY8eOxbRp0zB58mQ0adLki/oTv6RA/JLyV1BcVAbd1RaIDk+DkrI89PbNRLG8BM7cdkNKpjBFWEFOBvPUemPuhF647PEe5h7ekJKQwN3VC9C5udBQc8pKMObhJeSWl2JGuy7o16Q1GsgrQEFKBuF5mfDPSoVfVgqSi0nwq6G8Ima264olv/RGa5V6/8Tl/2kIBAKk5Bci8MMLS0ByOoJT0j8b99KyXh30aNUcPVs1Q89WLfBrs8aQFcdB/KtQUFyGBy8DYO3gi6y8YgBA4/pKWDypH6aN6iaW+v8dlJVWYM3cs0hLzsWMBQOxVmfCN+1f/JLy70RkZCTs7Ozw8OFDeHp6wtjYGOvXr//Tx4vdPQzObjbH0g4bRO19c0jC2WzzFWwYuF3UPqFxFkt+poneo36cuFoW0Oy/jeGaYXF74hrNOsZz++mL2iZr6bPl/nknYTDpAM/tS9yTq0kS+8B8ExhM2M9x1/XR48b7EQcXncL2CUy/2lexrh8z3tU0hiMa52Ewnbk2A2tojj0IJWV5HDi9GPXqKaC4qAyG2rdw/7wrfpZQwF7Niejwv8YoLa+EhZ0n9l9wgK7qcLRQVkG1QIDDz10w3s4cPW+biF5Q6srJIq0qHQs69sT4//0C+zQfrO4yAGYjpmNQ6ybo36IJVnbqh0byisguK8GlEC+MsL2AR7Gh0H5tKxrfVvcnmO9AqZY7PJ5D9YG5qL3ZmTKX9J2fY+5DSuE1ePUC46woAn3zc+Jud3LAnHvE3eHkiHHXSG590xPi7njhiDlWQq6EhATOenrC+M1r6KoOx/Xl6hjSuQ0erl2EvVPGom3j+pCXkYYEgOS8AjwNCsfBZy6Yc9kKA4+eg+rpK4jLFmbwGNk7Yc4V5trsXkD1NDNea5Jm3/fkJdQvEHfngxdQM2G4VuTuO/jYGepm9Ml+xz0HqB5j5uw6I+Nu5wz1U8Rl3US6N59g7WX6DH/E1hnqxpTKamhNbqJtN55i7Xly2R297wz1YySTzrqJDK7bY60ZuTWO3nWG+iGShze8Sdydls+w9hRxj1k7Q30/w7UkV6vh1edYe5LSyI/fdoa64TXaf4W4e648x9pj1qijJI+lU/pjeP/2aFBfEU0aKCMztxjGN15h/rZrSMnIx35zB6w9SO6SE9dfYu62q9TvWXJVHbrkwEnzn7Bw4qX5GXfvkXMOWLeT1tT4oiMWbKB1MjKm9T9x1gGa22idjM1eYCEjt290mFwrJmccoKlNc3/S9DkWL6dnwN59lBl4ytQB6zUp5fjk8adYMp+eLft20tybGT/DhpU0vnMnnqG8Qpje//C2J7axUvdHn2LDQnqenTR8gGWT6Pm7T5uu+/zhJ9igThIPJ3fcw/Jx9Ez9u/G1mT0ff/6/oEOHDtDR0YGrqytSUlKgqqr6RceLv1EykFdRhKwCvSEr1iGlSgUVBSgy8tqKdZUgx3IZWWblugpQZCSdFeooQU5ethauIhQYRUwFRj5bQVmOC96rU18JcozSoSIj261URx7VVdU8V5HOqcRIcSvVUUBFOcmB122gzMnvKzGlAZTrKaOshP7XX7+xMmTlhNz6DZUxcnQnVEtL45G1F6IDEtGxTxuoDfoVqgN/gaHZUzz3DIe7XwzKK6rwS6OGSCkqREJpHlKL06AgV4mSchnUk1XGwl+7wzmTfPUN5GgMLRTro6CyHLv6jcH2PqOg+8YOzxIiUVpZDefkKNSRZ6TB5RWQVV4sajdSUIQ0I9qmLE3zV09BDgql9KWioYI8pBk3krIsw5WXgwLzVaO+vBxkpBiuHCPhLScHBWm6terJyUGW4arIy+OXZo3xS7PGSCrIh39aGsxmTEFgSjpOu3ggLC0LMpJSyC8tQ0J2PsafvooRHdpCWV6GG0NdBVnISdF5lJjx1lWQg6Isc04FGW4Mn3KV5KgfZXkZyDGBvoqyZEd1FOSgyOxTYexGUUaWU4dVVpCDEuMGUWG+MijIyqJSnuxVWVEOinK0X1lOluMqylf9DpexXTkZlDL3mpKiHBTZa2NExRTlZLhrU1KQ5fpVUuC3lZh+6yjJo2mjOri4fQ6euIXA5JYLUjLzoXnoLvp2bQ1F9jzyslDg+mXuYQUZKDL3qaKCDORZLnstSjJQZMakoPgpV47bx173b7jMGBQUZLhrVVCUhRzDVWDHqygDJSVmvIpykGOO5a5FURZKzBcHBWV51KmvhM5dW+G1cyiyMwuZa5ODEvscVJaDHDN+RSXmHEpynGS+vJIcZBW+3xcsgQBfXcn9R/Vf2NnZffb3EhISkJeXR4cOHdChQ4cv6lPs7oHY3fO1EAgEOGb4AE5P/KFcRwHnbq1Fk+b1IBAIMGLlKZRXVuP+iRU49sod9mERkOtQhZbNkqAoU4myGhkoSMnhF5WfMLhRd6g1G8y9KNSGhzHB2Oz+CP2btoa12sLvcJXfFzU1AryJTcB1T1+8iqDg1A6NG2LZoN6Y0v1XyEqL/4/xb0FWXhHWHrBGYloeWjWpi3M75qAJU0tHDMJb13AYat9Cw8YquPF0CyQlv80H/e/l7ulyR/ebuHuC5x774f7mSEpKQkJCAp++Vnz8nYSEBIYOHQpbW1vUr1//z/X5dwxUjP9fkJCQgNaOKfilS0sUFZTizJEnIoNs0lD4oE7MyMOryBhUNqlAk0apGNskFFOb+mNKkwDUkcqAX144zkbdxQx3Hfjmhv3BGYEWSsIbO4WJVfmRICkpgSHt2+D8gul4tnEZFvXvCUUZGURmZmOH3QuMMTHHeVdPkTquGP8sGtVThtl2dbRoXBdJGflYf+gesvOL//jA/4foPbA9lFXkkZ1ZiCDfhD8+4F+Gj7L4X/vzI+LFixfo168fXrx4gfz8fOTn5+PFixfo378/Hj9+DFdXV2RnZ2Pr1q1/uk/xSwoDL3sfThbfllGR9bL35WTxX9t6cbL490+Tn/m9gz9OaJDP1O2+JyeLb2NK8Qs+jgE4svQ0x/2IO8dscfsI+YN9nAI5WXxXG0rLu3vyEawY6W0fxwBOFt+Fkbq3MX2CG/vIF+/tGIB9c4nrzMjt2559gRsHKM7AxzkI+5bQtTk/EKaRysrJoHf/tpCUlICnWwQcn/jj7btoFOUL08/uvQlAsXQllBqVokO9DDSSFT7AFaQqMLxhFBQkhYUFa1ADo6ALeJRMaZn34t/hRNAzeGck4WKwJ2bYW2Keg9DfnlVajLvRlCJpHRmAg96UpuucFIWlL5jU2zDi3o8Mwt43jHx9fDQWPWFSb4OJ+ygiFEZulKb5MjYaCx4Q1yqQkcWPCIehMyN1Hx2N+dYM15+ROo+IhOELhhsZjXm3KJ7hhrcffmpYHzsnjsLeaWPRvXUzNFVRRmZRCUxeemDcaYqLue5F6Z8ukbHYYUcxII4hkZh7mfz6lh6Uku4eGQeD+4wsflAE5p5nuG6UVuwRGY/t1owsfhCp5Vq8eo9LzpQq/CYiHvpWlL7uGEjcGy4+uOhItv42IgG61yj+wsGPXlStXP1w3oFs3TM8ATpXKP7iuQ+ppVq7+uPcU0ZuPSwBWy7SJ+hn78ilaOMWCDM7snWv0ARon6VYjadvKaX3oVsQzO5TWrFncDy0TOnefPI6GE0bqMBs+2yoKMkhIS0XFg+F1+cZFI/Nx5mUeUa59pl7CE5bvaJ+A+Ow+RDdm48YCX1H9xCYXqW04rd+sdjMSugzCtPOr8NgeonsytM7Bpt3UOwLK6Hv+joCpmYUW/TWKwpauhTPwkroe7yOgKkJrf+b1xHQ2kAxPw9tKK3c0yMSJw/Ts87DJQxaq65AVlYag0d1Eh7vIlzn9x6RMN5D8/n6ZTC0mLTi+zdonXzfRuHEDpojtxdB2DSX4mL+bohfUmrH5s2bYWxsjDFjxkBFRQUqKioYM2YMjh8/Dl1dXQwZMgQmJiZ48eLFH3f2AeKXFAYWO29zsvj3T9INdnXXbU4W/5L+dU4W/4EJPWCv7LiFN8yNbb7tBieLb3uKHtyXt9/EO3s/UfuaEf2BcrZ6DRum38vbbnCy+NeZB5TTdVfcP830a3CLk8W/sZ8C2hyvueDhWfqjZL7jNvxf0YPz1iF6UL+44YpHF+kBZrH3AQI9SGvi9mnqx9s9ArLSQpMyO/IEl8xfoaZQGM/i6h4F2TJJlBXJIq2kDsqqyVURW9IQ5TXU7qLcGeeD3XHY+xXWvXqA3W+ccdrHD7Oe3cBBb2f4ZqaiWiBAI3klbOw+BJdCqd7RzUhf2ETTdZ/wcUNgFq3T+SD6w3g12BcPGI2V415uCMnOELUvBNAf3Et+3rCLpD+cR9+6IzybZMYv+pLmw3nv93gSQbLdR1+7IzKbZMYvvSPuWU8v2IczXBd3xGSTxPfVd2RHV7x8kFCYB0etFZjXtzsAIKuQ/rd+zZO4ps5v4BRB+iHHndyRkJsnat9gXmhMHD3wKoI0TIwd3ZHIcG95+om2Tz5/DVfG/XTGkV4eHvuH4QYj43/S/jU8wuOI+5y4D71DcMuNxmD82A2ekfS/6nPPaZ3uewVxWi3Gdm7wjkoStc/b0zrdfxOEu+70EnjS1g0+Mcmi9sWnjMy8awDus1wbV/jH0P1vzkjz33H2xwN3sisTaxcExZAsvsUT4XhbNK4L+Q9xOqmZwq98JlYuCI2l+9/yMY3Byt4HTxip+1PXXyEijmzw+kPi3nrkDQc34p65+gpR8WSDN5n/tNy08YKjG728nTF3Rmw82eAdhnvd6g1eMhL65y46I46Rxb9rQ2O4ds0dLox8/YVzTkhMIKl7mzu0bpaXXPDalV5ML51xRPIH+fp2HZoCgCgu5YqZI94wXHMTR6QkUskHu1s03svGz+HpxrwcGz9HWjJx/26IA2drR3R09GfdV3Xq1EFMjPAZ06FDB2RlZf2GUxvEMSkQx6R8S1RX10B/7VUE+sSjY5eWMDZfAfOHnrB46AlJGQnIdVdCSr1M/NomBQ0VipFZpoyiCnmUlMmiuEwWJWVyENQidNRIXhG9G7dE3yatMLDp/9C1YTNI/j9V/kzLL8TIk5chJSGBd9vXQ1Gc+vqvgaNnOHaceYLev7bCuR1z/unh/Cvh9NQfR3fdR68B7XD47NJv0uf3ikn55da2bxKTEr7g8A/3N2fo0KFQUVHBtWvX0LhxYwBAZmYmlixZguLiYri6usLR0RGampqIiIj4g96EEEfeifFNISUlCb19s7Bu/jlEBCfj+oVXWK05BgmpuXDyikBZQDFadWuC4GpJyChVorxCRvRSIi8ljRZKimgor4iG8kporVwXP9Wpj7YqDdC+bkO0Vq4rliP/gKZ1hPWNqgUCBKWko/9Prf7hEYnxER+zvorLKv7hkfx7oVJHmJFXmP/7ZSb+jRBn99QOc3NzTJs2Da1atULr1q0hISGBhIQEtGvXDg8fCr/QFxUVYdeuXX/QE0Hs7mHg6xzEyeI/uURujoBXQTi1nnQG3jv4fyKLT1oNQW4hnCy+1zM/Thbf9iz5dIM9wjhZ/HfP/UTbdueec/ErwW/DeVl8Rr7+yUVHThY/1CsSR5dT7MjbJ/QZ/pnFS1gfsxW1w95F4fASksX3eEQxCE63XHH7KHHDfWJwaDmNwYPxbTs/9IHVmRdo0qwutHZMAQDctXRHRXklDNeMR88OLSCoFKA0oAht8xujJkoJsvFykIuThVyMLBQT5LGl3QjcU1sM9dbdsHeAKlZ06ofKimrYhAaKXlAC09Ox5jn5rx9HMbL48ZE4/u4TWXwHigewi2Rk8ROiccSTkcVPT8HKp8S1DaOYhFfxMTjg/krUfpeShOV2xLUJIXeZa3wc9rswUvdJiVhmQ9x7QcR9HR+PvU7E9YhLwNI75Jqz9icXg2d8IvY6vERURjaWWhIn54Oi7R1v4r6PT4bRU4pJcIuMw5KrTLzNO3Jz+CakwPAh2bpreCyWXCbuLQ8/0bZffAp225A/2TWU3ES3Pfxh6UK24x+fip3WdF+4hBD33ptAWDiTOyUgLhUGt+i+YCs4338bBHMncjkExKbC4BrFgDkHkvvR7m0QLjOuosDYVGy7Qi7Tl370vzd7zxBcfEKuwsDoVOhfpPvNyZvce8+9QnHhIcW6BEalQO8s3W+OnkJ3SU2NAOYPhX1+FHYLCE+GrqmtiOvAyOK/eheBc9ZkrwGhSdA9TjFgzxlZfNf3UTh7k+zVPzgRukwc2nOm8rKHdzTMLMiufAMToGtEcRz2jCy+1/sYmF0gW/Hxi4OeAbmdnz4jW/HxjoXZmRdMOwa6OhS/9OQhPZP8feJw+gS5oN+/jYLeetKhAYDKSmEaeqBPHE4dpPl85x4OPQ3SWGFl8YN842BqRHPk6RKKrUsu4ntB+JLytTEp32243xW//PILQkND8fDhQ2zatAkbNmyAnZ0dgoODRQUIp0+fjsWLF//pPsXuHojdPX8HBAIBlk41QXpKHnYfm4choztBIBBgp9kTOHpGoFF9JRzVnY7SmkqEpGbirMtb5JUKg2yb1VHG8kF9MKdPNyiI3RgiFJVX4KzLW1x764uqmhrISUthzbD+WDOsP6S+URqnGF8H01suuGXvDWkpSZhtV0fPX1r+00P6V+KWuQssz77ESLVu2H5w9jfp83u5ezrc2AYpRfk/PuB3UF1ShshFP5675++A2N0jxt8CCQkJDBnVCfdvvsHrV6EYMroTJCQkYLBSFVGJWYhLycGZay4w1pmBvm1aYWbPzrjjHYirb7yRVlCEQ89dcPn1e6wfORCzenXhhNP+v0EgEOBZcAQOP3dFemERAGDML+2xffwItKpf9x8enRgfYe3gi1v2wi9Ju1eriV9QfgeRIcIA5Q6dmv/DI/lyfIvsnB81uwcAvLy88OrVK2RkZKDmQyHVjzA2Nq7lqNoh/u8Xg/NbLbGi02ZR+8BCU9H2OR1LbB66U9Q21byI5b9uIu4CE64fNj3ZZO0Fjrt/3knR9gXda9g0mNKT2UrLBxeaYvf0I1y/LNdUkz5xHlpkil1TD3NcNu2ZdT8dWmSKnVMPidpnt1hi42BmvAz36Iqz2D2TZPHP6t3EppFGxNWiz7cnttzCrqUkbZ2VLsxu8HSLgEAgwEmTZ1BSkMXhTUJXkE9YEtYcEH5Wtnz5Ho9eBcFx80rsmTwGijIyyCwqhtFjJ4wyNcdKa/q8u/ulE6ZbUYqkrhO5CXSc7LHsMX3W3uniiCl3KUVS5yV9ft7m/BxLHpFbY5eLIybdoevZ8oJcCjtevsBiJuV4t7MTJt0irs5z6tfQyQmLmJRjQycnTLRkuI+p3z2OL7HQiuE+d8KEi5aoqKqGR3Q8JphdxYQzltC+9xTphUWQlZbC+QXTYDZ/Ki69eY+JZ0lafIsNI7f+zBkLr9Ane0M7J0w4dZW4d8gFctT+FRZcoPRUw/uOmGhMqc06VuQCOf7EBQvM6PP+/vvkJtC/ZY8NFrbEfeSCBaYM9x5xDW49w4ZLxD1p54L5J2lN91kTd9fN51h/ntx7xrYumHeM4VqRq8rwhgM2mJGtmNi4YP4hkubff5O4e6+/wIZTDNfaBfP3kjz8Pktya+y3fIH1J8nFZnLbGQt2C9c0r7AU87dbwviG0L3SuV0z2LmTS8/0ljMWGtD6779AGXFHLRyx/gCtv+l1ZyzSozXdb0Z2ZXzZCRsMGe4VJyzeTOu035TW3+SCIzYa0NybnnfCEk1yn+w/Rincp885YROTcmx65gWWatBz6MAByvYzO+OIzRvpfjpl8gzLFzHlORg3zLlTL7B5zVXiHn2CFepnUFNTg/BgYcbVL12EL3IXTZ5Dazmd8/R+O6ycSs/fg3pky5eNn0FrIbnITY0eYMWEE/heEHyjnx8RBw8exMCBA2FhYYH379/D19dX9OPn5/eX+hR/SWEgKSkJCUZCXUqK3uGkZaQgybalpSDJcNltGVkZrh9pGX6aJZh+ZORkuGBQaca9ISMnjYoy4sopyIJ9MZVhuLLyMigtopLYCkpyqGEkyqVZmWtleZQUUMCakooCqitJolyGlSRXVkBBDqW5qtRVQCUjqS/DyKLLK8oAlI2InCxheqGSspxQcfDDeKSl6Zo+jrGopAJ1lOQhJyONvm1aQllOVlSETxJAFXPhDRUUUFJJQYmyklLcvpQiEnhroCCPkqrKz3LryMkiLr+Ga5fVMNfGSeTLoJKZTyUZaVRUE1dKgq5JUVoa1YwXVV5KClXVNL+sa0ZBSlokJZ9RWISErDykZRdi4NFzKKlgxi0lha4tm6BaAhjZsd2H30miRkDjl2LsSF5GmvN7y0hLQsA8Glmu3CfKtdJSktyxEky2lcwnBQ+l2XtCShKSzDzISkuBjXOWZq5bWlKSu2ekpKS487ClDKQkJSHF3k9SUmCakJJij+PHICXN9yv5Sb/cvSctya0Nq4QqLfXbMQhqgPP3XuPOcx+UlAnXavbYHhBAgKQPRTZF18Y+K5g5k5KU4PqVkpLgxsSOQUpKAsyhwvHX8gySkpLkn1/SElwmnBSzjpJSn8yhlCTPlfpkDNz4pSDJHsv0K/3JGKSkJCEpJQGPV2HIziyElLQkOnRq8WEf/3yVlJIEs4y/e21SUpLfTLVWjK+Dqakprly5gmXLln2zPsUxKRDHpPwdSEnMwZq5Zqgor8L2Q+oYqdoVAFBaVgmNvVaISsxC15+bw1RvJpQ/1AbJLy2D2au3uOnlh2qBALJSUlg9rB9WDenH1ZL5USAQCBCcmgHn8Bi4RMYiKCWd299YWRHDfm6LER3bYnC7/0FF/uvSHsX4NigoLsPdF364Ze+NopJyAMAvbZpAc85QDOz+0z87uH85BAIBNiy8gKjwVCxYORxLNcd8s76/V0xKu2sG3yQmJWbJwR/ub07z5s3h6ur6xfV5fg8/3pNfjH8cAoEAZkefoKK8Cj37t8OIcV0AANU1NThg7oCoxCw0rKuEXWvUkFFUjKDUdASnZuDy6/fILRF+4RnzS3voqw3H/xrU+wev5Nsjo7AIAUlpcIuKg3NEDDIYMTYA6N6yGUZ0EL6YdG7WhPsfpBj/LBJSc2H7KgAPXgaIvpy0b9UQq2YOxsi+P4vT4/8E3r2ORFR4KuQVZDF9/sB/ejh/Dd/CX/ODfhrQ1taGmZkZTExMvlmf4m9kDHycAmtNQfZ1CuRSkL3sfWtNQfZ3DuJiQN4+9q41BTnQJZhLQX7zmFI4bUyf4O5JSssLeBXEpSC/fkgpnLZm9rA+bsuNgU1BdrelFE67c89x+wj5jv2cg7gUZNf7jIroRScuBdnPJRiHV5IP2uUhjfe5tReszJxw77oH3ntEQUpaElLyQndWTHI21Lda4MXbcEjISqCqrTTULlzFRDNLLLtmg2Mv3JBbUoqfGzeA+eKZGN/zZ9ELyr2QIBh7utE5E2K4FOT74UHc9jEvF4Ybi1X2dK1sqrBdeAiOvCaua3wcNNi04mDi2oeH45AL029sLFayacWBxHUMj8TBl69QVF6Bt7GJ2G77HIOPn8eIE5cw/MQlbLjzCHe8A5FRWAw5aSm0blAXB6apwk1nNTaMHAjvpCR0bdEUkpISsGbSil0jYrHvMcn4u4THYIUFk67sRVyPyHjstaW4jlch0Vh+kUlB9qDU8XfRiTCyIVt3Do7GsrOMjD+j9uodnQRDa4rVcAmOJp6LL645kz14RyVhlxXFX7Cpwtau/rjqRPbrE5WMndfpvnAOIK6NWyAsHMh+fSOTYWBB8RdsWvED9yCY21MKsl9kMgwuUfyNkzeppT5yD8KlR5SC7BeRjG1nGbn9N8F4H5IA01sumLTxAtT1LHDzqTdKyirRsklddG7fFDcOLMGofh3g9JYUW1+8CcX5uySh7xeSBD1jslcHd0oVfvkmDOetKAXZLzgResy9+dyFuC5vw3HuBpMyH5gAvf1kg8+cyQbdPSNx9gqlIHv7xUFvF62p/QuylbdeUVwKsrd3LPS2MynITxlb8YqC2Wl61r33ioaeNsWzPLElqQOfd9E4c5xiatxfhmC/vnAMk2f3hZsTpWIHvIvBqf30rPNyDYPeSjYFmdYpyDsWpoY0R2+dQ6C7hJ63fzu+hST+XwicTU5OxqJFi9CwYUMoKiqiZ8+e8Pam+00gEMDIyAgtWrSAgoICRo4cieDgYK6P8vJybNy4EY0aNYKSkhKmTp2KpKSkT0/1l7F161aEh4ejffv2mDJlCmbOnMn9/BWI3T0Qu3u+JV4+DcCRXcIH5xqd8Zi5YBBe+8Vgp9lTlJRVQLquNEpbSSCvYTGklKpQXS4DxRpZNJRWRN/mrTC5869orqSCxgrKaCCn8J/536lAIEByXgF8ElLgnZAMv6RURGZko+aT20tSQgLtGzdA3/+1xOhf2qP/T61+SFfWfxECgQCJ6XnwCoqHV1A83ockoriUYp+kpCTRr3NrqI/rhSE92/5nbPPfAIFAgP361nB3CkGjJnVw9tZa1K2v9E3P8d3cPVd3QPIr3T01JWWIWXbgT481NzcXvXr1wqhRo7Bu3To0adIE0dHR+Omnn9C+fXsAwJEjR3DgwAFcvXoVHTt2xP79++Hq6orw8HCoqAgLva5btw6PHj3C1atX0bBhQ+jo6CAnJwfe3t6Q+gYZlOvXr4e5uTlGjRqFpk2b/uYesbCwqOXI2vGvfzomJydDX18f9vb2KC0tRceOHWFubo4+ffoAEBr/nj17cPHiReTm5mLAgAEwMzNDly5d/uGR//+Dj2c0TuyxBQDMXDgIM+YPxI0n73HmjitqBED9n1UQJ1MAQcsSdGqVjobyJYgvqI/sAhXEl5YhPi0XNmn0PzwlaVm0UamHtnUaoEO9RhjRoh16NGr+r5HCT8rNh2dsIt7GJsIrLkmUHsyiRV0VdG/ZDN1bNUf3lk3RqVkTKDGByWL8cxAIBEjKyINvaBJ8wpLgG5aEtOxCjlNPRQGDe7TF0J7tMKBbGyh/pRz6/1dYW7rD3SkE0tJS2Hl0zjd/Qfme+CcUZ48cOYLWrVtzf+R/+uknpj8BTExMsGPHDtEXC0tLSzRt2hS3bt3CmjVrkJ+fD3Nzc1y/fh1jx44FANy4cQOtW7eGo6Mj1NTUvu6iAFy7dg02NjaYNGnSV/f1Ef9qd09ubi6GDBkCGRkZ2NvbIyQkBCdOnEC9evVEnKNHj8LY2BhnzpzBu3fv0KxZM4wbNw6FhYW1d1wL1vTaitlNVorai9pp0r6e/L7F7dfXyl3dQ4fnttOslbuqO89d0VlLtK3RVRvqTTWI220Lz2XSpTW68NyVXbQ47rJfNtW6b3knLcxmjl32K9NvDz2ot6bxruhjgDkdtOnY4fsAABmpeTDYcB1VVdUYodoVKzeNw6jVZ3D6titqAKh0UUGMXAEk2hajZ9tETG0egDGNwjCrtS+6tkjGr63T0axuGX6p1xgN5ISS2cVVFQjJzcCT+DCY+Ltjhv019L97Gl1vn0BfGxPRGIbcIxfY8DsX0esGua4GX7+A3hbk9hp+ldK2x1paoO95OnbkpcvoZ8a0z10Wbaudv4q+J8xw+30Adtm9QJe9JhhregU77F7gUWAY0guLIC0piR4tm6GegjyU5GTgsmUVXmprICglHZfcvNC3TSsoyclinDH1O9X0GoYcIHef6jFzDNlPbbUjxJ1mfA1D9zD7DpljmBG1x+8n7sxj1zB8N7NvnzmG72LbxJ199DpG7KR9E4wuY6QB0zYkrvqh6xi5nfZN33uV9u2/htHbzjHt6xilx3CN6AGrvvcaxjD75uy9jtFbqT1jN3HnGF3DWB2Ga3gNY7SpPXPHFdH2PMNrGKdFazh3lyXGbTqLquoaxKfmYKLWeVy+/wb6pnYYstwEs7da4ID5C9i/DhW9oPTu1Arr1IegaQNlPD2zBoZrxuPKw7eYtZXcD/P0LDB+LdmVujbN0WL9a5iwmvbN32KBiUxV9LkbibtUxxKTVtC+BRuvYDLjpp23jlzMy7WuYgrjll249jKmLqL2fA1yeazQtMDUeVRdfdHKC5g2hyqoL2SkAjRWmWPGTEr3XbL4HGbOoPai+TSeNSsuYdZUklBYOscMsyeR9sXiWXSOtQvOQ131OF6/DIXFGaE7SVpWCp26tRaeZ7KJiLtO3QxzRpKEwrKJJzBnxEE6j+ox0bbmjFOYO2Q/zcvYo5g7eB++F75lFeSCggLup7y8/LPntLOzQ9++faGuro4mTZqgV69euHSJbCM2NhZpaWlQVVUV/U5OTg4jRoyAh4dQKdnb2xuVlZUcp0WLFujatauI87Vo0KCB6MvOt8K/+kvKt3h7/BJoHF6Ex6fJ366+dZpoe/WxJXC9S+XC15uugNUh8ovO2jJFtK15chkcb5KfeZ0Jz52xmd4yN51egadXKM5g9VGSC56wagyqKijNdZOZBh5fpPFpHCHuZE01lBaWiNraF9fioRnFA6xi+p25eTIKsihFcuuVdbhvQr5jjcOLRNtzdCYhM5mq8upfXgVrlrtjOgDgwsnnENQI0LCxCrbumQGrZz4oLauEAEDrfk0QnJ2JmhbVaKBcilYKuZCXEl5XXZkytFMsgn+1Ato3KcPNQcKXpxepAWir2BLxhblwSAyDT2YyUouLkVVWAgkA/ZqQUNa2PiNE2zsHjIR3OlWyPas6FcZeFM+iPWAIHTdkGDyTE0Xt4xMn4NRr4c2aW1KKMW3b4ZiDK3wTU5GSmY/K6hoYPSbfPQD0at0cA9v+D2VVVdg0chAUZGXwKiIGblFxovo6e6eMxXlXipNYNWwAzf34YXBmpOV3TxuDC87EXTG8v2hbb9JwvGDk4ndMH41LLylWY+mIvsSdNhL2vhR/sW3GSFxmpOWXDO9D+2aOwsN35LvWmzUK5i+Iu2hkb9G2/uxRsH1LsQ+bZwwVbU8f3BUVTKr1tjmjYPM68LPc2cO6o4h5IG+bNwrWLhT7sHEGrdPsET1QUEwp89sWjMZtJ5JfXz9jMI1haDfEJGfB4U0Y4lNz0EhREZkZhRipcRqVVcKxXXpA8Q2SEhLo1qEFev/aCipKcngXmgATHeGzpEUjFVFK8oLxvRGfRpV29ZeNxQ2mSrLGzEE0X5P7ICqJqrzqrhiLG49oPpfPpoDRJTP6IzSGqnTrrB6Dmw9o/ZewXPWBCAon29ZeNxY37xF30Rwaw7JFQ+DnT7a9WXMcbloTd/5c4i5fPgzv38eJ2hs3qeLWTYpLmzufuCtWjcRbD7LB9dqqsLpGf+DUF9BaaGwaCytzV+zfZg2BQIA+g35GKeM+m7WIrm2Vjhpe2ZP8/hrdCbhjTs/Q6Uuo37XbJuHFQ4p90dg+EdYXKFbnv4TWrVtzbUNDQxgZGf2GFxMTg3PnzmHLli0wMDCAl5cXNm3aBDk5OSxZsgRpaUIbatq0KXdc06ZNER8fDwBIS0uDrKws6tev/xvOx+O/FkZGRjA0NISFhQUUFRW/SZ//6piUzp07Q01NDUlJSXBxcUHLli2hqamJVatWARAuXPv27eHj44NevXqJjps2bRrq1asHS0vLz/ZbXl7OvbEWFBSgdevW4piUvwi/d7HQX3sVkpISOGe1DnnVVdA8aI3qGgG6j2gDt6QESEtKoLxdJRTki9CpeSomNhH+oZOWUEDrOkY4EnYXHVXa4GQvnVrPE5mXhXF2l6EiI4fA+dq18v4KKqqq4BmbBI+YBHjGJiI0LeM3Afh15eXQpUVTdGvZDD1aNkP/tq2hLHbdfFcIBALkFZYiOSMfyZn5SMnIR1JGHpLShT9ZecW1HisvK402LRrg59aN0aF1I/zarik6tW0qqrEjxreDQCDAzUsuuH5BGLw7dlIPaO+aBmmZv085+nvFpPxkvuubxKTErdyHxMREbqxycnKQk/utS1FWVhZ9+/blvnhs2rQJ7969w5s3b+Dh4YEhQ4YgJSUFzZuTiu+qVauQmJiIZ8+e4datW1i+fPlvvtaMGzcO7du3x/nz5/G16NWrF6KjoyEQCPDTTz9BRoa/t3x8fGo5snb8q7+kfIu3x8/h0KFD2LNnz9869v8vqK6qxvkPRcQmze6Huk1UsGHndVTXCNC+Z1O4JSUAAFaO7QvTKHfUE9RHUXUuEkrro51iOca1PIni6gYAgITiVBRWlkBF5vNv4Jllwj9ATRSVv8nYC8vK8SoiFk5hUXCNiuPE0wCgfaMG6P2/FujVWvjzU8N64mDJvxkVlVXIzC1CenYh0nMKhf9mFyI1qwBp2YVIzcxHGfN18XOop6KA/zWvj5+aN8D/mtdH2xYN0a5lQzRrVEec0v0dUFFeCeO9D+H8TPgVbd6KYVimOeaHuXe+ZUxKnTp1/tQLVfPmzdG5c2fud506dYLNhwzDZs2aARB+LWFfUjIyMkR/H5s1a4aKigrk5uZyX1MyMjIwePBgfAtMnz79m/TD4l8dk1JTU4PevXvj4MGD6NWrF9asWYNVq1bh3LlzHO9T4xcIBL97Q2zfvh35+fmin8RE4WfRS9tuQKML/Q/96DLy917efhNbmTRis03mHPfwEvL/Xjbguac3XOa4hxaRv/fy9pvYMnK3qH1Wi1xbhxefwh51knu+tO0GxzXbTD7yw0tOwWg2yddf0LsO7RHEZeX2jyw9zXHP616H9kga76mN1O9RjfPYu4D8zOd2WkN3Ovmg9VdbIDYyHcp1FJBSVY5F264hM7cYDVupwLsoHdVK1filewNciRd+Gu/bpDXqy9bB27x2SKgYjiYK3dBGqTmUpWVQVlOBJ6lC18yxYJJp3+x1B5ve3saDaOHXl6KKcsx5QfLl+i6UurrV0R5rntiK2oZOTphtJZQHLygtw/JbNjjq4Iq5l6zQ/8hZ6N63x7OQSJRUVEJBRhr1FRVwfNYEuOmsRq+WzbFv6jjM7NUF1zx8sO469XvQzhnqpyn1chdT7feQrTPWXib33qEHzlA3pvHusiLusQfOWHOO0ogP33sJ9aMkO77rJrnsTtx/hdVnGK71S6gfILn13ddoHkxsXLDalMoDHLn9Eup7iLvLglx2p+67YZUxpacetnqJ2Yb0FXLnZUr3PW3jBo2jxD1hRWmuhubPoM9UBj5zzw0rD1mhqKQciem52G72CC7eUbB1DsDi3Tcwc6s5dpx5jHUHrKG67iwGLT2JYStOYabOFaw7eBdG55/h3N3XuP8yAG8C4hCbnC16QZGWkkTPX1pi0tDO6NyuKfaumwCLPQswcUhndO/QHJd2zcMODVUUFpXBwvYtWjSpC0lJCRyzIHfdEfMXXMXhs1auWLmDJPSPMhIExy87YuthhnvLFSu20Zoeu0BuWONLTtDdT+t09roLVm6lNT12ltbf9KITtu6hdTpn+Qoa2jT3R0/Tmp664IStTBrx2cvO0NCk58XRk7ROZuecsHUb3UNnzztBYzXd18eOUqmDc2edoKtDtnzOzBEayyl269gBWtOLZk7Q3UDXfdbkOVYtoOfx7i23oL3CHM7PAiEhAbRs0xDL14+FhIQEzh6zx6pZ9Ew9akDXfcXUAbqMLL7ZgUfQmGJCXH267qsnn0OXkcU32/MAq9ToefYjYsiQIQgPD+d+FxERgTZt2gAA2rZti2bNmuHFC7LDiooKuLi4iF5A+vTpAxkZGY6TmpqKoKCgb/aSYmho+Ls/fwX/6i8p3+Lt8XOo7ZNadUUVqhmfegUj/15ZUYXyMvqfdlVVNaoqmf3ltK+6qgZljO+1uqoa5WXUrqqgcwgEApSV0L4a5vwSkhKoLK/g2qWFZQyXkUSXlkJFKX3Gk5GR5qTv2Td/WTlp5GdQTIq8giyKGOl79gVPQVkeOWnEVamriPxskp1P/7Bv1qJB8MvMRlZhCSTlJZFcvxTljcshKS2Af1EKAAkoyQpQIR+K3PICSEACMhLC+ZOUkES/+p3hnOmP9DKhrr6yDH1Ola6WweOYKJR/uN6ujZoiKj+TxsvInjeUV0Bcbh4AoKKqGsXF5YhNycGcS1YISklHjUCANxEJIr6ctBSWDeqDsb+2x7PQcDiERmNyt18BCMXnRPMgI4UCdn6lJFFURmtRWcPK3kugkOFKSgAlzPpXMnL6EhISKP7kC04pY0sVVTyX/dojALivCuXsFwYJoJSx32qBAOWVTL+Vn9ggw62qrkEFY9sVH2I5qmtqUFpWicKiMgRGpSC/qAwxiVmwsvdGflEZgsNTUFxWAc2Dd5FfJHTJlJZXYswaCrx8+Zb0TwAgOT0fn0JORgrS0lLo1LYpmjasg/D4DNTUVEN74Sg0b1wHNo5+8A5NwoWdcwEAB6+8gNrgTgCEacLlzNhramq4Nnvd1dUCvl1TjfIqdh4+5TL7qqq5Y9l1qq6uQTnbb9Xn51N4Dp5bWVmNCub5UMlwa6pquHNWVdZw+ysr+X7Zfqqqarjr4a67qhrl7LOushrVlTUM99PrZtqV1aiqrEFFeSXuXHWHl6uwTpdKXQX06NsW2ZmUwFBZXsmV36isquH64cZfWcU93yrZOamoQmUFf2w1Mw9/O/4BMTdtbW0MHjwYBw8exJw5c+Dl5YWLFy/i4kXhy6SEhAS0tLRw8OBBdOjQAR06dMDBgwehqKiIBQsWAADq1q2LlStXQkdHBw0bNkSDBg2wdetWdOvWTZTt8z3wRx8RPsW/OiZlwYIFSExMhJsbE/iorQ1PT094eHhAIBCgRYsW0NbWhp6eHgDh22OTJk1w5MiRPx04K9ZJ+WuoKK/E7FFHUF5eCdPrq6F/8SlScwuBTnLIa5GDn1plQ0a6GoAkFCXlUY1qlNdUoIWcFMY2TkFVTSZGNj+IlkoDcSXmIWySnDCj5ShotJ8hOsez+HBscH2IKkENWinXxZ7+4zCm1c+1jim3uBSvImPwKiIWr6PjUcS85AFAmwb10P+nVujzv5bo26YlWtar88N8hv4zqKqqRlFpBQpLylBUXI6C4nIUlZSjoLgMhSVlKCz+sF1cjsLiMuQz24Uln888+DNQkJNBPRUFNKijiPp1FFG/jgLq11FEg7pKaFBXEQ3rKKJBPSU0rKuIOkry/6/W5L+O9x5ROHPkCVKThAH2A0f8gk3bp6BhY5XvOo7vFZPyv4u7v0lMSsLqvV801sePH2P79u2IjIxE27ZtsWXLFlF8JkByHBcuXODkOLp27SrilJWVQVdXF7du3UJpaSnGjBmDs2fP/iaA90vQqVMn7Nq1C7Nnz4asbO0xepGRkTA2NkabNm2wbdu2P93/v/pLyrd4exTj70OgbwLKyyvRsLEKXgbFIjW7EFVtpFDQOB/d2yRDtWkoZCWrUFYtg/f5bZBeURcD6sugvYIfyqqFX3kcU7ZgYuvLSCoV1q1RkhamH1fV1OBhbDD0PexRJajBtLadcXjQBChI84FYAoEASbn5eBefjGfBEfCISeCKETZQVMDQn9tgYNv/YVC7/6F53e/74PyWEAgEKK+sQlFJOYpKKoT/lpajuKQCRaXlKCwWtotKylFYUo6i4g//lghfMAqLy7mvNH8VivKyqKssjzrK8qirrIC6yvIffoTb9VQUUFdFAfVUFFBPWQH16iiIg1N/QKQl5+LyqRdwcxRmhjVsrIK1OhMwbGxn8Uvm34DJkydj8uTJte6XkJCAkZHRZ7ODPkJeXh6nT5/G6dOna+V8KczMzKCvr4/169dDVVUVffv2RYsWLSAvL4/c3FyEhITA3d0dISEh2LBhAzQ1Nf+4Uwb/6piUfv364cGDB7CyskLXrl2xb98+mJiYYOHChSKOnp4etLS0oKmpib59+yI5ORkODg4ihb0vgd+rYE4W/6k5+a8DXgVxsvjvnvt9IotPfr5A12BOFt/L3rdWWfwgtxBOFt/zKUU/PzhjDxvTxxz3+Er6dP7m0XvR9sOzz3HXmHzHga7Btcvin3fAnaMk0x3oEozDS8lX7MakQD4xd8bt49Svn2soDq8T6lJEhAjLrTdorIK7L3xRrQAU1KtE/cZF6F4vGQpSlZCSEEBJugIjGkaivZIc2si/Q5WA3FAAYBNvAM9sYbxJfnkl9rxzRK87JtB5/QRVghp0b9AcrRXrQkFaBgKBAHf8/DHN4jp0bewx6uRljDtlAYOHDnCNikNVTQ0aKSlCc/gAWGvMx+FpaiguKcfMXl3QvK4K7Hwo1fa5XxhMn9BXujdh8dhwkebFzpORL/ePgKktpTm+DYnHBjOKUbDzoLRcl8BoGN99JWp7Bsdjg6kNamoEKCwuw9Wn7xARnwHv0EScv/8aG47dg9UzH1y+/wZ6pnaYuPkC9E3toHnwLqZpXcIsHXOoaZ7DkGUmGLHyNCZtvIi5+lexco8VNh+9D4Mzj3HQ/AVO33aFxUNP3H3hh2evQ+HuFwP/iGREJ2UjI6eIe0GRkZZC04Yq+Ll1I3T4X2M0a1QHk4Z2xjy13lAb/CtaNakLo7XjcUJnOhZM6APro8tgf2Ytzm1Tx9j+HWF7UgPX9i3CvPE9sX/9JOguHYMGdRRRU10DtcGdMLDbT6gsq8JlGw/RC4qbL6WuPnAKwK1HlMIbGJ6CPWYUU+H2ntxCdi8DccOWbDIwLAVGp0jq3vUdyeI/dQ7CNZu3HNfQhKTuXd6SX//5qyBctaZsiaCwFOw69lDUdn5NUvdOriG4cpuk7oNCk7HzCNmKsxtJvDu7h+IyI0EQFJyMHfvJVpxYqfvX4bh4lewqMCgJBkYkde/4kuzqtUcELlymGKCAwAQY7KRYDUdH4r59G4nz5+j55e8XDwN9ilF5zqT7vveMxrlT9Pzy847Fdi2KUXn+yE+07esVg6OGD3Dc6AGWzzglekGZuXAQLttsRHFRmegFJeBdDMwO0tz7eERi2yrStHlyl9Y0yDsWpz8IQQLAe9cw6DFS94+taJ2CfeJgupNift65hEB3AR+n+LdD8JU/PxBGjx6Nd+/e4cmTJ2jWrBlu3bqFDRs2YOHChTAyMkJkZCSWLFmCpKQkHD58+Iu/cv2r3T3fC2J3z1+Dr1cMtq2zhIysNLrN6wEn7ygUt5NA9c9FGNQ+GsMbRuBjMkV4UVMEFLZEZ+VUtFPMgoKU8A9mWbU0fAr+h6SyBqiuUEZkmhKqa4RpivXlFDDv5x6Y0qIT/JPS8C4uCe/ik5FZxKeZykhKonOLphj2cxtM6vor2jbidQC+NSqrqpFfVIqCojLkF5XRdjG5SwqKylBYXIaCkg+ukuIyFJVU/EYm/69AUkICSgqyUFaUE/2rrCAHZUVZqCjJQ1lRDiqKcsLfM9sqSnKooygPJUU5SEv9q/9/Isa/EKGBibh/8w3cnUJQUyO04z4D22PlpnFo/0vzPzj678f3cve0vmAISYWvdPeUliFxzR7x35w/gX+1u0eMfzd69muLLj3+h2D/BDQvk0K7Fg0RHZeNEijhLdohv1IBUpI1yClTRHmFLCqqpFBQqoBAuZZoIFsMWclqpJbWQU6hMnKLFFFZJQ1ZSSn0qNcMLSTqIC+7HHeeBcGi0pc7r4yUFLq3bIoBP7VG/59aoUer5lD4i+4EgUCA4rIK5BaUIDe/FLmFJcgrLEVuQSnyPmznFZYiv6gUeYVlyCss5YJg/wpkZaSgoigPFaUPLxIKwpcL9sXi40uH0seXDAU5KCsJ/1X8ULRRDDH+blRVVsP9ZQge3HqLsCAqRDdgWEcs0BiBX7u2+gdH9w9BXAX5u0L83ykGmn31OLn4JT9vYPbpfyIzv/E3Mvm1cZd22FArd10f/pwaXSlVeVV3Hag3J7n6Nb10Oe7KLlrE7bYF6s00uGNrldDv+qmE/hZOFn85K83fWx9zfqLxLu9rgDm/bAEg9IGmRgm1al489EFlXD7kKgHFWEAiXBl+YW3wPuInxMQ1Q3JSA2Sm1kViSkOEJjSHT2IbvEv8CeGJzZGbUx81ubKQyZCGRLQUQnyy4Ogdg/dxySiprISEAJARSGLjyEGwXDobTSrkkByVg02jB2Ngu/9h9l5K2Zy+4wpGa59FUWk5ElJzMV7rHEasPY3bz31w1todI1efxpYTD7Bs900MXmaCgUtOYsxqM8zeaoFV+25Dz8QOB81f4Nxdd1g984H961C8CYhDSEw6UjLzuRcUCQD/a1YfXX9uDnkZKUwY0glz1XqhobICFKWkRO6SpipKqCsjg6en18DVfBOaKSri6Zk1uHNkGaqLKhEVnob96ydBf/lYuLhHwNr2HWaN7QG1wZ1getkJPTq2RPvWjaB/8AHmrL8kekGZs/4SJ6murklpo8u3XuPk1edqXuLa6uuIu0LnGiYv+4TLtOesoc/uK7dcw5SltG/JJkqBXa5liWnMOVZuseRk3BdtMGe4VzGNOcdKLUtMXUzcxeuJu2LzVUxjzrlysyUnB79Ik2TmNTZZYvpihrvpKqYuZPpdx3A3XMW0BeSb/42U/Cpy765afxXTmX0rNS0wbS61F2vQfK7StMAMRoJ+5WpzTFen9pLlNJ+r11lgxmySJFipcfkTiXoS2Fq7+gpmTqd9GksvYNZUE1F76QIqB6CpYY7Zk0m+fuWCc5x8/dI5NEeaSy9CfTyl8Gqom2Hm6CO4bOqARZOMccjgHsKCkiAjIwWVugpQUpHHXpOF+LVrK2jMOAX1UUdExy6fROfcMNeMk7bXmHQSc4YeELVXMOfcOPM05g4kV7uG6jHMHUhaVstHHyLuVBPM7Uvu85WjDnFtMX4siL+kMFi6dx6eniU/7kztScy+uXjNxGqsOrIY1oz/eoYWcVceWgjn2xTrsOroEtw5aitqT980QbS9+uhiOFx7JWovP0ABv+OWjUANk5anabyUi5NZvp+4E1ePRVkRxXpsOr0CdhdI54Htd+r6CSjMptRP7Utr8MCUdDNWHiSuutZEZDGy+NsurYK1KcXUrN81FfdveyHYLwHymaWYNaU70iQq4ewdBaliWUBREgqKsqgU1KD0QwqsQEqAKllZVEkKIFsmCYlqCXzUoWykpIh2jRtATlIKal07onvLZkjMyENwYhrWDOuP3IIS6E0ZjuuOPrBzCUJOfjHa16uP7aceISu/GOX5FSgrqsAYpnYKAJy8QXP82i8Wn0JRXgaK8rIoLa9Er19aoV4dBWTnFaNv5/+hnooCEtNykZyeh9XqQ1BXWR7hsRmwfOgJs51zAAB2zoGYOqobAKDfr63xLiAeE4YI0+dl1qjC8oEXGtYTFlVbMJ1k8VfNG4I3PjQe7RWjcP0BxQ/Nm9JPtL1m4VC4eVJcx+YVo3DjPsV1zJ1MsvhrFw2D82uK1diwbCRu2BJXfRLJ4q9bMhwOrhR/obl0BG4y/c6aSFzNZSPw1JliH1YuIPl6tVGdUcXY6/rlI/HIkWTxNRjuhNFdUca88K1fORIPn5Es/op5pNswSbU7CgtLOa7tUz9ReznDnTy+B3LyqNCj5spRePCY4ryWMXLw0yb3Qnom3QfrV4+Cja23qL2UkYOfMa0PkpKzOe7dBxQTtmgecdVn9kVsHMnir1s7Gnfv0XwunE/jnTO7HyKj0jmu9V1a//nMGObOG4CQ0FRRe836sbh7m55JrHz93IWDEBRAXz7WbByLu7eIqz6fJOkXLBsKP+84JMRmwt0pBBVlFSjOL8Hda8IyIIpKcpi1aBAmzeqH0MBEvPOgeKGVm8fhLiOLP2MxjWGx5hi8dSa7WrFFFfcs6Lk4dRFxl2qNg9szspXluhNw9+IrUXvK4sHcPmc7Zk31J+HeBYrV+fsh8eHna/sQ489AHJMCcUzK1yIjLR/bNS2RFJ+Neg2UsHjNSKRJVeOK7VtU15B5yclKoWXL+mjYSBlKdeQgLS8FZVlZKErJQF5GGgoS0qiprPmQtVIhdLUUlCCvqAy5BSXILyr9IqVHRXlZNKyniEZ1ldCwnhIa1BWmuH5Mg21Q98O/dRQhLyfOPhHj/xeqq2sQEZIML7cIvH4VhvjoDNE+aWkpDBjWEaMndsfAYb/8rXL23wrfLSblnNG3iUlZZyT+m/MnIP6SIsZXo0mzujh+aQUMNlxHTEQaTh96gkZN6kBjVm/INVdGQFQqfMOShOJfsVmIic36405rgaSEBOrVUUCjekpo+OHlo2FdJWFb9DtFNKqrDAV58YuHGGKwyM4sgK9XLHzeRuG9RxTy86goqbS0FHoNaIdhYzpj0MhfUafutykQJ4YYXwNxTAoDi923sboHFbhjU4Mtdllx6cnndCyxqjtxT2iQP/jq7tsc9+yWqxz3GBNHYLHLCvrjyPd6QZeky48tP4MDC0w5rt5Y4p7XoViMYyvMcGC+iahtbnCLS5Fm5fY/5V7adhO6Y2m8ZixX4xwOMXEF57dbQX8SlVQ32y5Ma6zfUBmtG6ugQ7vGaNSkDrIyCnDn3CvcMHqCFkXA6Y3TMKlzexzZPAXr1IeguYoSGikpYEC3NhjU/Sc0q6uMhgrymDK8C+aP740urZpg65LR2L9+Evq3a4mhHVrD/sxauF/dDLVO7VG/ShomujOxa5UayjJLMEe1F8b074jn9gG4dNlF9IJy+pwTNuiQ1LnxaZIkP3naAbv2UWqo2QUnaGqRfLnxKZKkNzVzxA4mNdTsohPWbqK1MjYlrtl5JxjsJsnvsxecsHYDrdUJxl127tJLbGekzs3OO2G15lWa/5Pkhrtg7oxtO3nuKkYW/Rgji37Z4hX0DO5w3JVrKf3zqDFxza+6YOt2Sk89c84JK9cwJReOU7rvFUtXbNGzErXPX6TP7EdPPMXeAw85rtZW4pqdJ1flcZNn2MNwLa65QWvrrc9yjU2ewWgfpftetXTFJm2SZjdjXLSmp57DcM99nqtF3DNmjgzXAbsNaU0trrpiw0Za/zNMRfQzp19g925Ke716xQXrNWlNT58iuzI7/QK7dtA6WZi/wvo1tE6nTMhWzp1xxM7ttE5XLjhDU4Pm3vQ4rdOF047YqUvrdOX8S2iuoBgb06O0TpfOOMJA+xaSE7Px4rEf1s0/h8mD9mLB+BM4tvs+nJ4GID+vBErK8mj9UyP89HMT3H6hi/2nFiExLhvb1lylfpnUYItTL2Cwjq770gl7rJtFsTknd9F8Wpo6wIC5lktHnkCTiaE5aUBzdN3UAQZLKa7n4gE7rGViVk4yNnfD5Bm2L6Bn6IW9D7BmHD2T/nZ8bfrxD5iGzKKmpgYRERFwd3eHq6sr9/NXIP6SwqA4twhlxSR1XpBLqa4l+SUoZP7XUZJfzMWAFLLcwlIUZJNfvLSgGCWMT72I4ZaVVCAvi7hsn1WV1SjKIQn6irJK5GZQu7yEl8gvyCL/ek1NDXIZyfEKxv8vKQnkZeQxbUnkpFIZelaKX1ZOFulxyaK2goIMMpMoRoWVz67fWBk56fmweLgZLx75wuKMIwoLyvD0vjee3vdG3YZKaFNPBZ27tUJh13YIjUrHKb1ZAAArGy88eOqDnavUAADHzRygPq4nACA6LBV+gUlo8OF/dvUbKCLtPY2flYNXVpJDDBMPIK8gjcxskuYu4UoHSCEziy8HwMYzFDPzKykpgWxmTWuqgbwCOraIWTdBDZCTS7ZSWVmDvAJqs/EV1ZUC5OTQvoqKKhQwfbH9VpbXcNzycqFE/ef6LSurRi5jr6VlFSgqro1bhfx8apd8EIQjLh1XWlKJggKeKxpPRRU3ntKSSm78pYwNlpdVcmMoLqpAIdsvc/6yskpuDMXFlShmzsOuU2lZJQoLyxluBTeGIua4ss9wi4s/P/elZRUoLGDmr6gcJbXMZ2lpBQoKmH6LKlBSTO0illtSjsJ89trKUcpxyz7hsuMrR0kRcbMzC/HWNRxRYSlwfRaA7MxCrHDl671ISEjg51+bo7S0ApsNpqBz99Y4e+wposJToVJHKKRYXFCC0hLS1ClkzlFcWIYixpZLCkq5EiBFhfzYi5g5Ky4o4a6tmJmjooISbv2LC0pRztgWe92FucWcDRbll6K89Osy7r4IAgnhz9f28QPi7du3WLBgAeLj4/FpJImEhARXdubPQhyTAnFMyt8FgUCAAO84PL3/Hu5Ooaj6pL5Gk2Z10bhpXTRorIJGTVRQt74SlJXloaQsD0VlOSgoykJeQRbyCjKQk5eBnJwMZOWkIScnAylpSXEarhj/L1FYUIrEuCwkxmYiLjoDMZHpiI1MR35u8W+4MrLS6NCpOTp3b40uPdugW+82opeRHw3fLSbFbM+3iUlZb/jD/c3p2bMnOnbsiD179qB58+a/eUbXrVv3i/sUf0kR42+DhIQEevRtix592yIvtxjuTiEIC0xCaGASkuKzkJGWjwymeOGXQFJSAjKy0pCRlYasrDRkZKUgIyMFGZmP2x/+lZWGtLSUaFtGhvlXRgrSMvzvZWWFL0EyctKQk5OGrOjF6MO5PrwkycpKQ0ZOeJz4ZUmMbwmBQIC8nGKkp+QhLTUPKYnZSE3KRUpiDpITspHLfNFjISkpgdZtG6PDr83RsXMLdOjcEj//2hyysuLH/LeEQIAvCuCvrY8fEZGRkbh37x5+/rn2+mpfCrH1MghwDcGjUw444rAbgFAWf+LKMQCEMvPOdzywyUxY0MnHKRBWB21wzMkIAPD4oiMmrxZWkgz2CIPjdRdsPicscPjewR9Wh+7jhLMwnsTuvAOmrlUVct+Ew8HCGdoX1wIQyu33U+sJALA1e4bqqmrM2jxJ1K+9uRO2mgt1Szyf+mDAxN6iPstLyqC+ZSoAIOh1KJ5efgk9CyHXw+49Bk8Vpqg+vvACJQXFmKM7Xch1C8Hji47Ydn0TAKGE/tDp/YVzcNkJBdkFmKcvLPoX4BKMJ1ecsd1SqCHj+sALw2cIufbXXJCXVYj5W4T1JXxdQmB/+y0Mzq1AvfpKUJGTxtY9wn7uX3VDQkwm+gz/BVkZBQj2iUNESCp+7tICxUXlSEvKgYysNMpKK1FYUILKimpUM1VRa2oEKC+r5CpT/1OQlZOGpKQEFJXkISsnjepqYSXbFq0aQFZWGmVlFUhPzUfPvm0hJy+NtJQ8tO/YDLJy0sjKLERKci5GjO4MWTlppCTn4t2baCxbMxKystLwfR+LoaM6QVZOGjGRafB9Hw+N9WMgKyuNoMBE3LN6i2OnFwMAntj6YNJ0oT0E+ifgpUMQNutOBAB4e0bD6roHjp8Rch898MaUGcLU4uDAJLyw94eWntDOvN5E4vaNNzA2WwIAeGjzHtNmCW0nOCgJzx/5Ysv2KQCAd28j0W9gB1Gf5eWVmD1PmN4aEpyMp7be2LpDaJNeHhHoP7gjAOCpnS+Ki8ug/iFtNiQ4GY8evIf+zmkAgDfu4Rg09BcAwPMn/sjLK8LchcIU5tDgFNje88R2Q6EtvXYLw5BhwsrVTs8DkZGeh/lLhom4963fYMceoVvR3SUUQ0cIKyY7OwYhJTEbC5ePAACEBafgrpUHdu2fDQBwcw7BsFHCNHKXl8GIj8nEEo2Ron6tb76G4UF14X7nYIwY1UV0XHREOpatGSW8tqBkWF93h+HhOSgpLofDUz907NgCOdlF8H4bhbjoDLRs1UBoCwnZyMooECm61oZGTeugfkNlFOSVYqHGcLTt0BQxEekY/2H9vT0i4eYUgs7dhYXjgnzicMfcDfvMhOvvZOeLMVN7AQD83kbB0y0Caz7YSuD7GFhdcsHBC8sBAA4PvKH6wVYCPKPx2jEY6z6saYBnNG5fdMZBc6HO0vO7XlBTFz4Pgrxj4fLYD+s/rJPf6wjcOf8Sh64Ln3X2t99gwofU7WCfWLy0eYeNB4Qp/b6uYbA664ijt4XPmcc33DB50Yc19YuDg9VbbD4yDwDw/lUw7pxxwq4ry353zr4ZxGJutWLAgAGIior6pi8pYncPxO6e/woEAgEqK6pQXl6FivIqVFZ++LeiCpUV1cJ2RTUqK6pQVVUt/F2FkFdVKXxxqKwUcoWl4fntj8eWl1eiouzDvxVVqCz/eM5KVFZUo/wbFOn7lvj4JUhW7uNXJebr0se2jNSHLz/0e9lPviJxX6BkpPmvTB+2pT9+gZKWou2PX6Q+/E5aWhKSUj+WO04gEKCivAplpRUo+/ByXFpSgdLicpSUVKC0pBzFRWUoLvrwb2EZCvNLUVgg/MnPK0F+bgkqmfip34OEhAQaNamDJs3rokWrBmjRmn5atWkERSW5v/mK/3v4Xu6eVqe/jbsnaeOP5+558OABdu7cCV1dXXTr1g0yMnyGZffu3b+4T/GXFDH+M5CQkPjgfvlnU4sFAgEqK6tRWV6FigrhT3lZJSorq1FRXomKcnp5qvjwUvVxW/jCI3zZ+XhshejYDy9CH7cr6GXs47k+9sVC+JJWxQVn/hsgIyMFKWnhS8vHf6WlpSApJSn8nZQkpD7+KyUJSUlhW1JSQtj+8KIjKSUBKUlJSEhKCNuSEqD3H+H2py9EAoHgw2d5gfCnRoAagQA11QLU1NSguroGNdUCVFfXoKqqGtVVwn+FL6wf/q2ofc6/BnJyMqjfSBn1GyqjQSNlNGiojMZN66JR0zpo2LgOmjYXbsvIiB/P/0qIA2drxaxZwi+WK1asEP1OQkICAoHgLwfOftFdkJ+fjwcPHsDNzQ1xcXEoKSlB48aN0atXL6ipqWHw4MF/3Mm/GBsGbENJdjnuZQjT5pZ23AjLCGF63YaBBkiLSRftW9lFC/mZhcTtsAGWkWc+y13RaTMKsos+y10/YDvSYzNE+1b31MFFvxMAhDL4eRn5uJMsTM3T7L8NGXGZIq5GN21cDhTKUK/puRW5GfmwThFKea/ro4fMxGzidtHC5WAT4Tl66CA3Ix93Uy+L2jmpeTTezlq4EmLy4Rw6yM8qwN1UYb8aXbcgP7tQ1F7eRRsWwcIxaPTQQ0FuEawThOnYy3voobiwFNYxwjlc3ns7LHyE8tYr++9CcWEZboceE85J350oK63AneCjwjEMNsIVDyNhv8P2oqigDLf9hRLby4fuRUlROe74CSW2V47cD/NXO4XXMu4wCnJLcPu9MKV65ahDKCosw533QlfbyjGHYe60TTifU04iJ7MAt98KJbU1VI+iML8EdzyF51057ijMX+gJudNMkZNRgNtvdkFCQgLrp5qiIK8Yd94KXYMrxx+H+bOtwjWddRpZafm481o4plWTT6Igt1jUXjHBGFfshaUF1qubITM1D9buO4RjmGqCgrxiWLsK2ysmGePaEyF341wzpKfm4Y6HESorq7F25mkU5JfgrPV6VFZWY5vGFewyWYCK8ioYGz1AbnYRtuyZicqKKlw88QylJeVYumEsKiuqcNfCHZPm9ENlRTUcH/uhpLgcI1S7orKyGl6u4aisrEbX3m1QWVmNiOBktG7bGFWV1UhNykFVVQ3q1ldEZUU1SorLICEpiRrGFfcRlR/+4P9okJGVRnVVNQQCoHXbRlBUlENcVDr6DukAJWU5eLlFoLSkAis3j4NKHUVYmjmhIL8E5+5oom49RWxccB6XHghdq5sWnUeIdzxuv9QHAGjOMUNWRgGsX20HAGhMM8Xlh8KSFpsWnEN6Sh7ufNi3bvYZZGcWwNrFQMidehKX7YRlNTbNPSvkugn3rZ1+CjlZhWRnE41x+anQrrTmmiEtKRe3P9jn2iknkZtZKLJtDbVjuPxcV8idfRqpidmie2TNhOPIyy7EHS/h/aUx+hAuvxSOT2umKVLjs3DHe5+QO+4w8rKLcMdnPwBg5Yj9MHcRnlNrqrGQ++EeXz3qIPJzikTtlUP3wtx99wfuCaTGZuFOoPBZsmrYHhTklODSmx1fs6x/GhIC4c/X9vEjIjb2t2reX4s/9ZKSmpqK3bt34+bNm2jWrBn69++Pnj17QkFBATk5OXB2dsbx48fRpk0bGBoaYu7cud98oN8DCwxm4fmlV6L21A3jmX0z8ZYpLb90zzzYnHzEcEnqfvHu2XCzeUPcvfNwz5i4kzVVRdvL983Dy1skFb1ol7poe/SCIdzDX+PgAjy/SroUS4xonlWXj0Q5k1655thiPLn8ksa0h7iTVo9DYQ6l5W48tQK2ZqTdsHTPHNH2jE0TkZNCKcfal9bgnjHpMSzbO0+0PU9vClKiSeJ7m8VaWB17TNdqOIvGs30a4kMptXnHlVW4yXCXbp9G16k/BdGBiaK23pklsGK0JhZtprlfpD0BEf7xNN6jc3Gb0caYrzmWttePRahvHM3Dnhm4w8hrz1k9kjluNILe0Q24bucUWDO2MmvFMNH2gnWj4Pc2RtRerTcBd81JI2DmMnqZX7h2JLzdSWZcQ1sV9yzdRe3pjHT4grWj4OUSLvyiJCsNjS2qsLF8jSbN6wnHsGwIOnZuCQBYqzMBr51CMGyMMKZCVlYS966+xswFwv6kpSUxa5EwxqN3v7ZwcQiCzt6ZAADXF0GwsXyNI+eXAQDuWbph9lLh9b1/HYmX9gHQ2y9cS1enIAwf0xU1NTW4Y+GOyvJKTF84CFWV1fB9Gw1XxyCs3KyGmuoaeLpHoEfftqiursFLe3+Ul1ZipFp3VFfXIDwoCT7vYjBj3kDU1AgQ5BePX7u0Qk1NDd6/jUJZcQX6D+sIgUCA+OgMBPsnQnVqL0AgQERoCjr82gIAEOQXj9LiCvQf2gGQkEBSXBZCAhIxaWZfSEhKIDw4GV16tIakpCQCvONQVFiGMZN6QFpaErGRafB6HQWNTeMgLSMFb48oDFftClk5abg5BiMrvQCrtFQhJS2Fd68j8Mj6HfaaLgQAODz0heo0YYzHc1sfJMRlYeocYfkDZRU5PLTyQtMP6zR7CZUHmDp3IGIi0kTt5RvH4sGtt2RXS8hWpi0YhMgQumeWbRgD25v0nJmxiLgzlg5FiC/dB8s2j4XtdeJOZ+TrZy4fjkCvaFF7idY42Fq8pjEyY1BfPRI+7lRuYYm2Gh4wtj2ZubY560bj3csQUXuR9gTYmr8StSctJu68Tap4Yx9AXJ2JuM9o8ExcPFS0vVBLDa52ftTWmYQHF+lZ97dDHJNSK9q0afPN+/xTMSlNmjTBkiVLsGzZMnTt2vWznNLSUtja2sLExATq6urYunXrNx/s3wVxTIoYYoghxn8b3y0F2WTvt0lB1tr9Q/7NiY6OhomJCUJDQyEhIYFOnTph8+bNaN++/V/q7099SQkODkbjxo1/l6OgoID58+dj/vz5yMzM/EuDEUMMMcQQQ4x/NcQxKbXi+fPnmDp1Knr27IkhQ4ZAIBDAw8MDXbp0waNHjzBu3Lgv7vNPyeL/0QvK1/L/Lbi+9y7W9tYVtU01qaT69T3W2DGZyo5f3n6T564j7o291jCYRCXJL+pfx5pexDVZQ+XXr++xhsGE/dSvAUm4n9A4i6PLznDc7eP3Ub/bbnDcI0tJntrS8DbHvaB3vVbulZ285P+FrYyEu4YZDi+hMvOXt9+CvhqN9+wWlnsOR5jxXtC/Cf3xNA/ntjLjXXMRR1ZS2YELBlbQn0wl38/pk0T6yY1XcXgVI5m9yxp6U0ky+6wBSWaf1r2Fw6tJKvyykQ10p52gfhm58rM77uAgw72y3xY6U6mc/VlGgv6CkQ32ryaJ7ysHH0Kb4Zox3MsHHmIfyz1kB62pVMLebBdJ5lscfQyjVQz3yGNsmmYiap9hZcaN7WGoQdL25kefYON0Kptwejdxb5g6wHAVcS8feYL104h7ahdJvN8644hdGjxXcypxTXdSv7fMnLBjJY3Xwpgk/k132+D4NpoHq7NOMGC4V06QxP9powc4qk9y8FbnXmI7I/FuznDN9j7EUT2Ge/4lti2/ROM9QWMwO2CHw7p8v7rLiHvxGPV77tBjHNS5zXG3LiE7u8DIzF84+hQHtpCd3Tr3EjqL6J6/cISRpD/2FPs3k/3eMnPClgWMrR8it6b5iWfYt5nu+ZtmTtCaS5Lv5w7YibYtTjzDvvV0H9849QKb1el+O7fPVrR91fgZjBj5+msmz7FpJq2pmdF9bp8RI9tvaWyPjYx8vRlrVybPYKhB83n12BOsn0z34mlG6v7mSXvsXkrPOovDj7B+/FHiMuUAbpk8w85FdN1X9ttCcww9O0yZkglWJvbYMZeeX5f32GDdSHp+/e0Qy+LXim3btkFbWxuenp4wNjbGyZMn4enpCS0tLejr6/+lPv9S+HhycjJev36NjIwM1NTwAXObNm36SwP5NyAnNQdFeaTamJ1MUvE56XnIYtrZKTkozCFRJXZfbkYBMhMpjiM3LQ8FjDR7ZjLtK8guREYilYDPzyBxs9Kick6+viC3mOMWZvGS+VmMXH1xYRnS4uiLVmE2caurapAWSxVPK8srkc5yc1mxKAmkxmSARWoMxZ2UMNLwMnIyiA8jn7mMrDQXo8Jy5ZXlEfae/OBycjJIYfpl10FWUQ4xQRSTIiUliVRmvGwJAklpSSQz4xUIBEhPojnLY+ZMIBAgmZmH8rIKZDLxN7mZtGZVFdVIjSe5/dKicmQzZQdyM4hbXlqB1AQ6Z1FBKXKYdcxOpzGUFJUhI4VspzC3GHmZ+QyXtovySpDJcAtyipDP2FUWI4yXn1eMjFQ6Z352IQqYOCR2DLnZRchMI25uViEKmfIAWex1Zhchizk2L4v6LC6sQEEutXOyi5CdwZ6H9hUVliGXOTYnqxDZmXTOPIZbWFDK9ZOTyXNzMmlfUUEZdy052UXIZcpOsOcszC9BVjpxszMLOW4Os6YFufwcZWcUIDenmDuWuMV8v1mFyGfKJLDc/OxCZDP9ZqXno6AWbl52ATLTedsoYMeQznCzCpHDcHMy8lHI9MteW25GPmc7OekFKMqnftn1zs4oQFYa007LRzFTfoG1189x2fs6i53P9DzkMOfJSs1DESOFn8POZ1oecjPY8eajmJHfF+OfQ2hoKKytrX/z+xUrVsDExOQv9fnFOikWFhZYu3YtZGVl0bBhQy71T0JCAjExMb9z9L8T4pgUMcQQQ4z/Nr5bTMqJfd8mJkVn1w/3N6d169YwNjaGuro693tra2ts3boVCQkJX9znF39J2b17N3bv3o3t27dDUlJcRFkMMcQQQ4z/RxBn99SKVatWYfXq1YiJicHgwYMhISEBd3d3HDlyBDo6On+pzy9+yygpKcG8efN+yBeUYPdQLjbD3pxKwAd7hOHUevLF+r0MhO4YI1H7ySVKcw3xjOBiVLwdA6AzylDUtjtPZd3D3kXi5OrzHPcjHl14ARtT8nWHekXi+Ery23o982PO74S7J8l/Hfw2HEeXE/ftEx/R9tPLTrA+ZkvcN+E4vJjiTl4/pFTrZxYvYXWY/NdB7qE4sJB82273KV3SwdIZVgeJG+gajP3zievCpGU73nDBjf3k6w5wCca+Wrgvb7/GdZbrGoI9DPeVDY3B5b4Xru6leItA91AYMVzne9SvxxNfXDG6y3DDYDiP5uGlNXE9XwTisiHDfR2OXQzXieF6Owfjwm6eu3Me+dAd73iItv3dQnF+F30eDXgdDgPG3/7cilJBA99EcHEy/m5h2M5w7a0odTnYOwZnmPgAX9cw6M8h7tObxA31i8OpbRQf4OMSCj114j66RinyYQEJMN1GcRw+rpRiam/lgftMiml4YAJO6lEcx3sX4jpYe+Iek2IaHpiI4zrE9XImrtP997C+QCmmkUFJOKpFMQqezsGibWc7X9w+68RxD2tRzMcbpyDRtsvTAFgx6emRQUk4sIliPtwdArntG6Z030YEJWH/+muittsz4r5xCsJ1JkU+PDARe9ZdZc7rz1xnMK4y8TdhAQkwWkPxQa/sfEXb3i6huHKE4llCfONgqEFxPM623qJtP/dwXDrIPA+8Y7BrGT2TnGzoHg98E4kLe5l7/F00diyiGBpHa7q/gjyjcM7QhjvWYD49Z1h7DX4fDTPGBv3dw7Bdne5F+5tkV6E+sTjN2IqfSwj0ZlAc1+OrLqLtCP94mG6h+DYf52BsnXoMYvzz2LVrF3bv3o3Tp09jxIgRGD58OM6cOQMjIyPs2PHXdGy+2N2jp6eHBg0aYNu2bX/phP9GiN09Yoghhhj/bXw3d8+x/d/G3aO784f+m1NYKIx7UlFR+ap+vtjdc+jQIUyePBnPnj37rDa/sbFxLUeKIYYYYoghxn8bYsXZP4evfTn5iC/22Rw8eBDPnz9Heno6AgMD4evrK/rx8/P7JoP6p7B56E7MbrJS1F7RaTO3T72phqi9qrsOx13+66baud22cNxlvzDcITu4fev66om2NfvqY17rNaL2xkEGHJdNgdbsq495rVaL2hsGbue4q3uQP3BdHz3MbUlczX76HFejm7Zoe00vXY67pudWnttFizvHnBarar3ulV2o31U9tkK9BfWr0V0H6s3p2JVdmTH02YY5rdcRt4cu1FvQvKzsxlzbAAPMbaNJY+qtD/VWa+nYnsz8DtzJc/sZQJ1pa/Shr4UbhhtibrsNovbagTsxp91G4vbdLtreOGov5v1MtrNm4C7MaUdrrtGfPntuGrMfczsw1zrEEHOYtkb/naJtrfGHMfdXutY1wwwx55ctxB24S7S9ZeJRzOuky3CNMPdXEljUGEzuxy2Tj2FuZ4Y7Yi/mdtH7PHfKcW7fRrXDdC3jj2BRbwNRW2faScztRvOynuVOOoZFfenatkw1/oRL6eibp5zAor7MtU07ibnd6TyaHNcYC1nudBPM7cFwVWkMWlN5rva0kxx3nSr1qzXNBAsYrtbUk5jbc8dnudrTf5+7dhyNQXvaSczvTfOwacoJbgxrxpDswZbpJhx346TjPHcUpezqTDfB/J60b8OEo9ycrRlJMgI6005iPtPP+nGHMLcLpYuuGkYucJ2pJzCvK90XmmMO8LYyhGxFZ8oxzGP2aY7cx9vgIIY76Qhn28GdYgIAAMWMSURBVOuGG/G2zdwHOpOOcPfImsG7MednLYjxz6B3797IzRVmHfbq1Qu9e/eu9eev4Iu/pBgbG+PKlStYtmzZXzrhvxmztCfDyYL8pBPXkIT6bO3J8LKnuI4FBjNge9r+s9y5utPw+qEXcXfMxH3Tp8RdNVq0Pd9gFlysyY87T2+6aHu4+kAIGFn8xbvV4XSTJKjnbSPuyAVDUMEUmFu6Zy4crr6i8+yYIdoet3Qkipk0Y43Di/CYiZNZuJPk6yetGovcdEp71Ty5DA/O0HUv3EXcGZsmIi2OUno3nVmJuyfJh75w50zRtrrOZCSGpYram81Wwvo4cRcw452jMwkxQUnU76nluHOCygzM05tK/WpPRJQfRZBrnlgM65MU1zNbeyLHDXvPyNcfmg8bZp1mrlcTbc/aOAEhnlGi9oq9c3D/DOlzTF9LIkXqmyYgwD1c1F62eybum9H8TtGg9VffPAG+ryj+YonBdDw4+0LUnrxyFI19oxq8HSmmYpHeVNiep5iKCctGMGNQw1t7in1YoDMZthcoVmPCIpLxn7t5PNztyLbna0+ELSMzrraQJMnnbVaDywOKfZi9jq57yKSeXBmHuZvGwfn+e+Iy98iwSb1RUUb2Om+zKpzuUZzErNU0RyOm9EJJIaWYzt00Di/ueDJcmqNR03sjn0nLnbdxLJ5ZUUzFzFXEHT2zD7JTKZV13qZxsL9F8UIzNGg+x6n3RVpCTq3c6SuGi7bV5vZHUnQmwx2LJ9cZmfnlNPfj5w9EHHMfzN+oiseWbp/lTlwwCJHBlIo/b5Mqnlwl7hSGO2nJEIT6UBmHeRvV8PgqPTsmLiXu5GXDEORFtj1v83g8ukIxIJMY7lSNUfBnbHvupvF4dOUVc16ah+lrxsLnJcULzdk8Ho8uE3fCYup35npVeDL2OmfzRDy8RPaqxnBnbxyP13Zkg3O1JnC2/bdDHDjLYdq0aZCTkxNtf+vq518ck9KsWTO4ubmhQ4cO33Qg/yTEMSliiCGGGP9tfK+YlP8d+TYxKQn6P3ZMyrfCF7t7Nm/ejNOnT/8xUQwxxBBDDDF+MEiA4lL+8s8/fRF/E9q1a4fs7Ozf/D4vLw/t2rX7S31+8UuKl5cXLC0t0a5dO0yZMgUzZ87kfv7LsDp0H5r9yd9qtpkkva0O2mD3NPI7X919G5r9yG97ZiOlAlodssGuqeR3vrLTCuv6kG/29IZLHHfn1EPUryGld5qsOY8TGme5MbDS/Ba7KGXPdN0FnNCgVMCb++9y0vzmBrc4LpvKfGOvNQwmEvfS9pu1ci0N7/DS/PqUsmmqeRHHVhD36u7b2Kb2eWn+U5qXcGw5SXpb7LoNfdXPc09vNOfk9q/svA3dsXs/yz27xRKHlxL3quEdbGVSxc/r3mCOu4FDS4hraWiNLaP30H59mgfzHVY4uJgpO7DnLrRHEZft18LQGvsXMty996DFcM/pEffaPhvsY7hX99zDppE03rO6NIYbh2yxl+13nw02jqR+zRiu1TE7GM2nFOmre22wgeXqkT3cNn4CQ4ZrsdcG60cQ9wzT7x2Tp9g9l7jXDtmKtk/r3sTJTSTFbn3qGXbOMWW4D+n826xwchOl8FqbPsMOJj3VkuGe23EHJzYy/Z52gAHDvXqAxnB+lzWOb2C4Zxy4tFcLhnvJyAbH1l9l+n0O/ZkmovaV/ZSWe3nvfRzRtGC4DtBjuOYM1+KALQ6vozTi26eeY+s0Sii4tJdSeK8eeojDaxmu6TOuNMNFI0qnv3bEjivjYGVijy1TSJL+giFxbxx/jAOMfP0t4yfQmkiS9BeYtPdbJ55g30pKT755/DE2j6fn13mmlISV8RPsXUrpyTeO2mHjWHp2mG2nZ9Jtk6cwWkzPg2uHbLF+JN3jZkzK8R2Tp9jNpPRfO/CAs0EzpqSGtak9drPrv9cGmkMpvkWMfw5xcXGorq7+ze/Ly8uRlJT0mSP+GF8ck1KvXr3//MtIbUiOTkceI7+cHEm+4pSYdKREpzH70pDDyDqnRNG+9LhMjpsanY5cpt+kSNqXkZCFlEj+2I/IzynmxpOZlMONKSOBZNoLc0uQyci/56YXIDmCuJmJxC0uKOOk7fOzCpEYniJqZzHcspIKbl9RfgkSmX6zGIn/yvJKxDLy9SVFZXy/DLe6qgqxgcQtLSnn+mXLClRXfsItLkMSOw+MXH1lWQXiGL99UV4JUhiZ/HRO2r4UccF04+RnF3IxNewcFeYWIT6UJP9z0wuQzkjfczL9WYVIYK87JRcZTMmClGg6R25GAT+fKTnISsljuGQb2al53HWnx2chh5G+Z8sKZCTlIpkpSZCWkIVcRvo8mePmcKUE0hKykMvI0LPjTU/IQUocz/2IvMwC5DES9WkJWdx+tqxAXmYBFw+SlpDNc5ntnPR8ZDHXmRqfiXSmPATLzc0oQDoz16lxWVwpiZR4WqfstDxuTKlxWVxZhJS4LIabj+TYTIabyXFTGW5mci4/n3FZnPR9WjzLzUMSw02NzUJ2GsWAsf1mJPL9psRkIpudF2Z86fHZXMmHlJhMTlo+hbuWLKQya5wck8mvP3ct2Vw7KTqd46ax/cZkIpWxlZToDOQzZQlSYvl9bBmPpJh0ruQCd91RaUiNZ8ebxvX7t0NcYPA3sLMjTZ7nz5+jbt26onZ1dTWcnJzQtm3bv9T3F8ek/IgQx6SIIYYYYvy38b1iUtocOgBJ+a+MSSkrQ/z2HT/M35yP4q4SEhL49JVCRkYGP/30E06cOIHJkyd/cd9/qcCgGGKIIYYYYoghBgBRoeG2bdvi3bt3aNSo0Tfr+0/FpIwfPx4eHh5/yCssLMSRI0dgZmb2h9x/I4Jf1y6LH+IZwcni+zsH1SqLH/Y+ipPF93UKrFUWP9w7mpPF93Uiee0nFx05Wfxw72guPuS9A6XsPbvykpPFD3sfxcnie9mTvLaDpTOsj9sS910kJ4v/5hGljTrecOFk8UM8IzhZfHdbSrV2uuWCWwfI3x78Jhz755G0NSuh73zbDdf3kq876HUo9qqfELVdGVl8l7sesDS8w3DDYDSbuC73yDbdbb1wZSfF9QR7hMFwBklmO98hOfi3T3xgvoP84kEeYdg1neKOXlpReud7B39cZGJ1gl6HYcdU4joxXN+XQbigx3DdQ2EwhXz8L25QemegawjObaWYmkC3EGyfRDFKz68RN8gjHGZbKI4jwCUY2yYS155JOQ/xisRprauitt+rYOhNoHimJ+aMJL1PDEw3UbyFr3MQto6nOINHlykdOcI/DiYbrjBcSjF9ds0FNkyqdVRgPIw1Ka7L+yWlTztauePeqWcMNwHH1lG8xTvmPnhp/QbWpvYc9/Dqi6K25wviujx4BytjumeiAxNxSIPuxTfP6J5xe+SDWyco7T0qMAH7mdiM10/9RNse9n64cdSO4+5bTrEZbo8ohdvTIRCWB21F7YiAeOxZQveiqy3dX++cgmDBxLNE+MfBcBFxXz2g+8vXJRjmTDxLmE8sdi+gGCVnpjxEgFsoLjJlHILfR/NlHJjSDIEe4biwg+6vYM9IGMw2EbVfsOUWPCNxjok7CXoTge0z6F58foORun8fzcWSBLqFYhsjX//E4pVoO9w3Fqe0KJbI3yUYehPpnnnM2Gvkb2wwCDqMvf7tEHyjnx8QsbGx3/QFBfiT7h5zc3MYGhpCRUUFU6dORd++fdGiRQvIy8sjNzcXISEhcHd3x9OnTzF58mQcO3YMrVu3/qYD/TshdveIIYYYYvy38b3cPT8d+DbunrgdP467h0VxcTFcXFyQkJCAiooKbt+mTZtqOap2/Cl3z8qVK7F48WLcu3cPd+7cwaVLl5CXlwdA6IPq3Lkz1NTU4O3tjV9++eWLByGGGGKIIYYYYvy34evri4kTJ6KkpATFxcVo0KABsrKyoKioiCZNmvyll5Q/nYIsKyuLBQsW4OHDh8jJyUFubi5SUlJQVlaGwMBAHD9+/D//grJllGGtku86Iw2h3oyk7jX76n8i+V47d00vXV5uvzNxt4zczUnorx+wndte+BPJwWsP38VzmXTp9QO2Y0Ebkn//VJpfs68+x53/P+JuGmzAcdf1YeT2+2/jpPk3DOS5a3qRzLVmP17GX7P/tlql+TX78TL+n84nx+2/jZfx/4S7qjvJZ68fsJ3jruujx69pd+p3w6AdmNOSGW+/bZjNXJtGN+p342Ceu64vz13Vk+Zh8/BdmNOKnYftnOS/BnNtWiN289wBBpzkv0YPWgvtkYaYw0j8r+v/CbcncXXG7MXc/5HtrBtg8El5AOJuHbefKw+wboAB1Fsz5QGYUgJb1Q5gzk/rRe1NI8iNuXGEIRb9qiVq647nuRtHGIm2N4/ag0W/krT5VrWDmNOWyg5sGE79ao3Zh0WdaC10JxziShKw/WqP3f+73PXDGe64A1jIcLdOOMSVL9Acxsi2qx3Ewl+JqzP+Ey6TAqsz4TAWdiZ72DL+ECfbrjmMxqAz8TAWdNKplbuO6XfrpCMcV0v1IMddO3g3dy3zO9L8bh69jxvv2kEk26878TDmdaB+No3ay3HXDNzBc5mSDxtHGnHzu3oAwx1/kCslsX6YIdQZe1jFlJLQnXCI42oO3lVriQrdCQc5u1o3cCfH/dshdvfUCm1tbUyZMgU5OTlQUFDA27dvER8fjz59+uD48eN/3MFn8MU6KR9Rt25dNGvW7DcFBv/LmKqpita/thC11VaSNPcUTTUMnNxL1J61ZRJadmhG3OUjRdvTN05A/wk9Re05WyejefumorbqUpKOnq09BX3UulO/WhNE20Om9sEEZgzqW6eh55huovZMRuJ92Kz+GL+ckdvfNgM9RnVhxkvckfMGQ20ZjXfhztnoNrwTjWkLRWCPWzwcqkuJu3TPHHQZ+stnueNXjMG4xSQlvmL/fHQe1PGz3Emrx2HMIpqHFQcX4NeBP9O1aU0SbU9dOw6jF5A0+/ID89GxHwkDzdhE3Gmaqhgxd7CovWzfPHTo/ZOoPX39BIY7DiPUB4raiw3V0b4ncadqjqfjNqhh+KwBovbCnTPRttv/6HpWkTz8NE01DJ3WT9Sepz8dbTq3FLUnapA8/LT14zFkal9Re87WKZwNTmBk8advmIBBk6n+xRydSWjVkWxw/PKRxN04Hv3H9xS11bUnoiVrg4x8+YyN49F3HNngbK2JaN62sag9dhHN/cwN49FnTFcaPyOLP3hSb4xn+10/Hr1Gdibu2jHEndIHqozc/syN49FjWKfPc6f2xbgFQ5h+1dBtMNngFEZCf+j0fhgzdxDNg6YaugwkG5yiQfM5fOYAjGbWf8Z6NXTq357hMtL8swZgpPoAhquKX/sQd9LKkaLtUeoDMHwGrf/M9aro2OsnUXvicrpHxs4dxHFnaKri5x5tRO0JSxlp/vmDMGRKH+KuG4f2XcmtPp7hqi0eynPXq6Fd11a0fwlxxy8ZhsGTyK5maKqiTSeyV1Xmnp64bAQGTezFcNXQukNz4jLlFiauHI0BjA3O1FRFq5/JXscxUveTV41BP8YGZ25QRYu2Tahfxlamrh2HvmO7cdxmP5G9/u0Qv6TUCj8/P+jo6EBKSgpSUlIoLy9H69atcfToURgYGPxxB5+BOAUZ4pgUMcQQQ4z/Or5bTMq+bxSTsuvHi0lp3LgxXr9+jY4dO+KXX37BqVOnoKamhrCwMPTu3RslJSVf3Kc4BVkMMcQQQwwx/iQ+Stt/bR8/Inr16oX379+jY8eOGDVqFHbv3o2srCxcv34d3bp1++MOPoO/7O75EWF9zBYbBpKf9LwOI699/CGMZlH63I291pyE/rktV4l7wg6GM4l7zYjnntVi5LWN7bCbSXu9uZ/SBk9pXoKpJqVaWh9/yMntX9tDKbynN1zm0p5vH33Aye1fMyLumY3mMFlDac+3jzzg5PZZaX6zTeY4uZpSLa0O2XAS+qw0v9nmK5yM/60D9zgJ/Ss7iXtW2+I3Mv5s+jcr439Ox5KT27+5/y70xpJk9mUDSve9oHcdRxkJ/Rv77mLraPLrs5L/lw1u4vCSUxxXZyRxL25jpO533cahxSz3HrQ5LvV7zciaS9O+se8eNg+jGIAL+tTvjb13sW+eSe1cRvLf6tB97JtL3Ot772LjECphf16XuLeP2mKPujHDvYcNg4nLpj1bn3wMI4Z7bc9daDJxCCz3rsljGDLp37cOUvqsmbYlTDdQyvE906fYPZP80DcZ7tmtN2DKpJHeM7XHzunEvbGfUm3P69+CCZPKbHP6GQym0f11neFeMrDCSU1KZb53yh4GU0kO3nIfcc133cGJtSQrcO/0M2ybwpS+2Esy8xZG1ji+hu7Fu6fsoT+J7kWLPXTfXt1zD8eYFOm7pk+hO4HuRQsj4l7ffx9HNOhetDZ9iq1qdC+aG9J9e/PQAxxeSffinZNPsGXcflH78m5G6v7IQxxcRvfM7ROPoDWG7q9LOynl2Or4IxxgUqStjj+C1mim7IQBI19/4hH2LaK0Z6sjD7kyDhe2031rbfIEexfQPXPriC02MrFG55k0/bumT2HElFC4efA+1g+m++Ack8p8//QzGKqTtMGN/TbQHPjXXAl/CR8VZ7/25wfEwYMH0by50P23b98+NGzYEOvWrUNGRgYuXrz4B0d/HuIvKQxig5KQxUjLxwbGi7bjghKREEIS6tGBichmZN5jAogbH5yI+OAE6ic4sdZ+E0MSEc/IuMeFkPR6dmouJ72fFJ6C+BDiJoSR9Hp2Wh53jrTodMQHsVxG0j2jAKmxJIueHpfBycMnMv3mZRUhOYLaGYnZiGfmISmcZNoLc4o4Sfqs5FxOSj4xPJnjxgTQHGWn5HHXw3KLcgoR4U1l57OSczjZ+URmPAVZBYj0jiFuUjZXhiCBGV9uWh6imHL26fEZSI5KZbg0vqyUbET5xInaKTHpXCmEOGZNM5KyEONH3KSoNKQxEuBxjK2kxmcgNoC4iRGpSGek21lbSYlOR2wQtRPCUrjSCCw3OTIVccz440KSkcnIxbP9JIYmczYYG5zMlTDg7DU0GQmhNN+xzPpmJuVw5R8SQhI5u4tlbDsjIRvZqXSOhNAkJDJ2xnLT4zK5kg9xwYncOsUxY0iLz+Rk5+ODE5HErhNj5ymxGUhl5NbjgxM5yffYYOo3OToDKUyZgbigRE7WPY7lxqRz90VsUCInD89yE6NSObuPDUxAGrv+QTTehIhUxDLjjw2MRzq3/gkMN4U7T0xgAjIScz7PDUvmnjsxgQlcGYd4Zgzxocnc/R8dlIgszq4YmwtKRAKzNtEBCbXaVVxgAhLDqN8o/0TkMOUB2H5jAuK5Z1RUQAL3nPzb8S1iSn7ALykCgQCNGzdGly7CWMjGjRvj6dOnX93vF8ekLFu2DCtWrMDw4cP/mPwfgTgmRQwxxBDjv43vFZPS1ujgN4lJiTUy+KH+5tTU1EBeXh7BwcHo0KHDN+v3i909hYWFUFVVRYcOHXDw4EEkJyf/8UFiiCGGGGKI8QPgY0zK1/78aJCUlESHDh2QnZ39x+Qv6fdLD7CxsUFycjI2bNiAu3fv4qeffsKECRNw7949VFZWftPBfW+EvAnn4iKeMrL4Ye8iOVn8QJfgWmXxI3xjuPgQP+egWmXxI/1iYbzqHMf9iGdXXsLG9DHHZWXxvR0DRNsOls64a2zHcVlZ/HfP/UTbTjddYH3MlsbrE83J4r99QhLfL61cYXWI/Pjh3tFcvAUroe9s7Y6b+8mPH/Y+ipPFZyX0Xe694WTxw95FcrL4rIS+231PThY/1CuSiw9ysSGJ7zeP3nNxMqFekTBkYn6crUni2+uZHxfPEvw2nIvjYWXxfZwCufiQ4DfhMJhEsTlOt0i+PuBVEBfPFOQeiu3jKXbgxXVG6t4tBGe1r4raga4h0Ge4zyxIDjz4TTjObKY4jkCXYOipUszPk8uMvb6PwqkNFJvh/yoIuuPIth9fJHuN9IvlYp98XwZCZwzF/HD26h+Lk2uYkg+MvT63fAUbU/q8Gx0YjxOriOvDSN073XLF3ZNk2zGBCTi6guKZ3r8g23a2fg3rE3Yc9zBb8uGZn2jbxeYtrI7YctyDSyhG6Q1j26/t3uPWoQccd/9Cird4/cibO46NfYkOjMe+BXQfuNm+o/E4+MOSiWeJCozHnrnEdbHxFG17OwXCgok7ifSP4+ItXt2j8hB+r4JxeRfdB+E+Mdg1i2KJnK1fi7YDXUNwkYklCX0fhZ3T6Z5hyzgEvQ7j4kOCPSO5OB62jEOwZyTO6tB9EOQRjm1MbM4zpjRD6PsonGGk7gPdQqDPyNc/NadyC5F+sTi1keKOAlyCoatK98HjS2Tb0YHxMNWkZ7HvyyBsYeJt/naIU5BrxdGjR6Grq4ugoKA/Jv9JfHUKsq+vL65cuYLLly9DWVkZixYtgqam5jf93PN3Q+zuEUMMMcT4b+N7uXva7f427p6YvT+WuwcA6tevj5KSElRVVUFWVhYKCgrc/pycnFqOrB1fFTibmpoKBwcHODg4QEpKChMnTkRwcDA6d+6Mo0ePQltb+487EUMMMcQQQ4z/Cr6Fu+YH/ZJy8uRJSEh828ylL3b3VFZWwsbGBpMnT0abNm1w9+5daGtrIzU1FZaWlnBwcMD169exd+93/Pz2jaA3bm+t0ux6Y/dgTguSNt8w0ICXW++mzXHVm/NS93+WqzWU0kQ3DTbA4vYk/6w7xojjbhpswG0vakfS0FtH8dL8G5kUvY2DDLCwLXG3jNzNcVlp/k2DDXhp/hE8V7Offq1crWG1S/NvGmzAy/gP2cFL8/fV47h/VsZ/85AdHHfjoNq5WsN2cjL+Gwfxa8pK/muP2M3J+H/KXd2TkTYfyXM/tZVPuayM/4aB22u1wa2jDD/hGvDS/D1ovFvH7OFk/Nd/wmXLA+iO3Qv1FkzZgQEGtZYH0BvHc7VGkBT75uG7sKQDSaTrj9+POcx4tYbv5o5b/DPJoOur7eO4m5j7QHukIRZ32MRwD0C9JWMPQylVdcsoIyz6mcagp7qf424cwnBH78Gi9sx4P+mXTdneOnYv36/afq7MwAYmFVx33D4sbE/XpqvKc9cP2sHtW8DIweuO28dx2dTaT7k6Y/bWytUffwAL2tGzY8voPTx3AM+dzzwPtEcacdx1/el5oD+B52qNMOS4a/uS1IK+2gHM/R9xNw3bzZVxWN2bngf643nuxqG7OO6qXvQ82DbhIOa0pufMhsE7Oe7fDrG7p1YsW7YMS5curfXnr+CLX1KaN2+OVatWoU2bNvDy8sL79++xdu1aqKioiDhqamqoV6/eXxrQPwm15SPR6heSeB7DSDGPXzka/RiJ5ylrx3Gy+GMWMnLQq8ehr2oPjsvK4o+ZT/1OWqOK3ozU/aTVJAfef3xPjGWk46dqjkfPkSRJPnkNSZIPmtyHG8O0jRPRfQTJ4k9aQ1LsQ2f2x5gFxJ2lNRldhv5K42X6HaY+CKMYSXr1LVM4qfspa1VF26PmD+Uk6efoTsevA0jqftIa4o5ZOBwj5hB3rv4MdGQkyVmZedWlozBsNsmXz9OfgQ592oraExiu2vLRGDqjP/WrNx3te5LM+PiVNA/jV4zG0OnEVdeZivY9/sdwaS0mrBiFwVNJvnyW9mS07UaS5GpMSYKJGqMxiJEkn7V5Itp0JknycYx8+aTVYzFwEiMzvmkCWjOS5GMZmfmJq8ei/wSyq+kb1NDqF5LQH7uQtatx6MeUW5i2bhxaMJLkY+YP4bh9xvHcZu3IXkfPY7mq6DWabHAiU7ahv2oPzq4mrRqLHowNTlhBkvQDxvfkSh1MWj0O3YZ2ZrjU78DJfTCKsatJq8ei6xCy1/HLqN+BU/pwdjV5zTjOXtWYEg+Dp/Xl7GqCxmh06v/zZ7lDpvfnuBNXjcWv/cheWen4YTMHYuhMktCftGoMOvYmex23mNZ0+KyBGDKd7GriqjHowNjrWIY7cs4gDGbsatKq0WjfneyVvf9HzRuMQZP7cty2XcgG2bkfs2AIBk7ozXHbMKUZRjMlCcYtGoYB48leJ2mMRuuOzT/LVV02Av0ZG5ykMRotO7I2SOs0fsUo9B1HdjVp5WjumTmaKXUwfsUo9B7D22BTRkJfjH8OUlJSyMjI+M3vs7OzISUl9Zf6/OKYlOvXr0NdXR3yX+mT+zdBHJMihhhiiPHfxneLSdlxEFJf+fevuqwMMQd+vJgUSUlJpKWloUkT/qUxJSUF7du3R2lp6Rf3+cUxKYsXL/7ik4ghhhhiiCHGjwCxLP5vceqUMDtUQkJClETzEdXV1XB1dcWvv/5a2+G/C7EsPgMb08fYOIh8tayEuo3pY+ybQ+l+VofvYwPjA2Yl1G1Mn2APk05rddCGi/O4oHtNtH3/1FMundbqMCMzvvkKzDYxcuCmT2A4g1ID2dRgMy0LnGZSTu+ZPMbuaazcPqVEnt1ylUunvnvyEZd6y0rzn99qiVNMup+1sR0noc+mEV/QvcalXlufsOPSdFkZ/4v61zlp/jvHbDkJfVbG/7LBTS5N+84xWy5VnJXxv7LTipPbv330AZcqfnU3cS0Nb3Ny+7ePPMBWJlWcTWW+sdcaR5ae5rhbRlKMBSv5f+vAPS6l+/aRB9AeTrEQrOS/1eH7OMikdFsdssFmJh6DTZG2Pv4QB+abcFw2Lom117snH/H2etCGt1d9SiO1MX3KSejfOmDDxSywqdf3Tz2FESOLb3WYUnjPbrHEmU2UIv3gtD12z2Bs+xDZ9nnd6zjFSOg/OG2PXdOOfpZ7aftNjmtr9gw7mPIQtw4wUvc7rLj0VFuzZzCYwto2cS1234bJOkq9fnDmGbYzJR9uMPeMpaE1l3r9wOwZtk1g7oN997jtE6uJe/+0PfSYdNprjIT+rYP3cVyDbNvmlD22jqP7wJK5D6yO2OLYSkrTvmf6lEsVZ1OZbx97iMOMLP5dkyfYMspI1L7CpDJbGz/CISZN29r4EbSYkg/mO+meuWvyBAcYWXzrE4+wmZG6v8ykPd8/bY/9TJr2nWMPuTIOFxl7fXDmGfbOodTr20dssWEQ+3wl7kOz55y9Wh26/31l8cX4DU6ePImTJ09CIBDg/PnzovbJkydx/vx5lJSU4Pz583/c0WcglsVnEO4ZxUmSh72NoG3PaET5ktx66NtIpMdnfJYb8S4K0SzXMwoZTL+hnpGi7UjvaET7xjJt2k6NTUdOap6oHeMXi2j/ODoPK+kel4HMREY6PDAe0Yz8eqQvy83kZdoDExDjT1yu3/gspESSxHdiSCInZx/lS+PJSMjmJNMTQ5M4LitXn5mQzcliJ4UnI5aR8Y/wiWbGm4VY5roTQpM5eXO23/S4DEQx15oQkszJjke8ixJtp0Snc8fGBSVycvvhDDcxIhUR72lM0f4JSIqgeQn3ojVNCEtBGNOO9IlDEjOH7L744CRuTJE+cUiJJhl31q5i/OMR8Z644e9jkMqsY+gb4kb7xiKSmcOwd9FIZ6TZQ9/SGKJ8YzjbDnsXjcwE1l7Z8cVw9sqWK0iJSkNOai6zLxoxzLqFvadzJEekclL34e+jERPIcmnsiWEpyEgk+fcwryiu5EM4s4YJocn8PewVxUn+hzHzFxechNQYkroP94rkZPzDvIgbG5KEZHYNPaOQwJRuCGXWMCYwiSvrEOoZhUT2WObaovwTuHsmzDOSPw/Tb5RvPHctoW8jOan+8E9sLo6Rvg99E8lJ/oe9I27E+xhEM/d/yJsopMXycyjivovm7q/gN5FIi2O4zHjDvKK450OwRwS/NsxzMPRtBKL9qd+QNxHIYJ5nYZ5k2yGfcIPfRiKLsQ8xvj9iY4XrMWrUKNy/fx/169f/Zn1/tU7KjwBxTIoYYoghxn8b3ysmpf32bxOTEn3ox4tJ+Tsg/pIihhhiiCGGGH8S4piU2lFdXY2rV6/CyckJGRkZqKmp4fa/fPmyliNrhzgmhUHIW14W356RxY/wicbpDX9OFj/SL5aLzfD/HVn86MB4nFxNvjpWFv/5VWfYmD7huKwsvi8jM+54w4WTxY8OjMfRZeRnZmXGX1q5crL40QFxXAyFl72vaPuV9WsuTiY6II6XxX9M0uGuNm+5+IBIv1jsm0u+49cPSTrc/YEXF88S4RvDy+I/IOnwN4/ec3EnEb4xXByPqw1Jh3vZ+3LxIRE+0Zws/itGFt/bMYCLDwl7F8nF5jjfJulwP+cgLo4jxDOCl8W3chVtB7oEc7L4wW/CYTCBkcW/9kq0HfQ6FGe1LLi2vhrFJLCy+CGeETjDxCgFugZDbxzFJLCy+BE+0ZzUfcCrIGwdTTb46MIL0XaUfyxM1vJlHLYwMQm2Z5+JtqMD42st4/Di2ivcM+Gl7o9rUAwFJ4tv5cpJ3ccGJeAIE0PxqSz+naO2HPfQYoqLYGXxXW3ewurgfY5bm72+fviOi1GJDUrAvnkmtN+O7PXtEx9c30exJDFBCVwMhZst2et7B38uliQmMB5GjG27MPbq4xSIK7vItqMC4mA4k2z7FSN17+8cxMV8RPjGYCcTd/aSsddA12Bc0Kc4ubD3UdjB2LbjTaY0g0cYzm+lOLlPbZst4xDiFcmVcQh+E45tTBkH+ytkr2He0by9uoVAj7Ft1l4j/WNhysTJBbgEY+tYsm3WXqMD43/XXsX457B582Zs3rwZ1dXV6Nq1K3r06MH9/BWI3T0Qu3vEEEMMMf7r+F7unp+3HYSU3Fe6e8rLEHX4x3P3NGrUCNeuXcPEiRO/WZ9id48YYoghhhhi/Fl8C8XYH/TTgKysLH7++ec/Jn4BxO4eBtsnHuAkyVkJdYMJ+zmpc61hOznu2t61czcP2VGrLLrBhP2c1DnrFtIathPLfiEp7u3j93HS/GwKrNawnVjagSSzt6nxXC0mBVZ7+C4s+Zkks/XH8ZL/rDS/9vBdnDS//jhexn/zkB21cj+V8Wel+bVH7MZiVsZ/tGGt3C0jd3OS/zojecn/DQO3c9zflfzvT7LdW0cZ/lbyn5XxZyT/t44y5GT8f8NlJP91xxjx3OG7apX81x+3h5Px/9SuWBvUV93Lyfj/ng1uU9v3uzbISv5vH7+Ps8FNg2uX8f+Uy9qr9vBdWNaR7NVgwv5P7JXhjtjN2avBhP3c+mszcvtbRhpycvsGEw9+Is1P/eqMMuLk9g0mHoR6c8a2h9F9sHW0ERa3r527mZHb3zpmDxYxMvPbJxzguJtYWfyxe7GQsVd9tf1Qb0bcjYwsvt64vZy9fspl08b1VfdhwU+a3LEsdz3LVduP+W3ItreO2cOVOtBkpO63jd+Pef9juKONeG4/ume2TzjAcbeMNOS465j7wGDiQcxrzdwHn3DX9qH7wGASz9UavpvjrunNcCcfwtxWdB9sHraL44rxz0FHRwempqb4lg4a8ZcUBqPmDoG7tZeoPXwWyWCPWjAU9ZzI/z5u8Ug4WJL/dRgjgz1myXDUeeonaqsuHYVnFhQwxPY7bslIKDEl4ccsJBnsXqO7obqaAo9Ul4+G+30vhktS3H1Ve6C8tFLUHr9yDFzvku973CLi9p/QE0X5pPw3YdU4ON8m3/cYRuJ74JQ+yMssFLUnrlaF003Xz3IHz+iP7GSqcjl5rRpeXH8lao9dwkiHzxqItFhKn5yybjyeX6U5GrOYJL6Hqw9GcgSlBk/RVIMDM5+sbP/IuUMRH0ypl1PWqeEZE1s0mpEOHzlvKJfKOGXtODwzZ/sdwhw3nEv/nbxmLOwZn/pIRuJ7zKLhCPEIF7UnrhoDe6bfkXMGcdxAtxDiavDc4erEHbdkOHxfBova45eP4mIAOLtaOgLvn/uL2qrLRuF5LTaounQU3j4hG1RbNhr2V+jaWNtWXTYKHnbEHb2At9eqympmDCOh8IDiOkYz5SD6jO2GspIK5tpGQk6Z4jpGMdx+qj1QyNjruCXDIaMgS/0ysv39xvdEfjbZ69jFwyEtS4+5kQy3/8TeyGJSpscuHg5JaSmGS2s6YHIfZCRkMdxhHJctBzFoal+kMqnBqkuGw+kmxUKx/Q6e3h+JTNrz2EVD4cTUZ2P7HTJ9AGKD4hnuMDjeoDiUEYxs//BZAxHJpJWPXTQcjkxsyUh1hjt7EJow6ctjFw2HwzUXZj9xR8wZjIavQznui+v0PBg+i2xl5LzBqN+sLnEXDOP6HTaDeWYuGIo6jQKY9jA4MLFbw5hSF2MWDoVyPSWea0ncvxviwNna4e7uDmdnZ9jb26NLly6QkZHh9t+/f7+WI2uHOCYF4pgUMcQQQ4z/Or5XTEoH3W8TkxJ57MeLSVm+fPnv7rewsPjd/Z+D+EuKGGKIIYYYYojx1fgrLyF/BHFMCoOH555xMRasLPpDs2c4wEg8W5+w4yT02bRXu7PPsX8epSfeOWbLxU2wUud25xy41Nu7Jykt85yOJc4xqax2Z5/DaPZxGsNxW9H2+a2WOKtNBvLQ7BmXynjnKMmXX9S/DrPNJF9ua/aMk9C/fYQ+yV3efhNnNjLy5WfsuTRdVprf3OAWJ7f/4PRTTkLf6iBxr+y04lJk7596CgNGkvwmJ0l+m0s5tDF9gm1MKiMr4399jzVOrmZkxk0fQ59J073BpJHe3H8XJ5gU2Xsmj7m0clbG3+qQDZf+fffkI05Cn5Xxv3PMFseWszLjdlyMhaXhHW7f4SWnuLbWMIpvYGX8bUwf49Ai3gZrs9cHp59yEvp3jtly9mq+g7fXfXNrt1dWbt/u7HOu5AOb9n5B9xrObrkqaj8678ClilufeEh9brsBMyb1+tF5B+xmUsXZFHlzg1ucvT6+8AK7GFl81rYtdllx5SEenXfgbZBJp79mZM2VfHh03oGzQTaV+cbeu5zcvt05B2yfQFw29d7q4H3OXu3OOkBfjdJ02bTn20dsYcxIEDw0ew7dsSSDcIOR27c+bocTjIT+gzPPsHW0kah9fS/ZtrXxI67kw4PT9lxMEGuvNqZPcYSRK7AxfQptJs7nKiO3/+C0PQ4vofTveyaPudgdCyad2tbsGZf+fffkY2wcTPZ6hZHbtzvngP3zGds2fsTF45gzz9cnFx2xb64JcY/bcWUc/m58dPd87c+PiqqqKjg6OuLChQsoLBS6XlNSUlBUVPSX+hO/pDDwfxnEyUz7vwrmtsPeUpyB38tATlren9GL8HcJ4aTv/Z2Dkc7ITPs7U7+BriGc/HqQC/l7E0OT4MdoSwS9DuMk1IPcwogbngK/lzSGYI9wTsY9yJ3GnhiazHHD3kYgwieG4VK/CaFJnBZGuGckohjZ/ECWG5bMzVn4J7LYgW6hPNeZ5UZy0tzsGOJCfttvDCP5HeBK/cYGJcLfhWI8wjyjEcNIqAe40r6YgEQEMseGvolEXAhJlAcy3Ci/BI4b4hGB+FCKJfB3ofFFvI/lrjXkdTiSGLl9jusVjeDXtDZBrqFIjiRZfD/mukPfRCKYiXUJdAlBShRjr8x8hnhEIJSREg9wCUFaDGuvZFeBbqGcVP+n9hrAjCHQLZSzwUBmruODE+HP2FWASwhngwEMNzYwnrNB/1fBiGTsil3DmIA4juvnHIQovzju2I+I8ovj5sHPOZizq4BX1G+ETzS3Fn4vgxDDlJLwY9Y/3DuWG7+fczBXxsGftaN30fBn7mNf5yDEMXL2fsw5Q95Gcvbr6xzE2RW7/sEeEZxd+b0MQkJ46me5IR4R3D3v6xSIxIjPcwPdwzgb9HUK5Mo4sHPk7xrK2aDvyyCujAO7bv6vQhDGlF/wdfrkmfmKXydW+t7PMRDpcZ9/Zvo4BSHsHXF9HAOQycjt/+0QfKOfv4hDhw5BQkICWlpaNCSBAEZGRmjRogUUFBQwcuRIBAcHc8eVl5dj48aNaNSoEZSUlDB16lQkJSXhWyI+Ph7dunXDtGnTsH79emRmCtfl6NGj2Lp16x8c/Xn8p2JSDh06BAMDA2zevBkmJiYAhIuzZ88eXLx4Ebm5uRgwYADMzMzQpUuXP92vOCZFDDHEEOO/je8Vk9JR59vEpESc+PKYlHfv3mHOnDmoU6cORo0aJfo7eOTIERw4cABXr15Fx44dsX//fri6uiI8PBwqKioAgHXr1uHRo0e4evUqGjZsCB0dHeTk5MDb2xtSUlK/c9Y/j+nTp0NFRQXm5uZo2LAh/P390a5dO7i4uEBDQwORkZF/3Mkn+M98SXn37h0uXryI7t27c78/evQojI2NcebMGbx79w7NmjXDuHHjRJ+ZxBBDDDHEEOOb4R/6klJUVISFCxfi0qVLXAE/gUAAExMT7NixAzNnzkTXrl1haWmJkpIS3LolVNTOz8+Hubk5Tpw4gbFjx6JXr164ceMGAgMD4ejoWNspvxju7u7YuXMnZGVlud+3adMGycnJtRz1+/hPvKR8zeJ8CT6VxX/6iSw+G28R5BbCxS88vkgLHeXPy+IHvPp9WXxWZjzgFSszzsvixwYl8LL4LxmZ8VsuXDxLbFACji6vRWb8jjvnx48NSuBl8RmZcZe7HpwfPyYwnvMzv33iI9p2u+/JxZLEBMZzsTkedu+5bVYWPzowvlZZfM+nPlwcR3RAXK2y+N4vArjYjEi/WE4W3+UupVr7vQzk4oMifKJrlcUPeBWEC3okix/2LpKXxb/FyIy7hXCy+CGeEbXK4ge/Cedk8YM9wmqVxQ97F8nJjAe5h3Ky+Jy9+sZwMT+BLsG1yuJ/KjPu/zuy+LFBCZy9sm7OF9df4Z7JI1E7Liix1jIOL61cuRiVuKBEHFlKsQ7vHSh92sXag7PXuOBEHGRic9gyDkJZfBuOe2CBiaj9W1l8iuOIC0rEvjlUxsHdltL93z7x4WKUYoMSsEed4sPc7r/lxs6WcYgJjIfhzKN0Pfc8RNs+ToFcfFCUfyx2T6N4G2emjIO/cxAXHxThG4OdUyje5qXVJ7L4rL2+j4LBZEYW/wbZa7BHGBf7FuIZge2M1D0rtRDiGQGz/2vvvKOiSLo2fo2Ys+K6htVds64555zjmnPOOa4YwIComEARURGRMAiSg6RhyHnIGQGzrhkzGOb7w++durehx3FF1lDPOZzTzdwpqrufqWm67v3VWlPyXrGlRNLldCmRpOBU2IxQ93gpkavxOWCwgnkwMSCZjJmuJmzMzE68DseX0qVEMDPqa6soc1KePXtGfvLy8kT/7sqVK2HUqFEwePBg8vucnBy4d+8eDB06VPk7DQ0N6NevH4SGfvSaXC6Ht2/fkph69epBmzZtlDFFoQ8fPsD79+8L/P7WrVvKJzqfq+9iumfu3LlQo0YNOHbsGPTv3x/at28Px48fh+zsbPj9998hJiYGOnTooIwfN24cVKtWDczNzQttLy8vj5jh2bNn0KBBAz7dw8XFxfWdqrime5qvK5rpnvTjBZN9tbW1QUdHp8DvbWxsQFdXF6KioqBcuXLkezA0NBR69eoFt2/fhnr16infs2TJErh+/Tp4eXmBtbU1zJ8/v8BN0NChQ6Fx48ZgYmIi/JP/SlOnToWqVavCmTNnoHLlypCQkAC1a9eGcePGQcOGDX/MEmQbGxuIiYmBqKioAq/du/cxYUtTU5P8XlNTE65fv14g/n/S09OD3bt3i77OxcXFxcX1tXXz5k1yQ6WhoVFozNq1a8Hb2xvKlRO/OSpRogTZVygUBX4nlDoxn6Njx47BgAEDoFWrVvDmzRuYMWMGZGZmQq1atUAikXy6gUL0TU/3/O/iWFpaFunF2bZtG+Tm5ip/bt78mHm/a5wewZev7MbKMHeM1SP48k0DtQk6HCPUhbEb+wtiETp6+xg9gjrHj/o39N8FC1utFY3Fj/o39N8FC1qi2NH7CRYdT01t7K8N81usUe5rjdIlsfgx66YB2gTNL4zFj1k3DdAugEXHCHVchrtpoHYBLDpB86My3M2DdAjGX7g8AI7dMng3xfgP3SOK8d86ZLdK5P+anuw/nb+H7SUY/y2DdxPcPsb4bxu+l2D8hbG4vFdrxD6C5t80UFvUg1ojdWnsAEEsQv5rjdIlaP6N/bVFkf/bR+8nft3Qf5f6fkWP+oV+3TFWj3gF+3XTAG3iV2EsnhbYPEiH+HXn2APEV3gaa8vg3cSDO8ceIF7B3t46ZDfx4I6xeqLLTmwduod4cMdYPVGM/7bhe4mvto/eT2KxX7VG7CO+0hqlS7yC/ao1SpfGjqSx2K9ao3QJbn/b8L3k+uNy9O2j9xNfbR26h8Riv24fo0d8tXXIblG/7hx7gMRuHqQjOmbuHHtA9fiKPLhr3EHiQeH4+tVVhDkpVapUIT+F3aTI5XK4f/8+dOrUCUqXLg2lS5eGgIAAMDQ0hNKlSyv/Sf/fP+3/0/3795Wv1a1bF/Lz8+HJkyeiMUWhevXqQVxcHGzevBmWLl0KHTp0gAMHDkBsbCzUqVPnX7X5TT9JwRfnf3r//j0EBgbCyZMnIT39YyncvXv34JdfflHGfOrEa2hoFGqG7qO7QNhblmPRfRSbQuo9vitBMff5qwfkvwlEsayPff/qDuUrVWCxk3tAHkJHdxvVUbk9YGoPKF+R3YD1Gs/wz237tIT37xgWf+D0XqBRjiUk9ZrAcNXt+7eB16/Yo7yBM3pDGQ2GJO41kcV2HNwGnj99pdwfNKsPlC7DrNAbIdM7Df0TniAs/qBZfUgmeC+ETO8ysgM8vM0+BIPn9IMSVmyevDeK7Tq6E9xHZa6D5vQFsECxCK/dfWwXgsUfPKcfAMJr90LI7B7jusCNFFbuOWROX/AxR7Hjuyi3e47vBjkJ11gfZveFDyi257jO6G90g0w5K6cdNKsveF/wR7Hs+vf+qwekRbAyzQHTe8Nb3N+xrN0+k3pA9WBWVjpgWh+ylEDPMcwrfSf3IGWb/ab2Iqjz7qNZbP+pPUFeneUh9ZvSE3xwLPLrgGk9oUIV5O1JPUBqyfzaFX0OBkztAeUqIL8itPmffVvB2/x3KLYnlNVgfu2Jvd23FbxBfu0/pQfxII5t168VweL3ndwdSpRk/4T0QLEdBraBJw+ekVisnuj6tx/UFh7ffcpiJ3UHxQc2+90DXf+OQ/6EBzcesdi/usMH9NnEXukwtB380qQuarcHfHj3vtDYTsPbg+ZvtUm779E5xLFdhneAOvVrKvd7T+wOb/PYUhg9kK+6juwENX+pjmJ7QP4b1O4Ydv27jeoM1TWrknbz81hsj9Gd0Pu6QLVaLLeg14TukPcG9QF5sOe4LlCxGhsHe0/sDvkotjtqt9eErlC+cnm2P7E75L1m4wEeM3tP7AoaFTRQbDd485otsfC1VdxY/EGDBkFiYiL53fz586FFixawdetWaNKkCdStWxd8fHyUaQ/5+fkQEBAABw9+zMfr1KkTlClTBnx8fGDKlCkAAHD37l1ISkqCQ4cOQVGqfPnyMH/+/E/SZ9XVN52T8vz58wLTNvjitG7dGurVqwfr16+HLVs+LkCVn58PderUgYMHD8LSpUsLa7aAeAkyFxcX1/et4spJabGmaHJS0gz/PRYf56QAfCxB1tPTAzMzM2jatCns378f/P39C5Qgu7m5wYULF6BGjRqwadMmePToUZGWIOvp6YGmpiYsWLCA/P78+fPw4MED2Lp1q8g7xfVNP0mpXLkytGnThvyuYsWKULNmTeXv161bB/v374emTZsqL06FChVgxowZ/0WXubi4uLh+ZH0hjE3ZRhFqy5Yt8Pr1a1ixYoWSF+bt7U0qao4dOwalS5eGKVOmwOvXr2HQoEFw4cKFIrtBAQAwMTEptLK2devWMG3atH91k/JN56Sooy1btsC6detgxYoV0LlzZ7h9+3aBi6Ou3M74wNrebL4Yl8i6n/ElZboOhh5kDhiXyHqck8J+VKZrb+BGEM8YdX7FVErKdB1OeCi3z2y1gDNbLUgsLpHE5cnntlmByeaLpA8YoY9LQ021rEnJoftZX9CewB75YdT5hV02BHXufsaXIPRxGam59iWCL3c97U1KejHq3GK3LcHtu572JiW9uOTUap8dKf92MfYmJb0Y4y/Rsyfl385GniRvAmP8L+k7kdJbZyNP2IJyITDq3PaICym9dTx5heRC4NLry8fd4MgiIxK7sT+OZWWvjic8CELfwdAD1vdlmHHsQWcjT1Kma2/gTvyKUeeup70JQt/ewF3Ur+5nfcmSD5ePu5E8BFzS7XFOShD69oYCD6KyV8/zUlJWjv16frsETm8yJ7G4rNzewE25LfSg53kpQehjb1vstiW4fc/zUoLQx9622mcHRqik+4qplCD08bITEj17gtu/YiolCH3sbZtDjgS3737WlyzjgP1qe8SFeND9rC9ZxgGX/9sbuJHSWzcTH5Jrhr3tYOhBlnxwMfYWeJD51cnIkyD0nY08SY4N9quLsTccQgh9JyNPkmOjasx0PHmF5Nhgv14xpWOmg6EHHTNRSbenmR9Z8sHewI3kwnxtfQtYfH9/f+VTFICPeZk6Ojpw9+5dePPmDQQEBBT4B79cuXJw4sQJePToEbx69QpcXV2hQYMGX9YRgYSpF/9T7dq14e7du4W849P67m5S/s3FUVdRV2LgDkKSR3rEKbcjPOQEqR7hFg13sxjiGbNFIjxiCL460k0O97IZvjxKEJsUwhDw0Z6M+ZAVmwORiEMS6RkHyWEs10HuhWOzIcqD7Ud7xUFaOEJHezHuRFZcDkRfYe3G+CRAWiRDncsRoyIzJhuiEYcixjcB0qJwLMt7yIjJhijU/zhZMmREM9w+Zl9kyLMh2oudh1hpIsGiR6P+pkdnkz7F+iVCJsLtR3my19Iis0COmDCxsiTITmAI/SjUbkpoBmk3RppIUOdR6LXkkHSIQZyPWJ8EuJ7M4ERR6FiSglIhRspyR+TecXADoc4jr7DYeP9kiEPI72ivWLiFUOc4NlaWRNDscs9YuI1Q55Ho3Mt9E4gHozxiCEIf+zXKKw6SgoV+Zd7Gfo30jIXkUOZXOTruzOirEIX8Gu4RCynIg9hHGdFXIQrth3vEQhpaSiISeTk9MpO8N9w9BtKjWH4Q9n1qeAb5DIW5xUA6QvPjz1NyaAa5buHuMcSDuA+JwWnEK2Gu0ZAZm4Pei2IDU0Huw2Ij3OWQhXD7wusf48v8Gu4aTZZxiPDAn71E4u0w1yi4lsyw5hHuODaeLCUQ7hYFN9KwB5FXvOJIrlOEWzTcSmM5YLgP0Z6xBH0f7hIFtzNExkx3OfFguHMk8WAE6kOYazTxYLhLFB0z0TkLc4kmY2aYcxT8g3D7XP+dGjRoACEhIQV+HxISQsqjP0ffdE5KcYnnpHBxcXF93yqunJSWK4smJyXV6N/npHyrOnjwIOjr64O+vj4MHDgQAACkUils2bIFNm7cCNu2ff4Tr286J4WLi4uLi+ub0jeYk/KtaMuWLfD48WNYsWIF5Od/rLgqV64cbN269V/doAB8h9M9X1OpERmiiOfPweJnJVwjeRFCxDPG4mcLsfhoxdGPWHw2N38t6SaZZyZYfEkgmW+/lnSTzB3L0SNlf9sQMod+LfkmmTvGj8ADLoeRue5ryTdFsfjBjpFkrvta0k1RLH64m5zMX+ck3RDF4kd6xpEciuzE6+JYfN8EOI+Wdc9KuEaw+P4IMy7E4mfG5Yhi8RMDKGY8XZ4ljsUPTgUTlG+RGpkpjsUPTwejdSyPJzksXRSLny7Polj8EIrFdz/H/JoZl0P8qgqLn11EWHxfywCVWPyYIsLiX0++RfJtPguL78o8KMTiX0++BXunqsDioxyKa0k3Pw+Lj3K+AuwZhjxWgMXPSrgmisVP8Fcfi58UlEJy1NKir4LWSObBAlh8lPOTGplJsPjYr6mRmdSvn4PFD0r5IbD4XOIqUaIEHDx4EB48eADh4eEQHx8Pjx8/hl27/v314dM9wKd7uLi4uL53Fdd0T6sVRTPdk3Lqx5vu+Rri0z1cXFxcXFzqik/3iOrly5dw4MABkEqlcP/+ffjw4QN5PTs7W+Sd4uLTPUi7J+mLYqa1J+oT1Pm24XspFh1hpnX+0idIalWYaZ2/9AmSGpdAbh6kA4v/3Ej6gDHT+PHtlsG7YXHbDSx2wiESix/fbhm8Gxa1Wa/c3zX+IEFS4+mGrUN2w6LW4rF4umHrkN0Eiy7EV+NHvVuH7iGxO8ceEMX4bxu+VyVCHU9jaI3YRzD+20fvJwh1PI2hNVKXINQLxrJHlFqjdCnGf6QuQajjks3to/cThLrWiH2iWPQdY/UIQn3b8L00FpUY7xx7gGDR/x62V9Svu8YfJH7dOnSPqF+1Jxwift0yeLeoX7UnUr/iKa8tg3cTv+r8Je7XrUOoB3X+0ie+wn79e9he4kGdSYeJr/4evhe9by8sbL2OtIu9gr2tNVKXeFAYi/2qNUqXoPm1J+oTr2C/bh+jRzyoPeGQKMZ/x1g94sFd4w8K0PwsdufYA8SDO8ceEEXz7xp3UCXGfx0qc9eecKggxr9u4R7UnnBIbTS/cMzUGrFPFM0vHDMLYPxROfLuyUdUYvy/tr6FEuRvVYsWLQJTU1Po06cPrFq1CtauXUt+/o34kxSk9oP+hHcv2Z1fxyF/Krc7D20HZRGSvvOIDvACobo7Dm6r3O46oiNBfHcZ2RFePmOxHQaxdruP6gglS7J7xU7D2iu3m3drCu8QIrvHmE4EB95pOMOVt+jeDN68fKPcx/j3j/1l7bbp3RKeP32p3O89oSvBgXce3k653bZvK3h6n2HGe0/sCu/fs3PUZQTrQ/sBbeDB7cck9t1b1v8uqN0Og9vCP9ceoNhuBPHdeRiKHdIO7mSyUtveE7rBW4TB7jSUxXYc1h5qJbMSzj4Tu0E+iu0yFF3T4R0gJ4GVkfYc1xXyXjJUe6fBLLbLiI5QXTObxGKseyd0/buN7ARVa7FHuN3HdoXXqN2O6Pp3G9kJKlVlSPruY7rAqxcstv0gVk7ffXRnqFCFocO7je4Er55jD/5JYrFfu47qBC+fMX90GMT622NMJ+LXrqM7wcvnKHYgih3dEUqWEvFr16aQn1c49hwAoCO6Ts27Ub92H9URPiBfdRzGjqVl92bwAvm124gO8C6f/R38OW3Vozn82pQt49BtZEfiK3ydWvdsBnUbs/VEuo7oSLzSaQiLbdu7BWg2qo1iO0D+K9Z/3Ie2fVpA7V9rkHbxsWJf/dm3FdSsW02532V4B3jzAseyPvw5oDVUq1OZxL5G1x/HthvYBqrUqqTc7zysA7x6Vnhs+4FtoGJVhq/vPJzGYl91GPwnlK9cjsTisa3TkHZkW6M882Cn4e3hRS5bjgOPmV2GdSAe7DisPTx/ytptPwjHtoeSJfA42J6MxVz/na5cuQLu7u7Qq1evImuT56QAz0nh4uLi+t5VXDkprZcWTU5KssmPl5PSuHFj8PDwgJYtWxZZm3y6h4uLi4uL63NUBCsg/4jau3cv7Nq1C169evXpYDXFb1KQvMxkJF8AY9G9LshISa+LsTdBPFvuZaWM3hdlpKTX2ciTzL9e3M1KGX0s/AmSHJcnm2pZg6kWWwfB+6KMlPQ6n/JSbpvtlMA5VJ7ofVFGSnqdjK4ot821bQhu3+uCjJT0Op5ksRd1bAm+3NtcRsopMRbdcq8dxZeb+REkOS6nlujZw6n1ZiR2+xhW/otLWW0OOhbAl2MkOS69tj3iQvDlHueksA3lLGDUud0xVzBYcUa5L0SS4zJtB0MPii8/40vyEDDq3MnIE44tYWW6biY+BEmOS7pdT3sThL7raW+SW4A96H7Wl+DLXU55Eb/i8u8rplI4MId6EOcLEL+ay0hJr5ORJ0GSY796X5RRvxozD57fISEl3b6W/gShj/1qrm0DZ/+2VO77WPiTZRycjFjZs+UeW1L+7WvpD9oTC/erte5lsuSDr6U/QejjZSdsDjoSv/pY+JMSdIzxv6TvRJZ88L4oI/k42Nt2x1zJkg/e5jJSgm53zAW9z52UintdkJGSXuxXx5NXCNrA08yPLOOAY12MvUmZ7hVTKWxCJb3Yr+5nfAnawP2sL8nHwn71OCclZeVuJj5kGQfsV08zPzJmup6mYyYu/xaOmS7G3mTMxLgCqVUAQeg7G3mSvCmu/05HjhwBLy8v0NTUhLZt20LHjh3Jz78Rv0lBCrwcRpDkwY6R5DXMeQi4FAK3EUI/xDmKvWYXDnGIHxFgFwp3sxjiOcwFx4YRNkoI4oOkhqVDMOIvBNtHEsx0iGM4is0g7w12iCTo6FDEfEgJTYdQdGyhzlGQHMpw+yHob6aEpUMYOrZgx0iCOg9xoO2Go2MLdY4iuP0Q9DcTg9IgDHFTQp2jIAOhzoNRuwmBKRDuJlfuh7lEQ6ac5ZLgduNlSRDhwdgtoS6RcDX2Oopl/YvzSyKI8lDnSMhOYPksQagPcp94gocPcYqAnEQWG+LIjiXaK5bg94MdwuF6CsOXBzux2AgPOUR7M18F24fBTYTQx74Kd40mWPQge+rXECd67jEWPdAujCDJcbvBDpEEix5oF0qQ5KEoNuhyhKhfU0LTIMSB7QfYhkNiEEOoByOeTVJwGnlvoF04pIh4MD4gBUJRrL9tGKSg5SGCLqNY/2TiQX/bMEhFuH0cG+ubQLztbxsG6ZHMg0H2LDbGJwHCEWMlwDaMeDDIjsXKPeMg3J351f9SKGTGXGPn4TI7lugrMQQ7H3ApBLLj2TIOQfbMg1HucuJXf5sQ4sGgy4jr4hpFPOhvEwzXU5ivghzYcYc4RUA0Wt7C3yYYbpBY1m6wQzjIfZhf/S8Fw02E0MdsmSD7cDJm+tvQMTPYSTBmIg/KbILJmIk96CcJIR6U2QSTZRy+tnjirLjGjx8PGzduhE2bNsGkSZNg3Lhx5OffiOekAM9J4eLi4vreVVw5KW0W74dSZb8wJyX/DSSd/fFyUr6GeHUPFxcXFxcXV5FJLpdDamoqlChRAlq1agUdOnT49JtExKd7kFLC01Vi8THiOTEwWRSLfzU+h8wdJ/gnqY/F92eP6D9i8dm8eAEsvlQFFj+ZYvGj0TSBzDZYJRYfr5AbcDmMLBcvxOKHoWmYECcBFj+ZYvHJ1IUAi38t6aZKLD7GjOck3SA5NBgzHiNNBLOdCDOeeJ1g8QPs2AqdcTKKGf8cLH5GjACLb4Ww+CGpcBrlRaRFfQYWP1wci58WffWzsPg430YVFj9LgMUXYsa/BIuPc2iKCot/Lfkm7FeFxRcu46AmFv9a8k3YO0UFFn839asYFj/KKw4u7BJg8SciLP5l6leMxb8anyOKxY//hF8xFj8xMLkgFh/5FWPxk0JSCRY/JSKDcGq8zWXkNVVYfM/zfsrtz8HiZ8apHjNVYvH9EosVi8+ne8R1//59GDhwIHTp0gXWrFkDq1atgk6dOsGgQYPgwYMHn26gEPHpHuDTPVxcXFzfu4pruqftwqKZ7kk0/fGme6ZOnQpZWVlgYWGhLENOSUmBuXPnwh9//AESieQTLRQUn+7h4uLi4uLi+mJ5enqCr68v4aS0atUKjIyMYOjQof+qTT7dg6Q77RhBR+NHiHunHlMbM7136jGCmdYapSuKmd437RjBTOOpib+H7YUVnbfSdlEsfiy8bfheWNZxM4udcpQgqfFqqVoj9sHS9ptILEZSYzS/1khdWNJuo2gsRp1rjdQlWHQhvhpPeWiN0iUYf51JhwlCHaPOt4/eT7HoAoQ6nh7ZMVaPYNG1J+qLYvx3jTtIYyccEsX47xp/kKD5d407KIrx155wiCDUd449QLDo+DG2zl/6BKG+Y6yeKBZdZ9JhgkXfPkZPFM2/e/IR4tfto/eL+3XKUerXkbqiGP9PeXB5py0kFnsQl6NrjdSFpR2YX/dNO0Z8hacxtEZRD+pOP058hb29fYwe8eC+accomh9NeewYq0c8uG/aMeIV7Ndd4w4SjP/eqcdEMf67xlNf7Zl8hPgK+1V7oj5B8++ZfIRi/NFUis5f+sSDOpMOUzQ/8qvOpMMUzS/A+OOpv92Tj6hE82O/7p1ylHhw1zghxl98zFSF8d83jY6Z28fo0TETeVB3+nGK5heMr19bfLpHXB8+fIAyZcoU+H2ZMmUKrOOjrviTFKSWvZrD66cMSd6qZ3Pldps+LUjsn31bwdP7DL/duhd7vV2/VuSC/NmvFeQ+fMHa7cXabde/NbxF6Ps2fdkdaOM/GxEsfsdBbQkOHPfp9w5NCE674+A/If8NQ3z/2beVcvuPTr9D3ScvSOwbhPhui9pt3uV30PytNol9/YIhqNuidlt1bwoP7zxR7nce0g5eP2NQnza92bG16dkc/vmVzVF2GdoeXucy9HlbHNu7BdSoW5W1O7Q9vHyKY1uQWIyk7zy0HbxEx0r60KcFVKzGcOAdB/8Jz3EsuqZ/9m9NkPQdhtDY1iS2FWhU0GCxg/+EZ49xH5BX+reGMmXZh7rDoLbw7GHhvuowoA2ULl2KvXdAa8h9gGOZrzoMbAsMHP7x7zxFsa16NCN/8wOa9f2zfyt4+oAthdCyB2u3/YDWZKkD4td2v5HlCjoMbANv89g+9lWTdr/BL02Yj9r1b009iM7RH+2bQN1GDF//Z79W8Oo581Vr9Dlt2qEx1KnPkPTt+reGV8iDbdH5bNqhCdT6pTpqtzW8fFr4NW3WqTFUq8N89WfflvDi8TMUy/rQosvvULUWw9e3698aXhBf4dgmULk682Dbfq3g2UPUbk/WhxZd/4AKlZkH2/ZpSWNRu626N4VyFRiS/s9+wljWbquezaCsBvsqaNuvFeSKeLBVr+ZQEnmwTd+W8PRBbqH9bdO7OSB6PbTp0wKeoCU26PjakiyL0LZPC7IcRyvUh7Z9WsK7d+/JPo796ioKINsPepMycOBAWLt2LUgkEqhXrx4AANy+fRvWr18PgwYN+ldt8pwU4DkpXFxcXN+7iisn5c95RZOTknDhx8tJuXnzJowbNw6SkpKgQYMGUKJECbhx4wa0bdsWnJ2doX79+p/dJn+SwsXFxcXFxfXFatCgAcTExICPjw+kpaWBQqGAVq1aweDBg/91mzwnBcnHMoAgnjE62tfSn5RTXjGVEsSzZD8re5RKAkk5pfsZX4J4xmW6MkkwQZLjsucLu2xIKaNMEkyQ5O6o7Pmiji2c38Eyp/0kQQRJ7oZKTi332hF8uVQSCLtR+S8ukZbstyf4cql1IEGSY9S5zUFHUvYotQ6EXeNYjg1Gndsedia4falVAMlDwKhzu2OuBKHva+lPkeQIzW9v4F4AX46x+Bhf7njyCkHoe5tTJDnGl7sYe5OSXq8LMpKHgstp3Ux8SEmvp5kfQZJjfPkVUykp6b1iKiVz9bj01ttcRpDkHuekZK4el976WPiD/nxWgu5+1pdg8YV+xQh99zO+BIuvyq8eqOzZXPsSKf+WSYJJCTr2q+UeWzi/ncbiEnQcK9lvT/wqswkmCH1cTm1z0JEs+SCTBJNlHLBfbY+4EL/KJMEkbwb79fJxN4LQ95MEkWUcsF8dDD3AaB3zq1QSSJZxwGh+ZyNPgtCXWgeK+tX1tDdB6Pta+pNlHHD5t/tZX+JX74sykoeC/epp5kdKer3NZWQZB+xXb3MZwSB4mvmpPWZ6npfC2t6F+1U4ZnqckxK/Yty+zCaYIBPcz/oWKxaf56R8WkOGDIHVq1fDmjVrvugGBYDfpBD5WgQSxLPMJhS9FgTRCDPted6PIJ5ltijWPIDgy70u+BHEsz+K9bnoT/gRvpaByu34gBSQSRgnwcciAOJkiI1izbgIcf5J4G/DYn0tAwk6GsfGSpMg4BLrg9QyCJIQbt8Pxcp9EyAQ9VdqFQQpIQxJLsOx3vEEJS61CoLU8MzCY73iIMg+AsUGQ3oEQ5L7WbHY6CuxBH3vZxUMGVHZyn1/a8Y+iXSXQwjiW8isgwmS3A/HukVDKELzS62CICuOIfT9Jey4w5wjIMyVMWF8LQIIkhzHhjpFQLg7Q/P7XgyAa8kMi499FXQ5jHA+fC0CCRYfx/rbhECUJ/Ogz0V/gsX3t2XYeZl1MMGie5v7Eyw+9qvUIghifBNRrIxg8dX1a5x/MvjbhJDYeORBXysWK5cmgQz51eeiP1nywQdxPKK9EyAAt2vuD8nBbMkHqQWLjboSB4F27Dx4m8sgJZQt4+CH+hDpJodAhMn3uiCDtAi2jIMUHVu4SxRB/nuZySADIfRxbKhTBEH+e5+XQUZ0Nopl3g52CIdQhPH3NPUjfsWxgXahxK+epjLIQgh9P0t2PgNtQ4hfvc77w7Uk5EEJO58y6yDi1yvnZWQZBxwrtQoiaH7P836iY6bPxUAyZl4x9YPbGcyvMjQG+VygY+YVUynxK/agl5mMePCKqV+xYvG/eHHBoshp+cbk5+cHrVq1gmfPCuYG5ebmQuvWrSEoKKiQd35aPCcFeE4KFxcX1/eu4spJaTenaHJS4i/+ODkpY8eOhQEDBsD69esLfd3Q0BBkMhk4OjoW+roq8ScpXFxcXFxcaqqEQlEkPz+S4uPjYfjw4aKvDx06FORyuejrqsRvUpBSwsSx+ELEc2IAxeJjxLMQix8vE8fiZwmw+Bgz/hGLz+akc5JuiGPxrQMoFj/pJhyaz+aDvwiLL8SMIyw+fkwc4hRJ5o6vJd+EvVMZZhw/qg5zjf4sLL659iVyHjAWPxCtriv3TSC5OVkJ1wh7xh9hxuP8Ekmuw+dg8dPlKrD4wRSLnxqpAosfJsDihwmw+AgznhaVCSdXsxyapGBxLH5GbLb6WPyEa4Vg8VmsszHL4xAu40D8auFfwK84h0buyzwo/Qwsvr9tCMXiJ90keTF41etA+3CSb3MtSQUW3ymSYPFzkm6IY/Hd5HBRh/k1O/G6aiw+WsYhS4jFR8s4yH0TCBY/M04ciy9cxiFdnkUYMQSLL/BrWlSmOBY/mGLxk8PSRbH4wmUckoJTRcfMtKjMgmOmCBb/o1/Fx0yMxc/6j7H4fLqnoP75559C+Sj/U+nSpTkW/0vEp3u4uLi4vm8V13RP+1m6RTLdE2e5/Yf5zvn999/h8OHDMGHChEJfd3BwgE2bNkF2dnahr6sSf5LCxcXFxcWlpnh1T0GNHDkSdu3aBW/evCnw2uvXr0FbWxtGjx79r9rmNylIenNOiGKm9WYZENS5EDONp34OzDYkSGpVmOkDsw0JZhpPeWiN0iWldcJYXIa5ffR+WNmNxmIkNX7cvGOsHqzo+jc5NhKLSjZ3jj0AK7psJbEYX40fTe8ce4Bg0ffPNCD4alzeuWv8QYLx151hIIrx155wiGD8hQh1jPHXnqhPMf5Tj1E0P3rkrTPpMEGo751yVBTjv3vyEYJF3z35CMGiY4z/3ilHKcZ/0mFRjP/eqccIFl3nL32KUEeP0nWnHydYdO0Jh0TR/LozqF93jT8oikXXm2VA/TruoCjG/8BsQ4JQx37dPnp/Ab9iX2G/7hirR/06RxCLpvOEHjwwx5AuJYH8umv8QbKUxIE5hsRXeOpPe8IhguY/MNtQFM2vM+kw8aDeLAOK5kexuycfIR7Um2VA0PzYr3smHyFoft0ZBhTNj5ad2Dv1GPGgKoy/7vTjxIN7px4jvsJ+1Z1hoDaaf/9MA7XR/EJf6fylYsycY1gA44/HTOzXg3NPUDS/YHz96uLTPQW0Y8cOePz4MTRr1gwOHToEzs7O4OLiAgcPHoTmzZvD48ePYfv27Z9uqBBxmBvSH+0awvN7DLf+R4fGbLtTE8h7w5D0LTo3gYe3Hyv3f2/PYpt1+QNev2R4/eYFYn9jr3VrCq+eMTx4006snfrNf4V36G8279YUXiB0fHMU27Blfahdn7XTonszgm1v3ul35XajVg2gZt1qyv1WPZrD80cMg92sUxPlduO2jQgOvGWP5pCLkOnNOrN2f2//G1StzXDgrXo2h6f/PEXHxtr9vd1vULl6RRTbDJ7cY+eoWac/2Ps6NoaKVRk6vHWv5vDkXuHtNu/UGMpX0iCxj+8xVP8fHWisRjk2j9qqVzN4dBddJxzbpQmULsM+Lq16NoPHd0Riu/4OJUoyHnirHsJYdt2ad/sdAM24tuzeFB7eZv1t0u435XaL7n/AW4SkbylYhgD7tWX3pmRZhJZd/xD1a4vuzeAN8muLrr+r9OvLXIaZb9qRvVa/+a9Qp2EeiSV+7cj+ZoPmv0Ktegxf37zLH/AMebApOpaGreqTZRGad20Kz5AHm6J2G7VqANVqM7827/IHPP2HYdvxuW/UugFUqck82KzLH/AEeaUpuqaNW9eHimhZhGZd/oDHd9G5R+ezcesGUL6iBor9HR6h84mvU5O2DaBs+TIotgk8uvMI9Rd9vv5sAKXLlESxv8Mj5KsmuN12DYkHm3VuDA9vs3aboP7+3q4hKNAyHs06NyGx+Jz90eE3eP+WIembd24CD2+hY+vIztkfnZpAfh7za/NOTeDBrcLPQ9NOTYgHm3X8DR7cfMj6gPr7R8cmZMxs1rEx6QNX8UtTUxNCQ0Nh+fLlsG3bNvhfFkmJEiVg2LBhcOrUKdDU1PxXbfOcFOA5KVxcXFzfu4orJ6Xj9KLJSYmR/Dg5KVhPnjyBq1evgkKhgKZNm0L16tU//SYV4k9SuLi4uLi41FVRTNf8wI8GqlevDl26dCmy9nhOCpL/pWCCeMYlkjJJMBxZxMopvS/KCBYfl0j624YSJLm3uYxg8XFJb4BdGEGS+1xk5X4Wu21J2WOAXRjsR+W/XhdYrNU+OzBHZY/+tqEESe5pxkpZJXr2pEzX3zaU5BZg1PklfScw1bImsThfAOPLbY+6EIS+v20o7EI5ABjNb2/gRkokZZdCSM4KLtN2POFBEPoym2Ayr4/x5c5GngShL5MEk7l6jC93Pe0NRmsQklwSSObfMb7c45yUIPSl1oFkTh2X3nqa+ZHyX19Lf4LFx/hy74syUk7pY+FPsPjYg1LrQFKC7n1RRrD4uKxcJgkmSHKvCzKCGcf4cn/bUDg0j/nV08yPYPEL+HV24X613EP9Gng5nCzjgP0q2W9PlnwIsAsjyzjg0mubg47Er4GXw8kyDtivtkdcSFl5gF0YWcbB/SyLvXzcjfg1wC6MLOOA/ep4woMg9P1tQ0keCvars5EnGKMSdH/bUJILhdH8rqe9CULf3zaUYPGdjJhfPc5JCUJfZhNMsPjYr55mfgSh7ycJInkd9gZsKQnvizKCTJBaBxIsPl4eQmoVAMeWGJN9dcdMHwt/gsXHfi0wZl6kYyb2a+DlcFKu7nVBxrH4P7D4TQqSm4kvQTx7X/BXbruf9YFw91jlvsspb4LF97nIsNjuJt4EHe1k5EWw+Bh17W7iDXJvxo/Ag2i0dzxhanic8SZsFA/EGYjyigcfC9aHK2d9IF6WXGhshEcsSBF2/spZH0gMZEhyzDoId4shmPwr53whKYghyfGXSZhzNMH4XznrQ5DkV1BsqGMUQahfOetLEPpeKDbYPgL8EULb46wvpCMkubcZ+/ILuhxGsOjuZ30gQ57DYtEXZYBtCAQh1LmHiZRg8X1QrEwSBMEIze922odg8bFXpJaBEOLEUOduJr4Ei49jfcwDIBThy91O+xAsvo8541l4nZcRLo2rsQ/B4ntfZLFXTKUEt+9i7E0w474W9PpHITaOi7E3weIX8Cti7rifYV6J8ooHb+RXdxMviPNLRLHsSz/cI5b41d3EGxL8mV8xQyPcTU6w826nvSAJ+dXjHIsNc44iSyq4nfYiCH0cG+IQAX7WzK+uxp6QEob8ij4HgZfDQYb86nrKC9LCGULfE90oBdiFQgDCuLue8iLLOHieZ7H+NiEQdJn51dnIk2DxPU3Z50BqGUj86nTSk2Dx8WfGxzyAeNDpxBWCxfdC/7R4m/lDiHM0ivUkWHxvM3/l9pVzfsSvjie8yJiJ/SocM51OehEsvjeKdTvtRcfME55kzPRF46vLqSsEt+980rN4sfhcxSqekwI8J4WLi4vre1dx5aR0mlI0OSly2x8zJ6WoxXNSuLi4uLi4PkN8uqb4xKd7kJJDVCOe8Rxvgn+SKBY/IzZbbSz+1fgcghmPQ5hxrwsUi5+VeJ3kJNDVaCkWPyfphjgW3yaILL+ek3SDYvHRNEGAXShIDjiQWIzFD3Njj36DHCIIFj8n6QbJiwlxZo+fQ10oFj8n6YYoFj/CI4Zg8bMSr5O8GIwZj/aOB7OdLH/hanyOKBY/Vkqx+BkxWaJY/AT/JDizVRwzLrVGmPGgFILFT4nIEMfih6bBKZSTkBSSSrH4aCorNZJi8RMDkwkW30OwjAPOi0nwTxLF4l+Nz6FYfL9EUSx+VsI1Ub96mxf0qygW3zqA5C9kJ14XxeLLbIJIzld24nXYj7D4eAoswC6UYPGzE6+LYvGDHCIIFj8r8booFj/UJZrk22QlXKNYfLT6d4RHDMm3yYzLEcfi+1AsfkZstigWP1aaSLD4aVGZolj8BP8kkkOTEpEhjsUPSqFY/NA0gsVXtYxDUlAKGTPx9G9qJMXiJ/gnEY6KG8pnS5dnkTEzTgUWPzMuB44tYXlcMdJixuJzFav4dA/w6R4uLi6u713FNt0zeR+ULvNl0z3v3r4Bud0O/p2jhvh0DxcXFxcXl5oqiuocPl2kvvh0D5L+glMEHY0f0esvMFIbM62/wKggZloEdX54oRHBTOOplJ1jD5ASU2HsvunHldu7xh8kJdGHFxoRLDqedtGecIjE6i8wIkhq/Mhb5y99Ugqov8CIYNHxI2+dSYdJ6eqheSdFMf67Jx8hWPRD806KYvz3TjlKMP4H5hgSND+eztk79VgBLDpGqONH6brTjxOMv94siubHJdG6MwwIQn3/THGM//6ZBgSLrjv9uCia/8BsQ4Lm3zdNgPFHWPSDc08QhPreKUdFseiH5p0kCPU9KjD++guMYGHrdcr93Z/jVzSVsmvcwQJ+JR5EfhV68PBC6kHsV52/9En59OGFRqJLSXz04DbRWOzXPQIPHl5oRHyFpxT3Tj1G0Pz6809SND/yq+7048SD+vNPUjQ/wvjrzjAgy0McmkdjsV/1ZlEPHpgjjvE/MNtQbTT/wbkniAf3z6Sx2K9CX+lOPy7qQeGYuW8aHTPxlNLhhdSDe6ccpWh+NAV6ZBH14O7JRwhun+vHEn+SgtSwWV14fJMhtH9tXk+53aBFPXj+mGHmG7X8Fe5msRLk+s1YbKPWDeDZQ4b4btSqPtxFJZ0NULuN2jSEJwjb3agFe02zUW2orlmVxD6++5T1F8XWbVwHqtaqpNz/rW0jguJu2OJX5fYvv2tC5RoMB96kXSN4eIthsBu0ZO3W+6MuVKhcnsQ+uMFw1Y1a1mfnoOkvUK5CWRbb/je4f50tz4370KBZPSirwezXuF0juHeNlRE2bNmAxbaoB6XKlCLt/nONtdugFetDo5a/QkmEA2/S7je4i8oT67fEsfXgwwcFim1ErlN91N/fWtWD9whJ3+TPhnAnC19TFtu4TX3Iz3uLYhvA3ZzCY39r04AsodC4TX24g/vQjMZiHHjjtrRd7Nff2jYkfm3cpgE9NuTXxn82gtyHDDP/W6v6Am//otxu1KYhPEZLEjRqyfqn2agWWRZBlV81f6tNkPSN2jQkaHP8GdH8rQ5B0jdq05B4sCHqwy9NNKFCpXIk9v51FovP/S+/axIkfcNWDUgpK46t97smQdI3at0A7uUgDwo+XxhJ36h1A7iD2sXX6dc/NMmyCA1b/gp30Ln/FfXh1z9+gXdvGb7+4xhUuK/qN/sF3iIk/W8FxiD8WfwF3rxiSyg0allP1NsNmv8Cr56/prHYVyS2Hrx4wpZFaNiCHlv95sxXDVr8CrkP2JjZsGU9Eov90KBlA3hyn/lVOBZ/dXGYW7GK56QAz0nh4uLi+t5VXDkpXSYUTU5KlCPPSVFHfLqHi4uLi4uL65sUv0lBCrQPJ4hnjC8PsAsj5b9+kiAyp47Lf4McIgiSXGodSPI6cDllsGMkKb2UShhZ0WqfHSmRDHGKBD1Ueim1YmWEEj17sNhtS2J1UQ6Aj4U/+/v6TgShH+wYSeb1vc1Z2avtURdS0hvsGElySzBu397AjSD0gxwiyPw7Lul2POFBkORBDhEkBwTj9p2NPEk5ZeDlcDKnjvHlbiY+BEkeeDmczJO7oHLaK6bSAkhynH+BcfueZn4ESe5vG0pK0DFu39fSHwxXsNJLmU0wweLbGzIkudQ6kJT/yiTBBIuPS3plNsGk/NdPEkRyQLAH/W1DCZJcah1I8jpw+W+QQwRBkkutAkhuEUaShzhFkmUccOm1te5lsNxL/YqXccBlr5IDDqSsPNQ5iuShYL/aHnYmfg11jiJYfOzXy8fdCEI/xCmS5JZgvzoYepAS9BCnSLKMA8btOxt5Er+GOEWSHBBMinYz8SF+DXaMJHkd2K8e56RwCpX/BjlEECw+9qvXBRnxa+DlcILFx7h9X0v/An7FJejYr1JJIPGrv20oweJjv8psgqlfbYJFx8yPHmRjpkwSTLD4ZMy0D6djpoSOmRiZEOocRZZx+OjX4sPiK6d7vvSHSy3xmxQkRwN3gni+ggYep5NXINyV8Rhs9V0IFv/KOTT4GbhDJMJB2+q7krljL4SZdjRwh2hPxoRwMmBfjGFusWTwczjuThD6DoYsNtRFDh4Ioe1w3J0g9J1OsNgQx0jwFPQhISAFHSuKtY8Arws0FiPJXYzYwBhoF06YCo6G7pAcks5i0YAbYBtKUOcOBu4Ei+96msX6Xwoh+HJHQ3eCxcexUqtAguZ3MHAjWHw3xFvwvhhA8OWOBu4Ei++BMO7e5v4QgPDl9sfcCBbfHbXrcc6PcF7sj7sTLP4VdAPmfsaX4MvtjrkRLD6OdT3tDWEISX75qBvB4mOEuuspLwh3ZR68fMSNYPE9TdkXu5OhB0R6xCn3bQ+7ESy+9wV2c+Fw3B3kXsyDjtiDrjHki93huDvEID6PI/JgqHM0YcBcPuYKcX6MueJoyL5Egx0i4Mp5GpuI/YraDbQNBW9zfxTrRpZxcEY3ngGXQsAXLSVw+agrWcbB5RSL9ZMEgy/C+NsdcSFYfJdTrL8+FgHEr3aHnQkW38WYtettLiPLQ9jqOxMsvqvgptr/Eoo97EKw+K6oXfczUuLXy0ddCRbfHbGa3Ix9CG7fVt+ZYPGvoJsql1NexK+2+i6iY6azYMy8pO9MsPhkzDT0oGPmITpmYr/aHXWFKITQv3TIpVix+HztnuIVz0kBnpPCxcXF9b2ruHJSuo7dWyQ5KZEuO/l3jhriT1K4uLi4uLi4vknxmxSk5GBxLH5yeDpBPMfJxLH4adFXCeI5VppIEM8YM54Rm03yDGLRqrFXTKUkJ+FqfA6Z48Woe5+LMjLHezU+h8zbRnnFKbelkkCyTHpWwjWS6xLhwR7RymyDCRY/K+EaxeIjzHigfThY7btMYvdOLRwzHuIUSbD4WQnXKBbfgWHGw93kcAHlJGTG5Yhi8SM940gOTUZMligWX+6bQHIS0qKvimLx4/wSCRZfiBnH+UGJAckEi58cmkax+Bb+yu2k4FSKxQ9KoVh8hBlPDkunWPwAisV3P0eXccBY/HgZxeJjJHlGTBbJM/iIGS/cr5lxdBkHvDSDp5lfAb9iLD5G3ftY+JO8mKyEayQ3KxKtyiyVBJI8rqvxOQSLj5dm8LcNIVj8q/E5hOUS6sL8GnA5jOR8XY3PEcXihzhFEix+Rmw2yc0KtGdTK+FucoLFT5dnkdysADs2ZRN5JZZg8dOir1Is/iXmQblvAsHip0RkED4PzmeL80skeTHJoWmiWPzEgGSCxU8KTiUMEy+0GnhScCrB4icGJIuPmWF0zIyXUSw+GTOjMsFgBV2aQQyLny7PIlh8uU9CsWLx+XRP8YpP9wCf7uHi4uL63lVc0z3dRhfNdE+EG5/uUUf8SQoXFxcXFxfXNyl+k4J0bOlpgiTHJbHHlhirxEzjx67Hl55WGzN9fJkJQZ3jKRqdv/TJI/rjy0wIkvrAHPZ4XGfSYVI2eHyZCUFS4+mc3ZOPkMejx5eeJkhq/Ch975SjpMTw2BJjgvzHj9L3TTtGSmKPLTGmGH9UYqo7/Tgp4T662Jgg1PFjd90ZBqR89siiUwShjqeJ9GYZkNLFwwvFMf4H5hiS0kX9+RTNj6eUDs07SdD8h+adpGh+9Dhff/5JglA/OPeEKMZff4ERQfMLMf7Yg0cWnSIIdb1ZBqJY9KOLjWFp+03K/f0zBbECvxKM/wz1/YqnaHT+0iel1gX8ilbaFnrQYLkJ8aCe0IOoLPv4MhPqQTT9KPTg8WUmxFfYr0IPHl9mIorm15tFPXh86WniKzyteWC2ISnhPrbEWBTjf3DuCYLmP7LoFPUgmlLSn089eHihEfEK9qv+AiOK5l9AY7FfjyyiHlSF5j+y6BRB8x+ce0LlmIk9eGC2IYlVNWaqwvgbLKce1J1hQND8X1t8uqd4xW9SkGo3qAlVa1Uh+/9TnYa1yL5mozpQpWblQmM1f6sNtevXQLG1oXJ1hqyv06CWcrtu4zpQs1518nf+p+qaVaFOw9ostgmN1WzEYmvWrQa1G9YksTV+qcbabVRHuV2rXnWoXR/F/q4J1esw/L4m+ps169eA2qi/v/xRF6qi2DqNWGztBjWhdn1BbO0qKLYW2a6FYusJY39j7Wr+Vgtq/VqTxOJzj8+DZqM6UPNXdu5//b0uVEax5Nz/Vgdq1kOxf9SFKuj641jNRrWhNmq33u+atF187n+rA7VQu/WaaELlGuz610bX+JfGdaDmr9XRviZUwl5B7dZrokmOrW7jOlC5OkPLY8/90oS2W7dxHahUtQKKpde/Vj3chzpQqRprtw6ObSz0ILtONTSrET/UbVIHaiIPaqJrWrNuNeJ1zd/qQI26LBb7vsYv1aBOA9qH6po4lrVTo151qN2gNomtUZf1F5/7mr9WJ39Hs1EtqC4SW6NeDdKuZqPaUA0tWYH7V/PXGrS/v9WBavgzg9qt9WtNsl/3t9o0lrRbk+xrNqwNVeuw84DHoNr1a9IxqWFtqFK7aqGxtX4Vjm216OcAX6eGtWgfGtUmYyb2a52GtciYVKdRbcGYWYvGNqiB9mtD5Rr4c6tqLK5FPgdfXQpF0fxwqSWekwI8J4WLi4vre1dx5aR0H7mnSHJSwj128e8cNcQXGOTi4uLi4lJTRTFdw6d71Bef7kEKcYoi+RcYBx3iFAnHlrDSS3/bUDKfjXHQoS7RpPRSZhNMEc+o9DLcTU7m9f1tWXmiZL89KacMd48h8/qyS6yc1uaQI0GSh7vHgO4MhNBH5Ym2R10IQj/cTU5yQHA5rb2BG0GSh7vHkHlyXMroePIKQZKHu8nJ3DfGl7uc8iLlv2Gu0WQ+G5feup/xJeW/Ya7RZI4aU06vmErh9CZW/hvqEk3KfzFu39tcBqfWs/LfEKdIUk7pikibvpb+YLSWlV4GOUSQEnSMJJdKAuHEKlYqHGQfTnI1MG7f3zaUlAoH2IWR/AuHEx7K7cDL4XB86WnyXowZx+W/wY6RFEl+KYTkVNgdY+XqYa7RBEkukwSTnAqMJBf6VYZKuiUHHMBal5Wgh7vHkNwSXNJte9gZLFEJeoRHDMkBwX61O+ZKEPrh7jEkrwOj+R1PeJDy3wiPGJKrgcu/nY084Twq/43wiIFd41i+EParm4kPnEPlv+HuMSQHCJfpXjGVEr+Gu8eQvB5cput1QUb8GuYaTbD42K8+Fv7Er6Eu0QSLj/0qlQSC0RqGxQ92jCT5bdivMptgMFx5lsTi/DYnI0bTDbALI3iFwMvhomNmkENEwTET+ZWMmc5RdMy8FELGTOzXcPcYsozDR79yLP6PKn6TgmRz0JEgnt3QB/nSIScIcWKMBau9lwkW382YDRCXDjoSHLTVPnuCeHY3YQOPRM+BIJ5tD6H1LJyiwNnYm8RGezHWhK0+XvsikqwJItFzgFhfxlG5fJgNCIG2YYSTIdFzgHj/ZOW+3RG0XowkBDwQvlqy355g8e2OsHb9rILIzYVEz4Fg8S8fZe36WASAN8LtS/QcCBbf/jiL9brgBz4IX26l60Cw+A7oy/mKqRSkVuzL0Hq/PcHiO6JB1P2ML8gk7KbQar8DweI7o1hXYx/wv8R4LJL9DgSL74IGchcjbwi0Y5wX6/0OBIvvgm5SHA3cIdg+ksRiLD72oP1xN+JBa117ghl3Q16xO+ICYS5yFOtAsPjup9n1tznoBBFuyK+69gSL736GfalKDjgSv9odYtc/2DEKXE5TD+JlHLBfA+zCiQetde0JFt9OH62bdSmU3IhK9tuTZRxsUazUKojEWu69TLD4duhz4GMRQNbysdx7GVLCGBYfe9vTTEZuRCz32hEsvt0Rdmwe56TErxZ77AgW3/4Y86ubiQ9ILYNILMbiOyJvu5zyJn612G1LsPhOyK/OJzzB/xJjt1jutSNYfGe0do+joQcEXWZYfIvdtgSL74KWybA/5grBDgyLb7nXTnTMtDvsXHDMJH5lXrERjpl7L5MxE8da616GCITQt9x3uVix+FzFK56TAjwnhYuLi+t7V3HlpPQcVjQ5KaFePCdFHfGcFC4uLi4uLnX1QfHx50vb4FJLfLoHKTEwheQkeKC546SQVIrF90skOQn40XVyeDqZt5X7JhDEswtagTQt+irBjMvRFI37GV+wN2CPcNPlWRSLjzDjnuf9CBY/IyYLDs1nc7yRV9jjUR8Lf4LFz4jJIrku4e7ssaufJBAkeiwvJiM2m3ApMGbc3zaEYMYzYrNFsfiB9uEEi58Rm02x+PZsuiTEOYpg8dPlWRSLf5lNw4S7x5C8mLSoTMIlwTkUUV5xJC8mJSKD5Bn4Sdhj+BgpxeILMeM4jydOlkSw+ElBKSQvBuc6JAYkEyx+YkCyKBY/KTiVYPHjZUmiWPzk8HSS6xIrTSQ5CTh/IS0qk2Dx5b4JBIvvhFYDTpdnEb/ipRk8zklJnkG6PIvkGeClGbzNZSQ3KyMmi+S64KUZpFYBBIufEZNFcl3w0gx+kkCSx5URk0XYKNiDAbahxK/p8iySm4WXZgi0D4eLKI8rLfoqYe5gLH6IUyTJi0mLyiS5WXhphnA3OcHip0RkUCw+yuOJ9IwjWPzk0DRRLL7cN4Fg8ZOCUkBrZOFLM8TJkggWPzEwWRSLnxiQTLD48bIkUSx+UjAdM2OliaJY/OSwdILFF46ZGIufFpVJcrOivOKKFYvPc1KKV3y6B/h0DxcXF9f3rmKb7hm8u2ime3y1+XeOGuLTPVxcXFxcXGqqBBRBCXKR9OTnEJ/uQTqx6owoZtpw5Vm1MdMnVp1TiZnG0w8nVp0jqHM8nbN3ylH4Gz36P7nalCCpSezUY+Sx68nVpgR1jktMdacfJ6WLJ1adI0hqjObXnWFApglOrDpHkNQYzX9gtiGJNVxxVhSLfmCOISlzNFxxVhTjf3DuCVKWa7DijCgWXX/+SVISabCcItT3TT+u3D680IiURB5fepog1HFJ7JFFp0jJ+bElxgShjqcJji42JuWTRxadIgh1PK11fJkJKZ88vNBIFItusNyEYNH1F9BY7YnMg4YrzhI0/6F5J0X9arjyLPHrwbknRLHoJ1ebqu3XE6vOESw6nvoRevDkalPqQTRVqTvDgEytnlxtKrqUhN4sA1LufWLVOdGlJA7MMSwQi9H82K+H5p0kHjRceZb4Ci8lob/AiHjQcMVZiuZHfhV60GDFGepB5Neji40LYvxF0PzHlhirjeYXevDoYmPiKzytZbDiDPHgkUVGZMkHMmYKPCjE+GO/CsdM/fmCMRP51WgN9eCheSfJkg9fXZw4W6ziT1KQqtSqChWqMrxyVYRwrlqrClStxXDlVWtXgfKVy7P31mSvVatdBarUqEhjK7LHg1VqsXara1YlSGeMnK9UrTyUKlMKxVaBytUZ2rwywlFXqVEBSpYsQWIrVad9UL6vRkX4gBK3atStCpWqVSg0tmrNSvD+7TsSWwHh1avXQe3WrAxvXucr92vWqwYVqrBzhNutUqsKvHmZx9r9pRqUQ+cTo7ar1akKr569Zu3WrQblq7A+VMPXpU5VeP74JepvddCoVL7Q2Gp1qsHTB8/YsdStDuUr4T6w2Oqa1eHxvaeisVVwbN1q8PDOYxKrga4/bbcqVEHXqbombbdaTdqHKtXvo/1qUA63i/xao25VqIyuaTXNqiQW+7XmL9WIX6vVqQrlKmigY8N+rUK8glHrlatXgJKlmV9r1KXexrGVkI//127lGiJ+rV4BPrz/gPon8DbqX+XqleBtHvNrdc2qULGaSGyNyvDmFfNr9TpVyHIA+Lgr1agEVZ+/RrGCsYK0W4ng36vVEfQBnfvKNatA1ZovWGztKoIxqCKKrQyVa9IxqILIsVWpVRWq1n6KYqtBRdxubdZOlZpVyHur1q5KY9GxVKlZGaqR2GpQgXwW8WtVyLFWqUXHTOH4WkUYW6nw8bVqrcqCditDhUpfNv3C9e3qm85J0dPTAwcHB0hLS4Py5ctDz5494eDBg9C8eXNljEKhgN27d8OZM2fgyZMn0K1bNzAyMoLWrVur/Xd4TgoXFxfX963iyknpPVAHSpf+wpyUd28g2E9H7b4W1XdhXl4ebNq0CSQSCbx+/RoGDRoEp06dgvr163/R8XxNfdPTPQEBAbBy5UoIDw8HHx8fePfuHQwdOhRevmT/KR86dAiOHj0KJ0+ehKioKKhbty4MGTIEnj9//h/2nIuLi4vrh9R/UN1TVN+F69atA0dHR7CxsYHg4GB48eIFjB49Gt6/f/8vT8bX1zd9k+Lp6Qnz5s2D1q1bQ7t27cDMzAxu3LgBcvlHkqZCoYDjx4/D9u3bYeLEidCmTRswNzeHV69egbW19Wf/vQh3OZlLxjjoMNdogngOcogg88MYBx3hEUPm3wMvh5McBVymGe0dT+bUA1Hprc0hR5AccCCxeJ48wI6V3toedSGll9He8aCL5rNx6a29gRtBkst9EkhOBS57dDzhQZDk0d7xJE8Clz26nPIipZdRXnGwC+Xf4DJd9zO+BEke5RVHsPg+F1nZo+d5KUGSR3nFESw+LpH0vigDky2sVDjKM46U/+KSXqlVABijUuEIjxiS1+N+lpVTyiTBYIRKhcPd5LQEHZX0+tuGwsnVDEke6hJNch9cjBmVM8g+HAxXsDLNEKdIkvuAEfohTpGk9DLYMRLW9WH5DBihH+4mJ/kiQfbhBIuPEfqRV2JJzpK/bSjJZ8Cl7VFecaRUGPv1kr4TKVeP9o4nuUUBtsyvdsdcSfmv3CeB5ABRv7qTZRyiveNJTgX2q7ORJ/Gr3CeB5Elgv7qZ+IDZTgmJxVh8vOSDxzkpmGqxMSXaO56Uq2O/el2Qwdm/LZX7UV5xoDVSl7zO/oY/KRWO8oojWHxc0iuVBMIpVCoceSWW5PUQv14KIcs4hLvJRUvQAy+Hk2UcwlyjSb4Y9muwYyQpbQ9xilR7zAx2jKTLOKAxM/JKLBxZxDwYZE/HTOzXaO/4QvxajFj8/0BF8V2Ym5sLpqamcOTIERg8eDB06NABLC0tITExEXx9fVX9+f9U3/RNilC5ubkAAFCjxsclvXNycuDevXswdOhQZYyGhgb069cPQkNDC21DlS7qXCKIZ8fj7ENkuc+eIJ4v7LAmWHyXE+zDeXG3HUE8X9gpIYhnl5PsQ39hlw1EejCGidU+tvZJwKUwcDrhSWIxFt9qH/tC8LcOAceTNDZWmqjcl+gyzoTUIojg9s/vkBAsvvV+FutzMQDczrABzWynDcHiS1Cs5wUZYR+Y7bSBlFCGGZfoOSm33c/5kgHYbIeEYPEvHWQMDVcTX/AyYwO72XYJweLb6rNYZyNv8DVnXy6mWlYEi297mH3hOp7wBD+EJD+/XUKw+Pboy9newB38EZL8/HZrgsW3P8ZuPC8fdSUIfbPt1gSL74B8dUnfGQIvsy96sx0SgsV3RJwcyQFHCHZkSPILOyRwK51hxp2RBy33XSZY/As7JQSLj1HnF3fbEiz+Re1LBIvveop5xVz7EsHiC/3qiPxqttOGYPGtdJlfZVbB4HyKehBj8a33sZtzqUUgYQud3yEhWHwrXRbrdUFG/Gq63Zpg8fHnwOOcL3igL3bTbVYEi2+jx2LdTLzJDa7pNiuCxbdBfnU+5QXeZv4kNiOaYfEvHWKxDoae4HuR3Tid22pJsPh2yK/2xzxAZsVu3s5utSRY/MuIO2N3xJUg9E23WREsvv1R5tdL+s4QYBtGYjEWH2P8JQccCUL//HZrOmYasBtl4Zhptt2KYPHxmGmuYwthLsyDZjvomOks8BX264WdkmLF4pdQKIrkB+DjFBL+ycvL+8Rf/6h/810ol8vh7du3JKZevXrQpk2bf/V9WVz6pnNSsBQKBYwbNw6ePHkCQUEfv1hCQ0OhV69ecPv2bahXr54ydsmSJXD9+nXw8vIqtK28vDxihmfPnkGDBg14TgoXFxfXd6riyknp01e7SHJSggJ3F/i9trY26OjoqHzvv/0utLa2hvnz5xe4ERo6dCg0btwYTExM4FvUd1Pds2rVKkhISIDg4OACr5UoQavOFQpFgd9h6enpwe7dBQ3CxcXFxcVVXLp58ya5odLQ0FAR/VFF+V2obsx/qe9iumf16tXg4uICMpmMZCHXrVsXAADu3btH4u/fvw+ampqi7W3btg1yc3OVPzdvfnxsH++fTHMSEGY8MSCZIJ7lPgkkJwHP8SaFpBIsfrR3PEE8O6M53uSwdIIZx+hwl9PeZC42JSKD5Blg1L37WSnJHUiNzCS5Lhh173VBRrD4qZGZJNcFY8Z9LQNIXkxaVCbhPGDMuJ8kkDz+T4vKJOwGjBn3tw0hWPzUyEySZxBgzx4/BtqHkzyDlIgMkmeAMeMhzlEEi58clk6x+Ch/Idw9hmDxk0PTSJ4Bzl+I8oojWPykoBSCxcf5C3LfBILFTwxIFsXix8mSCBY/XpYkisVPDEgmWPxYaSLF4qOptqSgFJI7IPdNEOQksOmT5LB0gsX/iBkv3K8pERmifnU18SH5VikRGSQ3C6Pur5hKwfawk3I/NTKT5LqEubGpKm9zGcHip0ZmklyXEGc2BSa1CiB5MamRmQSLH+TIpipkNkEkLyYlIoPkZmHUfYBtKFzUsSWxmB+Cl2YItA8nuVnJYemECYLzbUKcIgkWPykklXBpsAfD3eQEi58UlEKx+CjnK9IzjuS6JAYkUyz+RX/lttw3gWDxE/yTCBbf04z6FWPx4/wSRbH4Qr/KfRMIFh8vJZIUlELGzCivONGlRJLD0kluVuSV2GLF4hfldE+VKlXIz6duUr7ku7Bu3bqQn58PT548EY35FvVNT/coFApYvXo1ODo6gr+/PzRt2rTA6/Xq1YP169fDli0fQUD5+flQp04dOHjwICxdulStv8NLkLm4uLi+bxXXdE/f3ruKZLonMHiP2n0tiu/C3NxcqF27NlhaWsKUKVMAAODu3btQv3598PDwgGHDhn3RMX0tfdPTPStXrgRra2twdnaGypUrK+8Sq1atCuXLl4cSJUrAunXrYP/+/dC0aVNo2rQp7N+/HypUqAAzZsz4j3vPxcXFxfXDqSiIsZ/5/qL4LqxatSosXLgQNm7cCDVr1oQaNWrApk2boG3btjB48OAvO56vqG96usfY2Bhyc3Ohf//+8Msvvyh/Ll1ij/63bNkC69atgxUrVkDnzp3h9u3b4O3tDZUrV1bRssjfW39eFDNttM6MlMQJMdP4MfGpDRdUYqbxtIbxRnNY2Y3F4pVAdWcYwPYxeiQWY6bxI3q9WQZk+sF4oznB+OPHowdmG5Lph1MbLhAkNX6cf3DuCVISeWq9mSiaX3/+SfLo99R6M4JFx2WDhxcakfJJYSzGoh9ZdAq2oMfERmvPi2L8jy0xJtMaRmtMRTH+x5eeJqWWJ1adI2h+PAVmsOIMeaRsuOIsQahjLLrhirMUzb/iDCxoiTD+aPrhxKpzFM2/zEQUzX9ytSnFoi89TdH8Ar/ikuNjS4xF0fyn1psRvx5ZdIp4G09rnNpwgfp1ucCvqDT81IYLon49MNtQpV+PLUF+nVPQr9iD2K/6808SNP+pDReIr4hfFxhRv264QJaSwFNVQg+eWm8mivEv4MF1ZgTNj6e1ji8zIR40WmMqiuY3WG5CPHhytSlB8+up8KDhyrPUg2jK9uRqU1LKXgDjj/xqtIZ60GA5RfNjvwrHzONLT4uPmQIPHlsijuY33mguQPOfImj+H1FF9V147NgxGD9+PEyZMgV69eoFFSpUAFdXVyhVqlRhf/ab0Df9JEWdmagSJUqAjo7OJzOi1VGZ8uWgjEYZ5X65imx+sFwFDdAoz17TqFgOypRF+xXKKrfLV9QAjXJl0WsapN2y5Wls2XLob1ZgjxE1ypeGD+9YHypU0gCN8rRdFlsW8t7Q2DKo3bIV8LGUhTdov2LlclC6LLMCxqeXq6gBZcuj2CrloYxGafI67o+GILY0Ou7yKLZ8xXJQBh1Lhcp0CYBy6HyWq1SeHEuFKuWhNIrVqICuQ6XyUBad+/KVK4i3W7k8uablq4j3oXzl8lAWHUuFqhWgFELAl8PXtEp5ck3LVy4Ppcqgc1aBxmoIY3G7FdE5qlKBnvvK5aF0abaP/VChssCfleixYb9WFPS3XMVy9Pyi81mxcjkoqyHilQql4d1b6ivcLvVrGXKdKlTSIMemUYF+9rBfK1QStIt8VbZ8WXoeKpWDMuXEPzPYr+UratBY/FkrrwFlsXcqliOexD4qW16D/J3yFcuRzzy+/mXLlwUNdI01KpUj54XEVihHfKZRUQNKa+BYDfIa6X9FwdiG+1uhrCCWjle4DxoVy5HYshVou9hX5SpoCPqvIR5bkR5b2QrloKzIsZWrUBbKC/yBPfm1VUJRBAsMfub7i+q7sFy5cnDixAk4ceKEaMy3pm86J6W4xHNSuLi4uL5vFVdOSr8eO4okJyUgbB//zlFD3/R0DxcXFxcXF9fPK36TghTlGUvmcZ1PeaHX4gjiOdQlmszNOp5k9ES5TwKZzw5xihQgnhlFNFaaSOaogx1ZSa/tERewQaWXcX6JZI46yIGVU9obuJHSyzi/RNCdgZDkl1k5peMJD1J6GeeXSMt/Eb7cxdibIMnjZUkEi4/LKd3P+IK5Niu9jJUmEiy+Hyqn9DwvJaXCsdJEgsXH5ZTe5jJSKhwjTSS5Dz4W/uR9uFQ4RppI8hkwklwmCYbTm1ipcLR3PMlRwOW//rahcGo9KxWO8owjJegYSR5kHw5GaxgWP8IjhmDxMUI/1DmKYPHD3WMIFh8jycPdY0heR5hrNMklwEjyKK84kn8R4hRJsfgISR7jm0DyhYIcIggWH5fBx/lRv4agEnTboy5gc5D6FedJYIS+g6EHWcYhXpZE8hnwkg9ORp5guZf6dTfyq78tI6u6nvYmpcLxsiRSri67xPzqcU5KSoXjZUl0GQfkV68LMrKMQ5xfIi1XR371tfQnyzjEShNJ/g1G6EslgWQZhxhpIskB8zRjHpRdCiHLOMh9EkheF/ZrkH04WcYhyiuO5Mm4o/LfEKdIgsWPvBJL8mQwXiHcTU5K28PdY0THzMgrsWTMDHONJvlXeMyM9o5XPWYa0jFTfz7LQ/vo1+LD4pf4UDQ/XOqJ36QgmWpRxPPlIy7oNSuCeD6zyZxg8R0QOvrc35YEi39m80WCeMao8zNbLAhm/MIuNhBKLQLB/hiLNdlsQbD45miA9TbzBweDKyQ21pchyS0QZ8TzvAycEJr/9KaLBDN+Ed2UuJ/xAReELzfeaE6w+Ja7GRfF9bQXuJ1mg9/pTRcJFt9yD/tScjrpCVfQF/vpjeYEi2+FsOiOhlfAy5QN7MbrLxAsvjXCol8+6k6Q5MbrzAgWX4JQ57aHXQiS/PSGCwSLLznAYi8ddAI/hCQ32WhOsPi26GZSoucIMhv2JXtmkznB4tsdZvhyy72XCRb/zCZzgsW/fIRxRy5qX4JgB3ZTYLLJnGDx7Y8yD57XsiZY/LNbLAgW3wnhy8/9bUUw4+e2WhAsPkadn9liSfyK176RXgwE++PUrxiLfxH51ctMBg6GzK/GG80JFt8C3WhcOScFZyPq10TsVx12A+N+xgdc0ZIPpzaYEyy+BfKryylPcDdhfjVaZ0b9imIdDDzA4yyOvUCw+JZ7mbcvH3UHT1N2w3BqnRlkRDEsvhVC89vpu4LPBX8Wu/Y8weJjv1466ARSC+bXU+vOEyw+9qv1fgeQWTO/nl5vRrD4mJNksceOYPGN15sRLL4dWnbiwi4bgsU/vcFMdMw8v92ajJkmG80JFh+PmabbrFSPmcRXFyHCnTGizm65WKxYfGV1z5f+cKklnpMCPCeFi4uL63tXceWk9O+6vUhyUvwjdfl3jhr6pqt7uLi4uLi4vikp/v/nS9vgUkt8ugcp1i+JYvHR4904WRLB4kd5xQmw+OwRc2JAMuFHRHjEEMSz0ym2omdSUArhPGDUvZORJ8kHSApOJXkGGB3uauIDtmgV1KSQVMIPCXVhj109zknJ497k0DSS64JR914XZCTXJTksnTAWMOre1zKAYPGTQ9MIuwOj7v0kgQSLnxyWTvNi7FieQYBtKMHiJ4Wk0jwDlBcTaB9Ocl2SQlJBewJDkvtJGBY/xCmS5LokBiaL5hmEu8eQXJfEgGRBnoG/cjvSMw5MUK5LnCyJ5MVgzLjcJ4Fg8WOkiQSL74Ew43F+iRQz7pNAsPgYM57gn0RyByI940Sx+ElBKSTXJcIjhmDxnYyQX4NTiV8x6t75lBfYHWOP+5NCUkmeAfarm4kPweInh6bRXBeEur9iKgWbgw4kFue6YL96m8tIrktSSCrF4qO8GKlVAMl1SQpJpX5FqHuZTRCZBk0KTiXsDuzBANtQkuuSFJRCPIiXZgi0DydY/MTAZIrFt2YeDHGOIlj8BP8kgsXHuVnhbnKCxY+TJREsPs7NivSMI1j8WGkiweJj1L3cJ4Fg8eU+CaJLicT5JRYcMxFrBue6JAYkE0ZU5JVY0aVEkoJSCPcp3E3+3WLxuT4tPt0DfLqHi4uL63tXcU33DOisVSTTPbLo/fw7Rw3x6R4uLi4uLi519R9g8X9m8ekepDNbLhLMNJ4CMdl8UW3M9Nm/LdXGTJ/925KUMhutZaWrB+YYksfE57ZZkTJS/Oj/0LyTpHzy7N+WpIzUcCV77Kq/wIiU+57ZaiFA87NpgiOLjMgUyNm/LUWx6EcXG5PSYJMtFhSLjh7RHl96mkyXmGyxEMWiGyw3IdMlJpsvwrKOhaP5DVacIVj005vMRTH+J1adU4lFx2W5J1ebUjT/OjNRNL/R2vNkKtBo7XmC5sfTGqfWm5Hy5JOrTUXR/MYbzQtg/DFCHU+BmGy+SEqZDVecJd7Gfj2z1YKUhhosF6D5px9Xbgv9enIN9avQg7iMFPtVf/5J2DWOxZ7bZiXq18MLqV8LeBBNExxZdIosJXH2b0viQezXY0uMiQfPbLUQXUri+DIT0BpJY/FSEtivhivOkjJiky0Wanvw9CZzUTS/0IOnNlwgvsJofqO158n03qn14mh+oQeN1p6nHkRLSRhvNFcbzS8cM0+sOkfGTLyUxJmtFnTMXCkYM5Ffz22zon5dcYYsD/HVpQCAD1/4w+9R1BZ/koIkvLklM2ElSpDXSgj2C7T1gTaG2yLNliwh+ncK+xsfcH09ji1Zghhf2C5uqmRJAAUKLlmqpCh2uUSJkuRYSpQsAYr3qBOk3RIktlTpkvCBxKL+lioJgGNLlYT3OBb3oWRJ+PCB9he3i89TqVKlQIFOUomSgj4glSxFj61UKRWxpUvCB9RuyVIl6XkgsaXgw3t6zj58KDy2VOlS8P6DerElS5WE9+/fs/2SJUh/8RUsUbIEfHj3Hv0C6PlVCK4/PmeCa471sX9ivqL/85QsWVL0H8aC/iyhwoMAHxQCD5JYwWdG0K7YF0KJjx8EEit27kuUAME5oueBBhcyloi0+/FF4Vgh0mwJ4b5wTFIRXKCtEnhH9R9S2YfPaPcT/SHHLTwHBQdntdsuahVFTgnPSVFfPCcFeE4KFxcX1/eu4spJGdjhbyhd6gtzUt6/Ab/YA/w7Rw3xJylcXFxcXFzqSgFFkJNSJD35KcRzUpAKlCDjcjpBCXKkZ9GVIOP5bFzS6XjyClw+7kpixUo6XYy9aAlycCqZo8YlyO5nfOESIqQmBaWIlnR6nvcjJchJwam0BBmVdPpclJES5KTgVIo6RyXIUusAUoKcFJRCSpD9UUmn7FIwLUEOShGgzllJZ4BtKClBTgxIBm0R1HmgfTgpQY6XJZH8G19LWv6JS5DjZEmiJcjh7jGkBDlWgObHJchRXnGkBFnumyBagiz3TSA5INHe8aIlyHEyQQnylVjREuTEgGRSgvyxpFO9kvlwd+ZXJ6NP+NWVedBVUIKcFJxKl4dAHvQ4R0uQk4JTST4DLoP3uiAoQQ4WL0H+WDJvR2L3Tim8BNlPEqiyBBn71d82BC5oC0qQJ6pZghwgXoIc7BipdglymGu0+iXIV2JVliBj3H6BEmTfoilBTvBPImOmsATZ5bSgZP4/LEHmxNniFZ/uAT7dw8XFxfW9q9ime9pthdKlNL6orXfv88Av/iD/zlFDfLqHi4uLi4tLXX0AUjDwr9vgUkt8ugdpWcfNMKnOQuX+7N9Xir42t+kq0dilHWjsnD9Wkv1ZTVaItovLBJe02wiT6y4SbReXn352rCaKbb+JxC5otY68hmOXtNtIY1FJoTB2cdsNJBaXFAr/5qI268n+vOYqYlvT2LnNVovGLmy9rsB1E41ttVY8VnA+57dYI7jG4rHzmq9WP7bZarV9VVQeFMbO/l392EVf4sG66nnwq/m1w2bq1z83ivtVcCxCbxO/FjhHKvxayDlSO1aFX4XjyoKWa0U9KIxV5W1hrNDb/3bM/FSsqjFT6NevLU6cLV7xmxSkhftnQIMW9ZT7f20Yg16bCT3HdVbuLzs6D35tWle5P3H9aOX2Uv3Z0H1MR7Z/eC788rumcn/C2lGsncNzoMuI9sr9+fumK7cHz+0Hf21gsSuOzoXOw9qh2BnK7WELBsLEtSNIbIfBfyr35+6ZptweuWQIjF89jMUemwft+rdmsbunKLfHLB8G41YOVe6vPD4f2vRtqdyfvXuycnvcqhEwetlg5f7qEwugda/mLFZ7knJ74rpRMHIJjl0ILbs3ZbE6LHbyptEwfOFAFntyITTv+juL3cVip24dB0Pn9yftNuvUWLk/c8dfyu3pWhNh8Jy+7NhOLILf2zdir2+byN63/S8YMKO3cn/ViUXQuG0D5f60vycot+doT4b+U3uydg0Wwm+t6yv3p2wep9yev3ca9J3UXbm/wmABNGj5Kzr2scrthftnQO+JXZX7y48vgPrNf1HuY78uOTQbeoztpNxfdnQ+1PuDeRD7ddnhOdBtNPPrsiNzoW4TFjt+DfUV8asu8+CQef3hr/XUr52GFu7BEYsGwUTc7rF50H5gGxQ7Vbk9askQGLeK+vXPfq1YrA7z69gVw2HMcubXVQbzoU2fFsr92TrMr+NXDYdRSweT2FY9min3ZyG//rVuJIxcjGINF0Dzbn+wdncxX03ZNBqGLRjAYk8sgGZdmrB2dzBfTdsyDobM66/cX2m4EJp2/E25P33bBLI9cFYfdh4MFsLv7Rqi1wV+nd5Lub/8+Hz4rQ3z4NQt45Xbc7SnQL8pPVi7xxdAo1YsdjLy67w906DPpG7K/WVH5pExc9JG7NeZ0Gs8GzOXHpkHvzZjfsUeXHyQjplL9OeIjplL9edAt1EdSGzdJnWA68cUz0kBnpPCxcXF9b2ruHJSBrXeXCQ5KdJkff6do4Z4TgoXFxcXF5e64lj8YhWf7kE6p2VNMNMYi26qZU1KjoWYaYxFP79DojZm2mynhJTPnd7ISlf1FxiRksgLu2xILC4bPLLIiJTwmu2UEMw0LnM9utiYlPCa7ZSIovmPLz0N2hNpLEHzo5JYg+UmBON/foeEoM5xOaLhyrMEi35+uwRWdS8czX9i1TlSGmyqZQ0ruv6NYlnpotEaU4JFP7fNiqL5Uamt0TqzAlh0MdT5qQ0XKJp/iwVB8+OyXJPNFykWffNFUSz6ma0WpITTeKM4Fv3cNivYikqOVWHRhX41WieORS/g1zWmon49v0Mi6kH9BQU9iNH81K+nYDeKvbDLRtSvx5ao71eD5SYF/CqG5jdYcYZ6cAf1IEbzn1h1jqD5z2+XiC4lIfSgqZY1RfMjv55ab0aWkjinZUXR/MivxhvNCZr/7N+WxIPYr0IPntlqAUvbb1LuCz2Il5Iw2XyReBDHCj1ovNG8aMbM7QIPrjMjOUzYr2Y7JWR5CKM1FM3P9WOJP0lBevv6DbzNe6vcz3uVr9x+8yoPXr9k+/mv8kRj817nw5vXaP9VHuTn4dfzaOyrwl97m/cO3rx6Q/rw5gV7Pf8Nis1/T2Lz37wlfcp/w7bfvX0P+a/E+5D/mh3X27fv4c2L1zT2JXovaufd23ckNv9NPuS9fEPeq4zNfwevcbtv8uHNC9r//+n923fw5vkbEptP+sBi3wljX+eTPuLjfJ//Dl6j8/n2zVvIf41j80jsK9S/t8J20bG9ffMWXuE+vMqDPHIdaexrfNyv8yAftfXmJfXVy+fo+r/KI9c1D5+TN/nwGu2/fS2IFXjjtcC/eW+o95Xt5L0l15/4Kv8d8W/+m7ekT/jcvs1/V8Abb0Rj36uMJceSRz345hW9TtSDb8l1+eiVwj8zH48bXcPXeYLP0FsSm/cCt5sH+a8Kv6Zv3+STz3TeyzxyDt+Qa0ivad7LPHgrcp3yXuWR2Dcv3pDjeYP6m/+qYLs4Fo97eS/fkNj8V6rHTDKuvMqDd/nvCo99nUc+Q6rbpePrm1d5kJ/H2v3q4k9SilU8JwV4TgoXFxfX965iy0lpvrFoclLSj/DvHDXEn6RwcXFxcXGpKb7AYPGK56QgJQQkk/wAjCRPDEgmORVynwQBFp8hnpOCUwniOcorjiCenY29lNvJYekknyHKK47FnfICewM3FhueTuaHMULf/Ywv2B1zIbF4zhfjyz3P+4GtvpNyPyUiAw7MNlTuhzhHKbd9LsoIFj85PJ1g8TG+XGoVANa6NHbvVJZTg5HkskvBBIufHJ5O8hkwQj/ALpRgxpND00iOAkaSBzlEgNlOhhlPCkklWHyMJA91iSZY/KSgFJL7gpHkER4xYLKFYfETA5IpFt/CX7kd7R1PcosS/JNIPgtGksdIE0n+RZxfIsHiX0EejJclkRygGGkiwYy7n2VY/MSAZJInEe0dL4rFTwpJJbkPkZ5xolh8oV8jPeOU2y6nvalfw9JJjgLx61kpWcYhJSKD5B1ghL6nmR9ZxiElIkN0GQcfC3/i15SIDIrFd4xQbkslgQSLnxyeTnLAsF/9bUMK+BVj8TFCP9A+vIBfca6WDPk1xCmSYPGTQlIJFt9Pwvwa7iYnWPykoBSCxZdaMb9GesYRLH5iQDLB4uNlHOQ+CSRfKF6WRLH4aBmHOL9EgsWP80tUf8z0TSB+xcs4JAWlkDEz2jteFIufHJZOsPgf/VqMWHyuYhWf7gE+3cPFxcX1vau4pnsGN11fJNM9vpnH+HeOGuLTPVxcXFxcXOrqgwKgxBf+b//hp382oLb4dA/Syq5bRTHTK7r+rTZmWhirCjO9sts28tqS9qz0b1nHzTCl3mLRdhf/uUE8tgs9lkVtWenf8k5bYPIvi8RjUZngis5baWxnQSwqE1zReStBnS/vtEUUiy6MFSK/Mep8ReetqrHoCHW+ostWlVh0jDoXxqrC+Bd2jsSw6AViVWDRhbGqMP6f8qCqWFUeFMaqQp0LY3Gp6uf6VaUHVflV6EFVfi1wLdbRWHX92oXGFsDOtxLEquvXrn+r71dBrCo0v/Dcq/SrMFaVXwWxqtD8wrHtc2JVja/CWKFfuX4s8ZsUpNm7JhPE83iEYp6zazLB4s/XnUGw+ONWM8T3/D3TCOJ5/r4ZBPE8FiG+5+2ZSjDjs3YybPeA6b1gAkKHL9SdQbD4s3ax2EGz+8KEVcOV+4v0ZkKHQW3ZsaF2B8/pB+MQOnyR3kyCxZ+5kyG+h84fAKOXDGGxB2cRLP4MhPgeuXgwjEKo+8WHZhMs/oztDPE9ZvlQGLFwkHJ/6eE5BIs/Q4vFjl89nGDGlx6eQ7D40/4er9yeuHYEDJ7bD8XOJVh8jAOftGE0wYwv0Z9DsPiTN41D22MJFn/xodkEiz8JIemnbZ1AMOOLDs4iWHyMr5+h9RfBjC/Um0Ww+BPWMXT47J2ToPeELih2JsHij1szUrk9b/dUgsVfoDuDYPGJX/dOI1j8BbozCRYf+3Wh7gzqV+TBgTN6w4TVw0lsxyEMiz9rJ8PMD57TD8avZO0u0ptJsPg4dui8/jB2GfLrgZkEi4/9OnzBQOpXvZkEiz8d+XXUkiEwcjHz4KIDswgWHyPpxywbCsMXsKUZFh+cDS26Myz+9L+ZV8avGg5D5jEPLj40G5p1Zlj8KVtY7F9rR5ClGRYfmk2w+HgJhUnrR8GAmdSDGIuP/Tpl01gYMI0tzbDo4GyCxccenLZlPPSdzJZmWHhgJsHiT0QenKk1Efr8xZZmWKg3i4yZE9axMXP2zkkEiz9fdybB4o9FHpyrMwV6jMVj5nTRMXP+3mkEiz9/34zixeL/rwT5S3+41BLPSQGek8LFxcX1vavYclKarIHSJb8wJ+VDHvhmG/LvHDXEn6RwcXFxcXFxfZPiNylI5jqXCL4cl7mZa9sUwEyLoaMv6tiSsjyTzRdh8Z+Fx1rusSWYaVxieHSxMSm1tNxjS8qez2xlJbHHl54G3Rk0FmOmcfmswXIT2DftmHLfYrctwZebbGLls4Yrz8LeqYLYvjuV+7jU9uRqU1JGbLHblqLO17NSW6N1ZgSLflHHlqLOUZnjqQ0XSMmxufYlgjrHWPTTm8xJuae5tg1B82MsuskWC9iFypPNdlLUOcain/3bsgAWnaLOWbnvOS2rglh0hDrHpZbnt0soFn2bFUGdYw+a7ZQQLPqZrRbErxiLbq5tUwDjr9KvyIOnN1HUOUbzW+y2hS2ojPTM35bK7aOLjWH/TIEHUdkz8esyE9CdfpzEYtQ5Lp81WHGG+NVyj7hfT6w6R8qILfdQv+JSW6M1psSDFrttYW3vwtH8p9abgc4kVnJ8UceWLA8h9KtKD6IycpPNF4kHL+yyIR7EJbxntlpQD+6QCJaHoB7E5fTnt0uoB1eIe9BUy5osD4H9KvTguW1WKsdM7EEhmh+Xsl/UsaVo/i0Wao+ZQr9+dfHpnmIVr+5BevYwF17lvlTuP334nL326AXkPnyBYp/B6+evyets+zndf/iMIOBzHzxj2w+fw1PU7vOH7LWXz97AiyfPSWwu6tPzR89J7LOHuSz20QvIRX14/oi2m/uAxT57/IK0hd/36tlryL3/lBzbc/R6LunvK3iK2330nLSLz8mr3Jfw9L4g9jE+Z89Vxr54wmLx+Xv59CU8FZxfcg5xH56+KNDuyyf4OqJ2n7yAJ/efodeekT48e0hjn+LYh7nwnPQXXcMnz0m7uQ9y4eVT5EF8DR/Tdp8/egYviV9x/wT9ffgMXj4r3K/PHz8n5+XZw+dkCQB8LZ49fkE8+AJd31fP38Dzx/Rck78j8Cv2YO6jF/DsMf0MKdt99prGPqS+wv15mfuKXNOPsS8Kjy2k3Re4/9jbT19CLmn3Gbx48pK8V9nf3JfkvbkPn8PLp6gPqD8vntDzmfvwmSCW/Y0Xj1+Qdp8/egavkFfwuX7x6Dk8vY+u28Nc4pVnD9n288fPaB8e5Ap8hT/Dz8l+7oNcePXsVaGxH8c2HPuMxAqPG+8/e5BLxkzswacPqF9zHzwjfv3q+qAAAF7dU1ziOSnAc1K4uLi4vncVW05Ko1VFk5Ny/ST/zlFD/EkKFxcXFxeXulJ8+PjzpW1wqSWek4KUGJhCckkwkjwpOJXkKMRKE0l+CEaSp0RkkHlcuW+CKOI5LSqTzM3KfROU264mPmBv4E5i8dwsRuhfMZWC3VGGxU+LvgqH5rNcgsgrscptb3MZ2B52Uu6ny7MIFj/MTa7clloHgOSAA4nFWHyM0JfZBBEsflr0VZJLgJHkAXahBDOeFpVJ8lkC7cPY+xwiCGY8NTKT5KgE2IWQ/pzfwTDjKREZFIt/iWHGIzxiCBY/OTSNYvElgcrtKK84klORFJxKsPi+lgxJHitNJLk6iYHJZG4eI8njZUkk9yHBP4lg8TGSPDEwmeQzxPklwhY0N+9+jvk1OTSN5CjEShMFWHy2jENKRAbB4st9EggWHy/jIPRrtA/zq/sZX4LFT4u+SvJZMELf87wfweKnRV8lWHy8jIOPhT/B4qdFX4X9KFcLI/SlkkCQ7GceTJdnESw+RujLbIMJFj8t+irF4jswLH7A5TC4uNuWxGIsPvZriFMkXNhF/ao9keWoYL+Gu8kL+BVj8bFfI6/Ekpy15NA0isVHfpX7JpC8HlV+jfNLJPliiQHJBIvvbS4jr+EcsHhZksoxE+fUxPklimLxk8PSyZgZI00kYyZexiEtKpPkvkR5FTMWn+ekFKv4dA/w6R4uLi6u713FNt3z67Kime65fZp/56gh/iSFi4uLi4uL65sUv0lBWt1DSxQdvaanltqY6QKxKjDTa3ttJ68t78xK/1Z02QrT6i8RbReXqq7oshWm/ioeu7QDK/1b0fVvlbEYzb+y2zYSKzxHuKx1VfdtBIu+qvs2USz6qu7bCL5ciLrGWPRV3bUo6rwQ5DeJRfhyVRh/YawqLPrqHlpqY/xX99BSG4sujF38pzgWfU1PLbWx6J/yK/agMLYAml9F7PJO1INq+/UTHlTlV1UeXNmNevDz/Kqlwq9aqv0q9KCaaP7P8avQg0I0fwG/aqrwqwoPCtH8X+LXrzFmfsqvX118uqdYxW9SkKZtnUAQz2MQtnvK5vEEiz9r12SCxR+9nKG4p2+bSDDjM3f+RRDPo5ehWK2/CGZ8GsK29/mrG4xbwfowc8ckgsWfilDc/ab0gDGo3Vk7JxMs/rStLHbA9F4wGuHrZ+2cTDDjU1HsoJl9YMRChgOfvWsyweJP2TxWuT1kdj+CDp+jPQVa9WxWaOzw+QNh+HwWO1dnCsHiT97IYkcuGgRD5vQjsRiL/9d6hu0es2wIDJ7NMONzdk8lWPwJ6xgOfPyqoQR1P3f3VILFn7CGIb7HrxkO/af2JLEYiz8eIb4nrh1JMOOztacQLP7YVSx20oYx0BthxudoTyZY/DErGWZ+8saxBDM+a9dkgsUfg7wybesEghmftWsyweJjv87Q+otgxmftmkyw+KOWMHT8zB2TiF+nbh2v3O47qTuMRcstzNo5mWDxsa/6T+0JY5ZSD2Is/tQt7PoPmtkbRi1msbN3TYa2xK8sdvCsPjBy0SASi7H4kzex6z90Tn/iwTnakwkWf/JGFjtiwUAYNm8AicVY/EkodtTiQTB4NvPrHJ2pBIs/cT2LHbt8CAyc2QfFTiFY/AlrmbfHrRwK/af1Iu1iLP545NcJa0aQpRnmaE8mfh23mi2hMHHtSOjzF1uaYbb2FILFH7uKerD3RLY0g3ApkdErPjFmNsN+ZV6Z9vdEspTIzF2TRMfMGdsnQdeRyK87JhUzFh+K4Cal+Lr7vYvnpADPSeHi4uL63lVsOSm/LIXSJct+UVvvPuSD710T/p2jhngJMhcXFxcXl7oqiuka/mxAbfHpHiTLfXYEHY1Ljq322RXATOM5doyZluy3J+V+plrWBB2NS+0kevakPBWXLhosNwH9+SdZ7AEHgubHpYuGK86SEk7JAQeCjjbVslZun1h1jpQcS/TsSTk1LnM0WnueoPklevYUdY6w6KfWmxEsumS/PSkNxCW8pzeZEyy6ZL89RZ2j8kmTLRYEzW+te5ng9nG577ltVhSLvteO4PYxFt1Uy5pg0S332BLcPi4NPr9DUgCLvqo7w5fjskxzbRvQnkgx/hh1jsuIzbUvwa5xFIuOcfu4hNNyj21BLLoKv2I0fwG/Lhf4VYg6R/hyXO4p0bMnHjTbyTxosOIMHJpH/YrLU023I7+uPAsH5hjSWBG/Gq0xpX494EA8SPy6TuBBPXuC28d+Nd5oTpaSkOhRv+KlJEw2XyTl9JL99gS3j9H8Z7ZaEA9a7bMjuH3iVy0rUnpvudeO4PZxafD57dSDFrttCW4fo/nNdkqIBy/q2BIPUr9eKoDxx7h9vJSExW5b4lezneIetNz7CQ+iMdNa9/LnjZkCv+Jco6+uDx+K5odLLfEnKUgPbj6CXITbfnDzEdm+f/2hcv/+jQcE3X3/Bov958ZDeID3r9PYf64/QO97CPfR37l/g/2NJw+eE+z4/RsP4cHNx6hPLPbpg2cESf/gxiN4eOeJSOxzeHyPvXb/5iN4fJftP8Sx95/B/Zv4uB/CI9LuIxL7z7X7qN2HpF18jp7cewr3UOw/Nx7C4zuPUSw6D/eeFDhnT+49LTT28d0n8M8NGvsYx97EsY9Ju//ceAhP/xGPvX8NtXvzAcGv42N7ePsx3Cf9pbEPUH8f3XkM/9yg5xcvm4DbfXDrETnW+zceEEz6fXTcD249Jn795/p96lfsuZsPyXW8f+MhQdQLr/+DW9iD6Po/eE6Wdbh/4yE8ul24B3MfPIcnaLmF+zcewsPbhXv7yf1n8Ejgjcd36XuVffgnt0B/sdcfEF89hX+u/aPc/+f6Q3h8p/DYx3epB/+5/oB6G52Hwjz4BH/ecLt3npDr/8/1B/DkH+Qr1O6jO4+or24+IEtW3Bf4Cvf/nxsPyBIA1K8PBccm9CBr58GtRwX9iq459sPDW4/gIfHVA7L0BfHczUdkbPsYK+LXG9Sv/1x/CM/REgVcP5Z4TgrwnBQuLi6u713FlpNSe2HR5KQ8MOXfOWqIP0nh4uLi4uJSVzwnpVjFc1KQkoNTyRy653k/9lp4OskPiJclkTwOjHhOi8pUG/GcLs8imPFYaaJy2+OclGDxM2KzCRYfI8m9LsgIFj8jNpvkB2AkudQqAGz1nZT7mXE5ZM4fI8llNkEg0bMnsRiLj5HkAbahBIufGZdD5vExkjzIIYJg8TNis8ncPEaSh7pEEyx+ujyLYvEvh5K+41ydtKhMgsX3tw1Wbkd5xREsfkpEBsk78pMwJHmMNJHk1CSHpZM5dKk1w4wn+CeRvIOkkFSKxbfwV24nBiaT3JfEwGRRLH5yaBrJZ0kMSCZYfA+EJE+JyCBY/DhZEsnjwH5Nl2cRLH6MNFEUi58RQ/0ag/x6xVQKl4+7stjYbNBfwLD40d7x7BxclBEsfmZcDsmpwss4SCWBBIufGZdD8qTwMg6yS8EEi58Zl0Ow+KEuyK+XwwgWPzMuh+SSYL8GO0YSLH5GbDbB4gfZM7+GuUaT3LJ0eRbJ+cB+jbwSS3J10qIyKRYf+VXuk0Dyb1IiMkSx+HF+iSSvKzk0DbRGMg9iLH5iQDLJ1UoKTiVYfLyMQ1JwKsl9SQxIVnvMTPBPIlh8vIxDWlQmyVGJ8xOOmWwZh4yYLJInJfdNKF4sPlexik/3AJ/u4eLi4vreVWzTPTXmF810z2Mz/p2jhvh0DxcXFxcXl5pSKD6A4gtXMf7S9/9M4tM9SOv77hTFTK/vt0s1ZrqVilgVWPQN/WksLhNc1X0bzGi0jLSL28Glqqu6a8H0hipiO9PYaQ2Wih43RvOv7vGJWIRFX9NTi2DR1/XZIYpFX9trO0Gdr+29QxSLLowtgPFH5Ydre+9QiUXHqHNhrBDjj9H86/rsUBvNv77vTrWx6Ov77lQbzS+MFWLRiQf77lQbiy70qxCLjlHnwtiVqFR1Vfdtqj3YRYUHVfj1czy4uof6HlzTU+tfe1AYi5eSEPpKuPTFv/Wr0INF6te6X8Gv/Xap79fPGDM/5devLoUC4MMX/vAJDLXFb1KQJqwZSRDPIxYzvPb4VSOg+xiGYp66ZSzB4g9fyJDZf60bDV1HtlfuT9kyliCehy9gsZPWj4HOw9uh9zJkes8xnQjie/KGMdBpKMOM/7WBYbB7T+gCIxG+fvLGsQQzPnEdw2D3ndQNRqA+TN40jmDxJ65hfeg3tScMnduftIsx4+MRXrv/tN4wZA6LnbJpHMHij0c4+IEz+hB8/dTN4whmfNxKFjt4dj8YiPD1U7eMh2ZdmhQaO3Ruf4IOn7plPMHij1nBEN8jFg6EflMY6n7q5nEEiz9mOYsduXgQ9JvUg8RizPhohIMfvWwI9JnAMONTNo8jWPwRSxnie+zyYdBrPMOMT9kyjmDxR6LlC8atGgE9x3YifcBY/BGL2fWfsGYUdBvN/DplyxiCxcd+nbSe+nXq1nEEi4/9OnnDGOg0DHlwPbv+vcZ2hlGLBpLYDoNRLPJg74ldYORC5O2NY6HdgML92mdSdxg+n/oVY/EnrsUe7AlDEb5+yubx0Lo39ivzyoAZfWDIXIavn7plPMHiT0DeHjSzLwyaxfD1Bf3KYocI/Dpl8zji17HIg8PnDyjgV4zFH7OcYeZHLBwE/YV+RVh87NfRSwdD37+6k1js11HLkF+XD4HeE9nSDFM2jyNYfOLXFQK/bh4rOmaOWzkcuqPlQaZsHkuw+COQVyauGQldR2G/qhozR5OlGaZsHlO8WHyuYhXPSQGek8LFxcX1vau4clIGVZ0NpUt8YU6KIh+kuRb8O0cN8ZwULi4uLi4udfXhA0CJL8wp4TkpaotP9yBdOuBAckJwaajNQUdSRnhRx5bMsWPMtO1hZ4KONte2geWdWJ4HxkzbHnEh6GjLvawk8sSqc3BsiTGJxWWvuCTSaI0pKU+2PepCyl7NtS+x41pvBocXGpHYv1HZKy6fNN5oTtD8tkdcCL4cY9FNtliQsmfbw86kTBuXWp7bZkWw6Jf0nWATKjnEpcGmWtak5NTmkCMpOcRlmWY7JQSLbnPQkeDLcRmxubYNRfPr2RN8OS7hvKhjS9D8kv32BLePseiWe+1IObXVPjuC28flnta6lwnq3HIPxe1jD0r07Anq3GK3LcGX49JQm0OOsGs89uAlkueBS5ltj7gQ3P7n+BWXkZ9cbUrKk22PCvyqg/y69jwcWUQ9iHH7xK8bLlC/HnEhZa/YryabLxbw6xZU9orL089stSBlz7aHnUmZNvGrVkG/Ytw+9uv57RLi10v6TmTJB4zmv7DLhqD5bQ46kiUfqF8vUTS/nsCDyK+We2xJObW17mWC28cl8lb77MjyEFb77AhuH/tVst+elP9b7rEtkjHzkr6TYMxU7VeMCriwy4bkGnH9WOJPUpBuZNwjqOtb6beV2zfT78CtjDvK/euptwlu/WY6e+1m2i24nYliU27Dk39EYlNvwt2r91gf0GsPbj0iKPObqbfgbhbDeON27t96TJDut1Jvw51sFJtxl8XefEQQ9DdTbsG9HIaov5mG2hUgqG+m3oS7YrHXHsA9hNe+mXYL7iGU/E10Pu9m34e72fdQ7G2C5r6Fju1ezn24nXkXxd4hqO5babTdG6m3SLsYqY1j72T9AzfQ/o20O/DwFjpW1N872feIH66n3oYHIrG3r94j1+ZG2h2CdRfG4j5dT7tLlh3Af/NW5j24nS7wIPYruha30u+Qc3Yj9TbBw1MP3oI7V1msar/eIn7Fvnpw6xE8RTj1mykCv2ZQb+OlDW6l3qa+wp+Dm4/odUkV+BXF/nPtAbneN1NvkeUXbpHYh+S1G6m34B+0lAC+Tvey78OdLPQ5Tb1NliG4STz4DxkrbqTeJpj/2wIP3ky7RWPRsgPUr9RX11Nvk6UEcH9vXb1H9lXGZt4j5+V66h14fLfw2JsZdwuJFR8zbyN/qB4zb8Ptq+r69SbcyWTX4nrqbbLsxFeXQgEAHOZWXOI5KcBzUri4uLi+dxVXTsrACtOKJCfF75UN/85RQ3y6h4uLi4uLi+ubFL9JQUoOoVj8KwgznhqZSZYhT/AXx+JnxGYTLH6cLIkgnjFmPDMuh8zjx8mSlNueZn4Ei381PofMzWMkuY+FP8HiZyVcg0PzC0eS+0kCCRY/K/E6mUPHSHJ/2xCQHHAgsQSLj5DkgfbhYLXvMondO7VwzHiIUyTJZ8hKvE7yOHBsuJuc5Chcjc8h8+KB9mHK7SivOJJ3kBGbTbD4AXYhym25bwLJJUiXZ5G5btklhsWPlyWR/IDUyExRLH5iQDKZ808OTRPF4ieFUMx4UnCqOBY/PF0lFp9gxqOvEix+vACLjzHjmXE5BIsf5yeOxb8an0Nyn/AyDt7mMoLFz0q4Rvwq92XLOPhaBoDtYScSi/NDorzilNsymyCCxc9KvA77kV/xMg4BtqEEi5+VeJ1g8fEyDoH24SQHLCvxuigWP9QlmuSAXY3PIblEGIsf4RFD8mQy43JAeyLC4tszLH60dzzJfcmIyRLF4sdKE0n+VVpUpigWP8E/iWLxwwXLOFghvwYmw6n1LJckOTSNYPG9zenSDDiXJCkoReWYibH4iQHJBIsvXJpB1ZiJlxK5Gp9DsPgfl3EoRiz+/9bu+dIfLrXEp3uAT/dwcXFxfe8qtukejSlFM92TZ8u/c9QQf5LCxcXFxcXF9U2K36QgbRqoI4qO3jRAW23M9KaB2hQz3VkcM715kA6JxWWCa3pqwawmK2gswkHjsta1vbbDzMYqYrsLYn9bLhqLS2DX9dlB0PybBmqLYtHX9dlBsOibBmqLYtHX991JUOcb+2uLYtHX99tFYjf03yWKRV/fbxfBogsR6rhUcUP/XSoR6hiLvrG/NsWiC1HnCIu+sb+2StQ5xqJvGqAtQPOLY9E3DaQeXNltm2oPqvIr8uB/5lc1Pbi29yc82E21X8U8WMCvA1R48BN+xUtJCD2oyq9CD37Kr+qi+YUeVLWUxKf8SjwoGAdVofk/6UFVY6YKNL8wVojm/+pSKD5yTr7o56efwFBb/CYFafTSwQTxPHR+f+X2qKVDoNtIhm2esHo4weIPmcMQ76OXDYMuw9sr98evHk4QzxivPWb5cOg0hKHDx65gGOyuw9vDMISkH7N8OLQf1JbtL2O46m4jO8BQ1Icxy4fDn/1bo/4zvHqPsZ1h0Cwa26ZvSxa7mMX2HNcFBs1ksWNXjIDWvZuz2CWsD73/6k5w4GOWDydY/FGLWWyfST1gwHQWO27VCIIZH46WA+g3pSfB149dMZxgxkcsYv0dOL039J3M8PXjVo0gmPHhaOmAQTP7Qp+J3UgsxuIPW8Bih8zpS3Dg41eNIJjxYfMHou3+0GtcZxa7ZjjBjGNfjVg0EHogdPiE1cMIFh9j20cuHgzdR9FYjMUfOo/Fjlo6FLqOYH4dv2oYweIPFnil8zC2NMO4VcMJFl/o146DkQfRcgDdRnaAIbNZH8auEPdr91EdYcgcGouXZhiNUOw9x3WGwaTdEdAaLc0wGi0d0HN8Vxg4sw+NRVj8UUtYf/tM6g4DpjMk/diVIwgWfyT6HPSd0hMGTMOxw6F5N+ZX7MEBU3tBX6FfOzO/Dl+I/doH+kxSz6+DZ/Ujfh2/ajjB4mO/Dp3XH3qPZ6j7CatHwm9t6hcaO2zBZ/h18SDoOYYtzTBh9XA6Zs5jsaMWD4HuowRjJsLiD0XeHr1sGHRFqHvhmIn9OnbFCOLX8atHFCsWX/FBUSQ/XOqJ56QAz0nh4uLi+t5VXDkpA0pNhNIlynxRW+8Ub0H23oF/56ihH+ZJyqlTp6Bx48ZQrlw56NSpEwQFBX36TVxcXFxcXN+BftbvuB/iJuXSpUuwbt062L59O8TGxkKfPn1gxIgRcOPGjc9qx+6oC8FBm2xhJad2x1wJOlqy357MhWMsur2BOymRtdpnR/DlGDPtYOhB8OW43NdonRkpe3Yw9CD4clxqeWrDBVJy6njCg+DLcWmwyeaLpOTU8YQHKU+02sfKMs9stSBofgdDD4Ivx2WZ57SsSHmqvYE7KU/EWPTzOySkPNXewI3gyy9osxJOc20b0F/AYi8fdyPltBjNf1HHlpSy2h1zJfhyXJ5sudcODsxmqHPbIy4EX26qZa3cluy3L4A6x/hyXBoqOeBAcPs2Bx0Jvhxj0S/pO1Hc/gEHkruBPWh7xIWUaUv07EnuBi45vXzcjZTIWuteJn7FJdL2Bu4Et2+1z47kbqj0qx7y4HozMFzB/Op4gvrVWpfFGm80JyWnjic8YPtoVk6L/XpmqwXxq4OhB2iNZH7FZcTntlmp7dfz2yUEza/Krxd22RTwK0YQUL9eImh+ewNxv1ruKehXXE6L/Wq1rxC/oiUfiF/17MnyEJf0nciSD9ivNgcdqV8POZJcI+xX28POBfyqaszcIxgziV/JmOlGxkxr3ctkzMR+dTD0IH613GtH8oe+tv6L6Z6i+o77HvVDYPGPHj0KCxcuhEWLPiZTHT9+HLy8vMDY2Bj09PQ+8W6mq7HXCL76aky2cjsrJgdyEq4p99Pl2QTVnYliM+VZcC2RmSdDnkNir8bmkNjryTfR32R/407WPchFmPFMeRZcT2GxGaidu1fvweN/clFsNtxIYbjtzDjW7u3MuwSRnRGdBTdTGc46I4a1ezvjLkHQZ8qzCAo9C7V7K/0OwZVnyrPgFsJXX41l5+hG2m2CTM+MzobbV3Es68P1lNsEM35Vng130Htp7C2Cus+Mzoa7OTiW9SEn6RZcT75BYnH/s1BsduJNyEm4jo4thyD/SWzCTchGXsmU5xDkfxbqb1bcdbiWyGIz5DnkfON2s2JzICeR9SFdnkOWLMDn4ao8G64ViEXeRu1ejcmG60nsPKRHZxN/ZMao8Gss+xt3su7B0/vMrxnR1K+ZcdSvDxFOPVOeDTeQBzPRsdxKv0P7I88iGHocezP9DtxH57qAX1HsjbRbKv2KP9PXU2/DHbTMQGa0ag9ijHtGVJZobE7ybbiBz1F0NtzNZn26GpPFYpNuwbUk6te7Yn4VeDAjWuhB5Kv4G5Adz/qUEZVNPYjHwbhrZBzMEPpKOGYSD2aL+jVTnk2OLT1a9fiK/Zohz4aHaNmJry7FBwAo3gUGi+o77nvUd5+Tkp+fDxUqVAA7OzuYMGGC8vdr166FuLg4CAgIKPCevLw8yMvLU+7n5uZCw4YN4ebNm3x+kIuLi+s71LNnz6BBgwbw9OlTqFq16ldpv2rVqtAbRkJp+MKcFHgLweBR4DtHQ0MDNDQ0SOy/+Y77kfTdP0l5+PAhvH//HjQ1NcnvNTU14d69e4W+R09PD3bv3l3g9w0aNCgkmouLi4vre9Hz58+/yk1K2bJloW7duhB8z6NI2qtUqVKB7xxtbW3Q0dEhv/s333E/kr77m5T/qUSJEmRfoVAU+N3/tG3bNtiwgdX+P336FBo1agQ3btz4Kub+EfS//1L40yZx8XP0afFzpJ74efq0hOdIoVDA8+fPoV69ep9+879QuXLlICcnB/Lz84ukvcK+o4RPUbA+5zvuR9J3f5NSq1YtKFWqVIE7yvv37xe48/yfCnukBgBQtWpVPiB8QlWqVOHn6BPi5+jT4udIPfHz9Gnhc/S1/8ksV64clCtX7qv+DaH+zXfcj6TvvrqnbNmy0KlTJ/Dx8SG/9/HxgZ49e4q8i4uLi4uL69vXz/4d990/SQEA2LBhA8yePRs6d+4MPXr0gDNnzsCNGzdg2bJln34zFxcXFxfXN6yf+Tvuh7hJmTp1Kjx69Aj27NkDd+/ehTZt2oCHhwc0atTo02+Gj9M/2traKucDf3bxc/Rp8XP0afFzpJ74efq0fqZz9KXfcd+zvvsSZC4uLi4uLq4fU999TgoXFxcXFxfXjyl+k8LFxcXFxcX1TYrfpHBxcXFxcXF9k+I3KVxcXFxcXFzfpH76m5SfdfnrwqSnpwddunSBypUrQ506dWD8+PGQnp5OYhQKBejo6EC9evWgfPny0L9/f0hOTv6PevzfS09PD0qUKAHr1q1T/o6fo4+6ffs2zJo1C2rWrAkVKlSA9u3bg1wuV77+s5+nd+/ewY4dO6Bx48ZQvnx5aNKkCezZswc+fGCLz/1s5ygwMBDGjBkD9erVgxIlSoCTkxN5XZ3zkZeXB6tXr4ZatWpBxYoVYezYsXDr1i3g+k6l+IllY2OjKFOmjOLs2bOKlJQUxdq1axUVK1ZUXL9+/b/u2n+iYcOGKczMzBRJSUmKuLg4xahRoxQNGzZUvHjxQhlz4MABReXKlRX29vaKxMRExdSpUxW//PKL4tmzZ/9hz/8bRUZGKn777TfFn3/+qVi7dq3y9/wcKRSPHz9WNGrUSDFv3jxFRESEIicnR+Hr66u4evWqMuZnP0/79u1T1KxZU+Hm5qbIyclR2NnZKSpVqqQ4fvy4MuZnO0ceHh6K7du3K+zt7RUAoHB0dCSvq3M+li1bpvj1118VPj4+ipiYGMWAAQMU7dq1U7x7966Yj4arKPRT36R07dpVsWzZMvK7Fi1aKP7+++//qEfflu7fv68AAEVAQIBCoVAoPnz4oKhbt67iwIEDypg3b94oqlatqjh9+vR/1c3/RM+fP1c0bdpU4ePjo+jXr5/yJoWfo4/aunWronfv3qKv8/OkUIwaNUqxYMEC8ruJEycqZs2apVAo+DkS3qSocz6ePn2qKFOmjMLGxkYZc/v2bUXJkiUVnp6exdZ3rqLTTzvdk5+fD3K5HIYOHUp+P3ToUAgNDf2PevVtKTc3FwAAatSoAQAAOTk5cO/ePXLONDQ0oF+/fj/dOVu5ciWMGjUKBg8eTH7Pz9FHubi4QOfOnWHy5MlQp04d6NChA5w9e1b5Oj9PAL179wapVAoZGRkAABAfHw/BwcEwcuRIAODnSCh1zodcLoe3b9+SmHr16kGbNm1+ynP2I+iHIM7+G/3sy19/SgqFAjZs2AC9e/eGNm3aAAAoz0th5+z69evF3sf/SjY2NhATEwNRUVEFXuPn6KOys7PB2NgYNmzYAFpaWhAZGQlr1qwBDQ0NmDNnDj9PALB161bIzc2FFi1aQKlSpeD9+/egq6sL06dPBwDuJaHUOR/37t2DsmXLQvXq1QvE8HH9+9RPe5PyP/2sy19/SqtWrYKEhAQIDg4u8NrPfM5u3rwJa9euBW9vb5Wrof7M5wgA4MOHD9C5c2fYv38/AAB06NABkpOTwdjYGObMmaOM+5nP06VLl8DS0hKsra2hdevWEBcXB+vWrYN69erB3LlzlXE/8zkqTP/mfPzs5+x71k873fOzL3+tSqtXrwYXFxeQyWRQv3595e/r1q0LAPBTnzO5XA7379+HTp06QenSpaF06dIQEBAAhoaGULp0aeV5+JnPEQDAL7/8Aq1atSK/a9myJdy4cQMAuJcAADZv3gx///03TJs2Ddq2bQuzZ8+G9evXg56eHgDwcySUOuejbt26kJ+fD0+ePBGN4fq+9NPepPzsy18XJoVCAatWrQIHBwfw8/ODxo0bk9cbN24MdevWJecsPz8fAgICfppzNmjQIEhMTIS4uDjlT+fOnWHmzJkQFxcHTZo0+enPEQBAr169CpSvZ2RkKBdE414CePXqFZQsSYfgUqVKKUuQ+TmiUud8dOrUCcqUKUNi7t69C0lJST/lOfsh9J+l7H4D+l8JsqmpqSIlJUWxbt06RcWKFRXXrl37r7v2n2j58uWKqlWrKvz9/RV3795V/rx69UoZc+DAAUXVqlUVDg4OisTERMX06dN/6JJIdYSrexQKfo4Uio/l2aVLl1bo6uoqMjMzFVZWVooKFSooLC0tlTE/+3maO3eu4tdff1WWIDs4OChq1aql2LJlizLmZztHz58/V8TGxipiY2MVAKA4evSoIjY2VomFUOd8LFu2TFG/fn2Fr6+vIiYmRjFw4EBegvwd66e+SVEoFAojIyNFo0aNFGXLllV07NhRWW77MwoACv0xMzNTxnz48EGhra2tqFu3rkJDQ0PRt29fRWJi4n/X6W9AwpsUfo4+ytXVVdGmTRuFhoaGokWLFoozZ86Q13/28/Ts2TPF2rVrFQ0bNlSUK1dO0aRJE8X27dsVeXl5ypif7RzJZLJCx6C5c+cqFAr1zsfr168Vq1atUtSoUUNRvnx5xejRoxU3btz4D46GqyhUQqFQKP6bZzhcXFxcXFxcXOL6aXNSuLi4uLi4uL5t8ZsULi4uLi4urm9S/CaFi4uLi4uL65sUv0nh4uLi4uLi+ibFb1K4uLi4uLi4vknxmxQuLi4uLi6ub1L8JoWLi4uLi4vrmxS/SeHi4uLi4uL6JsVvUri4flCZmprC0KFDv6iN+/fvQ+3ateH27dtF1CsuLi4u9cWJs1xcP6Dy8vKgSZMmYGNjA3369PmitjZs2ADPnj2Dc+fOFVHvuLi4uNQTf5LCxfUDyt7eHipVqvTFNygAAPPnzwcrKyt48uRJEfSMi4uLS33xmxQurm9YDx48gLp168L+/fuVv4uIiICyZcuCt7e36PtsbGxg7Nix5Hfz5s2D8ePHw/79+0FTUxOqVasGu3fvhnfv3sHmzZuhRo0aUL9+fTh//jx5X9u2baFu3brg6OhYtAfHxcXF9QnxmxQurm9YtWvXhvPnz4OOjg5ER0fDixcvYNasWbBixQqV+SZBQUHQuXPnAr/38/ODO3fuQGBgIBw9ehR0dHRg9OjRUL16dYiIiIBly5bBsmXL4ObNm+R9Xbt2haCgoCI/Pi4uLi5V4jkpXFzfgVauXAm+vr7QpUsXiI+Ph6ioKChXrlyhsU+fPoXq1atDYGAgme6ZN28e+Pv7Q3Z2NpQs+fH/kxYtWkCdOnUgMDAQAADev38PVatWhXPnzsG0adOU792wYQPExsaCTCb7ikfJxcXFRcWfpHBxfQc6fPgwvHv3DmxtbcHKykr0BgUA4PXr1wAAhca0bt1aeYMCAKCpqQlt27ZV7pcqVQpq1qwJ9+/fJ+8rX748vHr16ksPg4uLi+uzxG9SuLi+A2VnZ8OdO3fgw4cPcP36dZWxNWvWhBIlShSa6FqmTBmyX6JEiUJ/9+HDB/K7x48fQ+3atf9l77m4uLj+nfhNChfXN678/HyYOXMmTJ06Ffbt2wcLFy6Ef/75RzS+bNmy0KpVK0hJSSmyPiQlJUGHDh2KrD0uLi4udcRvUri4vnFt374dcnNzwdDQELZs2QItW7aEhQsXqnzPsGHDIDg4uEj+/qtXr0Aul38xGI6Li4vrc8VvUri4vmH5+/vD8ePHwcLCAqpUqQIlS5YECwsLCA4OBmNjY9H3LV68GDw8PCA3N/eL++Ds7AwNGzYsEuYKFxcX1+eIV/dwcf2gmjJlCnTo0AG2bdv2Re107doV1q1bBzNmzCiinnFxcXGpJ/4khYvrB5W+vj5UqlTpi9q4f/8+TJo0CaZPn15EveLi4uJSX/xJChcXFxcXF9c3Kf4khYuLi4uLi+ubFL9J4eLi4uLi4vomxW9SuLi4uLi4uL5J8ZsULi4uLi4urm9S/CaFi4uLi4uL65sUv0nh4uLi4uLi+ibFb1K4uLi4uLi4vknxmxQuLi4uLi6ub1L8JoWLi4uLi4vrm9T/AdJHAPht5yQgAAAAAElFTkSuQmCC", + "text/plain": [ + "
" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_concentration(model_path, model_name, show_wells=False , show_arrows=True, show_rivers=False, kstpkper=(249, 1))" + ] + }, + { + "cell_type": "markdown", + "id": "d36b3501-f2da-45d7-99a0-a8781a3cacf8", + "metadata": {}, + "source": [ + "### Limitations of the Unregulated Pump-and-Treat Approach\n", + "\n", + "An unregulated pump-and-treat (PAT) strategy, where extraction wells operate continuously at maximum capacity, can be both inefficient and potentially counterproductive. Without adaptive control, this approach cannot respond to changes in contaminant levels, leading to unnecessary energy use and treatment of clean water. Moreover, excessive pumping risks altering the natural hydraulic gradient, potentially drawing contaminants toward clean areas, including the municipal boundary. In low-permeability zones, it may also reduce effectiveness by bypassing trapped pollutants. Therefore, a controlled, feedback-based strategy is essential to optimize remediation efforts, contain the contamination plume, and maintain water quality standards efficiently." + ] + }, + { + "cell_type": "markdown", + "id": "38435a21-f448-44cc-856f-83f5548c495f", + "metadata": {}, + "source": [ + "### Why running the control script?" + ] + }, + { + "cell_type": "markdown", + "id": "93b72c41-ce95-4de2-b90d-5db7a8595cdd", + "metadata": {}, + "source": [ + "If there is no control over the pumping of the wells and we will have to iterate methodically we would extract *3 375 m³*, but if the simulation is being controlled by the concentration values at the observation well, then the volume to be extracted should be *! Let's find the most economic strategy by controlling the model!" + ] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.13.5" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/src/notebooks/demo_flopy.ipynb b/src/notebooks/demo_flopy.ipynb new file mode 100644 index 0000000..de5b311 --- /dev/null +++ b/src/notebooks/demo_flopy.ipynb @@ -0,0 +1,126 @@ +{ + "cells": [ + { + "cell_type": "code", + "execution_count": 1, + "id": "c15c7ac8-9374-459c-a34b-063c84e27420", + "metadata": {}, + "outputs": [], + "source": [ + "import flopy" + ] + }, + { + "cell_type": "code", + "execution_count": 6, + "id": "88b8207b-ab52-4543-ab95-1470a799f46b", + "metadata": {}, + "outputs": [ + { + "name": "stdout", + "output_type": "stream", + "text": [ + "loading simulation...\n", + " loading simulation name file...\n", + " loading tdis package...\n", + " loading model gwf6...\n", + " loading package dis...\n", + " loading package ic...\n", + " loading package npf...\n", + " loading package sto...\n", + " loading package chd...\n", + " loading package wel...\n", + " loading package oc...\n", + " loading model gwt6...\n", + " loading package dis...\n", + " loading package ic...\n", + " loading package adv...\n", + " loading package dsp...\n", + " loading package mst...\n", + " loading package ssm...\n", + " loading package cnc...\n", + " loading package oc...\n", + " loading exchange package gwf-gwt_exg_0...\n", + " loading solution package gwf_pumptreat...\n", + " loading solution package gwt_pumptreat...\n" + ] + } + ], + "source": [ + "sim = flopy.mf6.MFSimulation.load(sim_ws=\"models/mf6/pumptreat\")" + ] + }, + { + "cell_type": "code", + "execution_count": 10, + "id": "a0b283a8-b1b3-4c58-b41d-e3f3b6e66cfe", + "metadata": {}, + "outputs": [], + "source": [ + "gwf = sim.get_model('gwf_pumptreat')" + ] + }, + { + "cell_type": "code", + "execution_count": 21, + "id": "e0da8b37-3e94-4908-91aa-ac15cfd0304c", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "" + ] + }, + "execution_count": 21, + "metadata": {}, + "output_type": "execute_result" + }, + { + "data": { + "image/png": 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", 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" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "pmv = flopy.plot.PlotMapView(gwf)\n", + "pmv.plot_bc(name='chd')\n", + "pmv.plot_bc(name='wel-1', plotAll=True, kper=(1))" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "18d700a2-9db4-4c68-b6c3-3aba236dc9de", + "metadata": {}, + "outputs": [], + "source": [] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.13.5" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/src/notebooks/example_2_no_wells.py b/src/notebooks/example_2_no_wells.py new file mode 100644 index 0000000..005c845 --- /dev/null +++ b/src/notebooks/example_2_no_wells.py @@ -0,0 +1,516 @@ +from matplotlib.pyplot import viridis + + +def example_2_nowells(): + # imports + import os + import matplotlib.colors as mcolors + import matplotlib.pyplot as plt + import numpy as np + import flopy + + # For this example, we will set up a temporary workspace. + # Model input files and output files will reside here. + dir_name = os.getcwd() + workspace = os.path.join(dir_name + '/models', "pumptreatnw") + + # Set up workspace + model_name = "pumptreatnw" + + gwfmodel_name = "gwf_" + model_name + + # create flopy objects + h1 = 25 + h2 = 24.5 + Nlay = 1 + N = 101 + L = 100.0 + H = 30.0 + k = 1.0 + k33 = 0.3 + q = -150.0 + times = (3000.0, 250, 1.0) + con_max = 1000.0 + + # Create the Flopy simulation object + sim = flopy.mf6.MFSimulation( + sim_name=gwfmodel_name, exe_name="C:/Users/lucialabarca/mf6.6.2_win64/bin/mf6.exe", version="mf6", sim_ws=workspace + ) + + # Create the Flopy temporal discretization object + tdis = flopy.mf6.modflow.mftdis.ModflowTdis( + sim, pname="tdis", time_units="DAYS", nper=2, perioddata=[(1.0, 1, 1.0), times] + ) + + # Create the Flopy groundwater flow (gwf) model object + model_nam_file = f"{gwfmodel_name}.nam" + gwf = flopy.mf6.ModflowGwf(sim, modelname=gwfmodel_name, model_nam_file=model_nam_file, save_flows=True) + + # Solver for GWF (register this one FIRST) + ims_gwf = flopy.mf6.ModflowIms( + sim, + pname="ims_gwf", + filename= gwfmodel_name + ".ims", + complexity="SIMPLE", + print_option="SUMMARY" + ) + sim.register_ims_package(ims_gwf, [gwf.name]) # Register only to GWF + + # Create the discretization package + bot = np.linspace(-H / Nlay, -H, Nlay) + delrow = delcol = L / (N - 1) + dis = flopy.mf6.modflow.mfgwfdis.ModflowGwfdis( + gwf, + pname="dis", + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + ) + + # Create the initial conditions package + start = h1 * np.ones((Nlay, N, N)) + ic = flopy.mf6.modflow.mfgwfic.ModflowGwfic(gwf, pname="ic", strt=start) + + # Node property flow - MUST HAVE pname + npf = flopy.mf6.ModflowGwfnpf( + gwf, + save_flows=True, + save_specific_discharge=True, + pname="npf", # Critical parameter + icelltype=1, + k=k, + k33=k33 + ) + + # Instantiating storage package + + sy = flopy.mf6.ModflowGwfsto.sy.empty( # pylint: disable-msg=invalid-name + gwf, + default_value=0.2 + ) + ss = flopy.mf6.ModflowGwfsto.ss.empty( # pylint: disable-msg=invalid-name + gwf, default_value=0.00001 + ) + + + sto = flopy.mf6.ModflowGwfsto( + gwf, + pname='sto', + save_flows=True, + iconvert=1, + ss=ss, + sy=sy, + steady_state={0: True}, + transient={index: True for index in range(1, len(times))}, + ) + + # Create the constant head package. + # List information is created a bit differently for + # MODFLOW 6 than for other MODFLOW versions. The + # cellid (layer, row, column, for a regular grid) + # must be entered as a tuple as the first entry. + # Remember that these must be zero-based indices! + chd_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'CHD-1' + } + chd_rec = [] + #chd_rec.append(((0, int(N), int(N)), h2)) + for layer in range(0, Nlay): + for row_col in range(0, N): + chd_rec.append(((layer, row_col, 0), h1, 0.0)) + chd_rec.append(((layer, row_col, N - 1), h2, 0.0)) + + chd = flopy.mf6.modflow.mfgwfchd.ModflowGwfchd( + gwf, + stress_period_data=chd_rec, + save_flows=True, + **chd_kwargs + ) + + # Create the output control package + headfile = f"{gwfmodel_name}.hds" + budgetfile = f"{gwfmodel_name}.bud" + saverecord = [("HEAD", "ALL"), ("BUDGET", "ALL")] + + oc = flopy.mf6.modflow.mfgwfoc.ModflowGwfoc( + gwf, + pname="gwfgwt", + budget_filerecord=budgetfile, + head_filerecord=headfile, + saverecord=saverecord, + ) + + # create gwt name + gwtname = 'gwt_' + model_name + # create transport model + gwt = flopy.mf6.MFModel( + sim, + model_type='gwt6', + modelname=gwtname, + model_nam_file=f'{gwtname}.nam' + ) + + + # Solver for GWT (register this one SECOND) + imsgwt = flopy.mf6.ModflowIms( + sim, + print_option="SUMMARY", + # outer_dvclose=hclose, + # outer_maximum=nouter, + under_relaxation="NONE", + # inner_maximum=ninner, + # inner_dvclose=hclose, + # rcloserecord=rclose, + linear_acceleration="BICGSTAB", + scaling_method="NONE", + reordering_method="NONE", + # relaxation_factor=relax, + filename=f'{gwtname}.ims', + pname='ims' + ) + + sim.register_ims_package(imsgwt, [gwt.name]) # Register only to GWT + + # 2. Add DIS package to GWT (MUST match GWF dimensions) + flopy.mf6.ModflowGwtdis( + gwt, + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + filename=f'{gwtname}.dis', + pname='dis' + ) + # 3. Initial concentration + flopy.mf6.ModflowGwtic( + gwt, + strt=0.0, + filename=f'{gwtname}.ic', + pname='ic') # Initial concentration = 0 everywhere + + # advection package + adv = flopy.mf6.ModflowGwtadv( + gwt, + scheme="UPSTREAM", + filename=f'{gwtname}.adv', + pname='adv') + + # dispersion package + dsp = flopy.mf6.ModflowGwtdsp(gwt, + alh=1.0, + ath1=0.5, + filename=f'{gwtname}.dsp', + pname='dsp') + + # Add MST package (Mass Storage and Transfer) — REQUIRED! + flopy.mf6.ModflowGwtmst(gwt, + porosity=0.2, + first_order_decay=False, + decay=None, + decay_sorbed=None, + sorption=None, + bulk_density=None, + distcoef=None, + filename=f'{gwtname}.mst', + pname='mst' + ) + + # Instantiating MODFLOW 6 transport source-sink mixing package + sourcerecarray = [ + ('CHD-1', 'AUX', 'CONCENTRATION'), + ] + + flopy.mf6.ModflowGwtssm( + gwt, + sources=sourcerecarray, + filename=f'{gwtname}.ssm', + pname='ssm' + ) + + + # CNC package + cnc_rec = [] + # Add contamination sources + cnc_rec.append(((0, int(N / 2.5), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 2.8), int(N / 4)), con_max)) # Second source + cnc_rec.append(((0, int(N / 2.4), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4)), con_max)) + cnc_rec.append(((0, int(N / 2.4), int(N / 4.3)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4.4)), con_max)) + + # Create CNC package + cnc = flopy.mf6.ModflowGwtcnc( + gwt, + stress_period_data=cnc_rec, + pname="cnc" + ) + + # Output control for GWT + gwt_oc = flopy.mf6.ModflowGwtoc( + gwt, + budget_filerecord=f"{gwtname}.cbc", + concentration_filerecord=f"{gwtname}.ucn", + saverecord=[("CONCENTRATION", "LAST")], # REQUIRED to save .UCN + printrecord=[("CONCENTRATION", "LAST")], + filename=f"{gwtname}.oc", + ) + + # GWF-GWT exchange + flopy.mf6.ModflowGwfgwt(sim, + exgtype="GWF6-GWT6", + exgmnamea=gwfmodel_name, + exgmnameb=gwtname, + filename=f"{model_name}.gwfgwt") + + # Write and run + sim.write_simulation() + success, msg = sim.run_simulation() + print("Success:", success) + + + # Create modflow 6 input files + # Write and run + sim.write_simulation() + success, buff = sim.run_simulation() + print("Success:", success) + if not success: + print("\n".join(buff)) + + # visualize ----------------------------------------------------------------------------------- + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + iper = 0 + ra = chd.stress_period_data.get_data(key=iper) + ra + + # Read the binary head file and plot the results + # We can use the existing Flopy HeadFile class because + # the format of the headfile for MODFLOW 6 is the same + # as for previous MODFLOW verions + fname = os.path.join(workspace, headfile) + hds = flopy.utils.binaryfile.HeadFile(fname) + h = hds.get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + c = plt.contour(x, y, h[0]) + plt.clabel(c, fmt="%2.1f") + plt.title('Head file') + plt.axis("scaled") + #plt.show() + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + contours = modelmap.contour_array(h[0], levels=np.arange(90, 100.1, 0.2)) + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + + # Next we create an instance of the ModelMap class + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + pa = modelmap.plot_array(h[0]) + cb = plt.colorbar(pa, shrink=0.5) + + # plot well head layer 1 + # read binary file + h = gwf.output.head().get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + vmin, vmax = 90.0, 100.0 + contour_intervals = np.arange(90, 100.1, 1.0) + + # plot map layer 1 + fig = plt.figure(figsize=(6, 6)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + c = ax.contour(x, y, h[0], contour_intervals, colors="black") + plt.clabel(c, fmt="%2.1f") + + # plot ap using modflow 6 capabilities + fig, axes = plt.subplots(2, 1, figsize=(6, 12), constrained_layout=True) + # first subplot + ax = axes[0] + ax.set_title("Model Layer 1") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + # second subplot + ax = axes[1] + ax.set_title(f"Model Layer {Nlay}") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=Nlay - 1) + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + #plt.show() + + # visualize plume contamination + conc = gwt.output.concentration().get_data()[-1] + + fig = plt.figure(figsize=(10, 10)) + ax = plt.subplot(1, 1, 1, aspect="equal") + ax.set_title('Contamination Plume') + pmv = flopy.plot.PlotMapView(gwf) + c = pmv.plot_array(conc, cmap="jet") + pmv.contour_array(conc, levels=(0.0001, 0.001, 0.01, 0.1), colors="y") + plt.colorbar(c, shrink=0.5) + plt.savefig(os.path.join(workspace, "plume.png")) + #plt.show() + + + + # Save all plots + + import matplotlib.pyplot as plt + from matplotlib.colors import LinearSegmentedColormap, ListedColormap + import numpy as np + + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + # ======================================================================= + # 1. Plot Boundary Conditions + # ======================================================================= + print("Plotting boundary conditions...") + + # Create colormap for boundary conditions + # -1: CHD (blue), 2: WEL (red), 3: CNC (purple), 1: Active (white) + bc_colors = ['blue', 'white', 'red', 'purple'] + bc_cmap = ListedColormap(bc_colors) + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot ibound with custom colors + quadmesh = modelmap.plot_ibound(ibound=ibd) + + # Add legend + from matplotlib.patches import Patch + + legend_elements = [ + Patch(facecolor='blue', label='Constant Head (CHD)'), + Patch(facecolor='red', label='Well (WEL)'), + Patch(facecolor='purple', label='Contamination Source (CNC)'), + Patch(facecolor='white', label='Active Cell') + ] + ax.legend(handles=legend_elements, loc='upper right') + + ax.set_title("Boundary Conditions") + plt.savefig(os.path.join(workspace, "boundary_conditions.png")) + #plt.show() + + # ======================================================================= + # 2. Plot Head Distribution + # ======================================================================= + print("Plotting head distribution...") + + # Load head data + head_file = os.path.join(workspace, f"{model_name}.hds") + hds = flopy.utils.HeadFile(head_file) + head = hds.get_data(kstpkper=(0, 0)) # First stress period + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot head contours + levels = np.linspace(head.min(), head.max(), 20) + contours = modelmap.contour_array(head, levels=levels, colors='black') + plt.clabel(contours, fmt="%.1f", fontsize=8) + + # Plot filled head contours + head_plot = modelmap.plot_array(head, cmap='viridis', alpha=0.7) + plt.colorbar(head_plot, shrink=0.5, label='Head (m)') + + # Plot boundary conditions + modelmap.plot_ibound(ibound=ibd, alpha=0.5) + + ax.set_title("Head Distribution") + plt.savefig(os.path.join(workspace, "head_distribution.png")) + #plt.show() + + # ======================================================================= + # 4. Plot Cross-Section (If multi-layer) + # ======================================================================= + if Nlay > 1: + print("Plotting cross-section...") + fig, ax = plt.subplots(figsize=(12, 6)) + + # Create cross-section along row midpoint + row = N // 2 + xsect = flopy.plot.PlotCrossSection( + model=gwf, + ax=ax, + line={"row": row}, + geographic_coords=True + ) + + # Plot concentration in cross-section + conc_cross = xsect.plot_array(conc, cmap='viridis', alpha=0.8, vmin=0, vmax=550) + + # Plot grid lines + xsect.plot_grid(alpha=0.3) + + # Add colorbar + plt.colorbar(conc_cross, shrink=0.5, label="Concentration") + ax.set_title(f"Concentration Cross-Section (Row {row})") + plt.savefig(os.path.join(workspace, "concentration_cross_section.png")) + #plt.show() + + print("All plots saved to:", workspace) + + + +if __name__ == '__main__': + example_2_nowells() \ No newline at end of file diff --git a/src/notebooks/flopy_example_2.py b/src/notebooks/flopy_example_2.py new file mode 100644 index 0000000..b10cf35 --- /dev/null +++ b/src/notebooks/flopy_example_2.py @@ -0,0 +1,578 @@ + + +def example_2_wells(): + # imports + import os + import matplotlib.colors as mcolors + import matplotlib.pyplot as plt + import numpy as np + import flopy + + # For this example, we will set up a temporary workspace. + # Model input files and output files will reside here. + dir_name = os.getcwd() + workspace = os.path.join(dir_name + '/models/mf6', "pumptreat") + + # Set up workspace + model_name = "pumptreat" + gwfmodel_name = "gwf_pumptreat" + + # create flopy objects + h1 = 25 + h2 = 24.5 + Nlay = 1 + N = 101 + L = 100.0 + H = 30.0 + k = 1.0 + k33 = 0.3 + q = -50.0 + times = (3000.0, 250, 1.0) + con_max = 1000.0 + + # Create the Flopy simulation object + sim = flopy.mf6.MFSimulation( + sim_name=gwfmodel_name, exe_name="C:/Users/lucialabarca/mf6.6.2_win64/bin/mf6.exe", version="mf6", sim_ws=workspace + ) + + # Create the Flopy temporal discretization object + tdis = flopy.mf6.modflow.mftdis.ModflowTdis( + sim, pname="tdis", time_units="DAYS", nper=2, perioddata=[(1.0, 1, 1.0), times] + ) + + # Create the Flopy groundwater flow (gwf) model object + model_nam_file = f"{gwfmodel_name}.nam" + gwf = flopy.mf6.ModflowGwf(sim, modelname=gwfmodel_name, model_nam_file=model_nam_file, save_flows=True) + + # Solver for GWF (register this one FIRST) + ims_gwf = flopy.mf6.ModflowIms( + sim, + pname="ims_gwf", + filename=f"{gwfmodel_name}" + ".ims", + complexity="SIMPLE", + print_option="SUMMARY" + ) + sim.register_ims_package(ims_gwf, [gwf.name]) # Register only to GWF + + # Create the discretization package + bot = np.linspace(-H / Nlay, -H, Nlay) + delrow = delcol = L / (N - 1) + dis = flopy.mf6.modflow.mfgwfdis.ModflowGwfdis( + gwf, + pname="dis", + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + ) + + # Create the initial conditions package + start = h1 * np.ones((Nlay, N, N)) + ic = flopy.mf6.modflow.mfgwfic.ModflowGwfic(gwf, pname="ic", strt=start) + + # Node property flow - MUST HAVE pname + npf = flopy.mf6.ModflowGwfnpf( + gwf, + save_flows=True, + save_specific_discharge=True, + pname="npf", # Critical parameter + icelltype=1, + k=k, + k33=k33 + ) + + # Instantiating storage package + + sy = flopy.mf6.ModflowGwfsto.sy.empty( # pylint: disable-msg=invalid-name + gwf, + default_value=0.2 + ) + ss = flopy.mf6.ModflowGwfsto.ss.empty( # pylint: disable-msg=invalid-name + gwf, default_value=0.00001 + ) + + + sto = flopy.mf6.ModflowGwfsto( + gwf, + pname='sto', + save_flows=True, + iconvert=1, + ss=ss, + sy=sy, + steady_state={0: True}, + transient={index: True for index in range(1, len(times))}, + ) + + # Create the constant head package. + # List information is created a bit differently for + # MODFLOW 6 than for other MODFLOW versions. The + # cellid (layer, row, column, for a regular grid) + # must be entered as a tuple as the first entry. + # Remember that these must be zero-based indices! + chd_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'CHD-1' + } + chd_rec = [] + #chd_rec.append(((0, int(N), int(N)), h2)) + for layer in range(0, Nlay): + for row_col in range(0, N): + chd_rec.append(((layer, row_col, 0), h1, 0.0)) + chd_rec.append(((layer, row_col, N - 1), h2, 0.0)) + + chd = flopy.mf6.modflow.mfgwfchd.ModflowGwfchd( + gwf, + stress_period_data=chd_rec, + save_flows=True, + **chd_kwargs + ) + + # Create well package + # wel location at (1, + wel_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'WEL-1' + } + + wel_rec = { + 0:[], + 1:[ + ((0, int(N / 2.5), int(N / 4)), q, 0), + ((0, int(N / 3), int(N / 4)), q, 0), + ((0, int(N / 4), int(N / 4)), q, 0), + ((0, 34, 30), 0, 0) + ] + } + wel = flopy.mf6.ModflowGwfwel( + gwf, + stress_period_data=wel_rec, + save_flows=True, + **wel_kwargs + ) + + # Create the output control package + headfile = f"{gwfmodel_name}.hds" + budgetfile = f"{gwfmodel_name}.bud" + saverecord = [("HEAD", "ALL"), ("BUDGET", "ALL")] + + oc = flopy.mf6.modflow.mfgwfoc.ModflowGwfoc( + gwf, + pname="gwfgwt", + budget_filerecord=budgetfile, + head_filerecord=headfile, + saverecord=saverecord, + ) + + # create gwt name + gwtname = "gwt_pumptreat" + # create transport model + gwt = flopy.mf6.MFModel( + sim, + model_type='gwt6', + modelname=gwtname, + model_nam_file=f'{gwtname}.nam' + ) + + + # Solver for GWT (register this one SECOND) + imsgwt = flopy.mf6.ModflowIms( + sim, + print_option="SUMMARY", + # outer_dvclose=hclose, + # outer_maximum=nouter, + under_relaxation="NONE", + # inner_maximum=ninner, + # inner_dvclose=hclose, + # rcloserecord=rclose, + linear_acceleration="BICGSTAB", + scaling_method="NONE", + reordering_method="NONE", + # relaxation_factor=relax, + filename=f'{gwtname}.ims', + pname='ims' + ) + + sim.register_ims_package(imsgwt, [gwt.name]) # Register only to GWT + + # 2. Add DIS package to GWT (MUST match GWF dimensions) + flopy.mf6.ModflowGwtdis( + gwt, + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + filename=f'{gwtname}.dis', + pname='dis' + ) + # 3. Initial concentration + flopy.mf6.ModflowGwtic( + gwt, + strt=0.0, + filename=f'{gwtname}.ic', + pname='ic') # Initial concentration = 0 everywhere + + # advection package + adv = flopy.mf6.ModflowGwtadv( + gwt, + scheme="UPSTREAM", + filename=f'{gwtname}.adv', + pname='adv') + + # dispersion package + dsp = flopy.mf6.ModflowGwtdsp(gwt, + alh=1.0, + ath1=0.5, + filename=f'{gwtname}.dsp', + pname='dsp') + + # Add MST package (Mass Storage and Transfer) — REQUIRED! + flopy.mf6.ModflowGwtmst(gwt, + porosity=0.2, + first_order_decay=False, + decay=None, + decay_sorbed=None, + sorption=None, + bulk_density=None, + distcoef=None, + filename=f'{gwtname}.mst', + pname='mst' + ) + + # Instantiating MODFLOW 6 transport source-sink mixing package + sourcerecarray = [ + ('CHD-1', 'AUX', 'CONCENTRATION'), + ] + sourcerecarray.append(('WEL-1', 'AUX', 'CONCENTRATION')) + + flopy.mf6.ModflowGwtssm( + gwt, + sources=sourcerecarray, + filename=f'{gwtname}.ssm', + pname='ssm' + ) + + + # CNC package + cnc_rec = [] + # Add contamination sources + cnc_rec.append(((0, int(N / 2.5), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 2.8), int(N / 4)), con_max)) # Second source + cnc_rec.append(((0, int(N / 2.4), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4)), con_max)) + cnc_rec.append(((0, int(N / 2.4), int(N / 4.3)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4.4)), con_max)) + + + # Create CNC package + cnc = flopy.mf6.ModflowGwtcnc( + gwt, + stress_period_data=cnc_rec, + pname="cnc" + ) + + # Output control for GWT + gwt_oc = flopy.mf6.ModflowGwtoc( + gwt, + budget_filerecord=f"{gwtname}.cbc", + concentration_filerecord=f"{gwtname}.ucn", + saverecord=[("CONCENTRATION", "LAST")], # REQUIRED to save .UCN + printrecord=[("CONCENTRATION", "LAST")], + filename=f"{gwtname}.oc", + ) + + # GWF-GWT exchange + flopy.mf6.ModflowGwfgwt(sim, + exgtype="GWF6-GWT6", + exgmnamea=gwfmodel_name, + exgmnameb=gwtname, + filename=f"{model_name}.gwfgwt") + + # Write and run + sim.write_simulation() + success, msg = sim.run_simulation() + print("Success:", success) + + + # Create modflow 6 input files + # Write and run + sim.write_simulation() + success, buff = sim.run_simulation() + print("Success:", success) + if not success: + print("\n".join(buff)) + + # visualize ----------------------------------------------------------------------------------- + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + iper = 0 + ra = chd.stress_period_data.get_data(key=iper) + ra + + + # Read the binary head file and plot the results + # We can use the existing Flopy HeadFile class because + # the format of the headfile for MODFLOW 6 is the same + # as for previous MODFLOW verions + fname = os.path.join(workspace, headfile) + hds = flopy.utils.binaryfile.HeadFile(fname) + h = hds.get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + c = plt.contour(x, y, h[0]) + plt.clabel(c, fmt="%2.1f") + plt.title('Head file') + plt.axis("scaled") + #plt.show() + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + modelmap.plot_bc(plotAll=True, name='wel') + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + contours = modelmap.contour_array(h[0], levels=np.arange(90, 100.1, 0.2)) + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + + # Next we create an instance of the ModelMap class + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + pa = modelmap.plot_array(h[0]) + cb = plt.colorbar(pa, shrink=0.5) + + # plot well head layer 1 + # read binary file + h = gwf.output.head().get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + vmin, vmax = 90.0, 100.0 + contour_intervals = np.arange(90, 100.1, 1.0) + + # plot map layer 1 + fig = plt.figure(figsize=(6, 6)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + c = ax.contour(x, y, h[0], contour_intervals, colors="black") + plt.clabel(c, fmt="%2.1f") + + # plot ap using modflow 6 capabilities + fig, axes = plt.subplots(2, 1, figsize=(6, 12), constrained_layout=True) + # first subplot + ax = axes[0] + ax.set_title("Model Layer 1") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + # second subplot + ax = axes[1] + ax.set_title(f"Model Layer {Nlay}") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=Nlay - 1) + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + #plt.show() + + # visualize plume contamination + conc = gwt.output.concentration().get_data()[-1] + + fig = plt.figure(figsize=(10, 10)) + ax = plt.subplot(1, 1, 1, aspect="equal") + ax.set_title('Contamination Plume') + pmv = flopy.plot.PlotMapView(gwf) + c = pmv.plot_array(conc, cmap="jet") + pmv.contour_array(conc, levels=(0.0001, 0.001, 0.01, 0.1), colors="y") + plt.colorbar(c, shrink=0.5) + plt.savefig(os.path.join(workspace, "plume.png")) + #plt.show() + + # Save all plots + + import matplotlib.pyplot as plt + from matplotlib.colors import LinearSegmentedColormap, ListedColormap + import numpy as np + + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + # ======================================================================= + # 1. Plot Boundary Conditions + # ======================================================================= + print("Plotting boundary conditions...") + + # Create colormap for boundary conditions + # -1: CHD (blue), 2: WEL (red), 3: CNC (purple), 1: Active (white) + bc_colors = ['blue', 'white', 'red', 'purple'] + bc_cmap = ListedColormap(bc_colors) + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot ibound with custom colors + quadmesh = modelmap.plot_ibound(ibound=ibd) + + # Add legend + from matplotlib.patches import Patch + + legend_elements = [ + Patch(facecolor='blue', label='Constant Head (CHD)'), + Patch(facecolor='red', label='Well (WEL)'), + Patch(facecolor='purple', label='Contamination Source (CNC)'), + Patch(facecolor='white', label='Active Cell') + ] + ax.legend(handles=legend_elements, loc='upper right') + + ax.set_title("Boundary Conditions") + plt.savefig(os.path.join(workspace, "boundary_conditions.png")) + #plt.show() + + # ======================================================================= + # 2. Plot Head Distribution + # ======================================================================= + print("Plotting head distribution...") + + # Load head data + head_file = os.path.join(workspace, f"{gwfmodel_name}.hds") + hds = flopy.utils.HeadFile(head_file) + head = hds.get_data(kstpkper=(0, 0)) # First stress period + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot head contours + levels = np.linspace(head.min(), head.max(), 20) + contours = modelmap.contour_array(head, levels=levels, colors='black') + plt.clabel(contours, fmt="%.1f", fontsize=8) + + # Plot filled head contours + head_plot = modelmap.plot_array(head, cmap='viridis', alpha=0.7) + plt.colorbar(head_plot, shrink=0.5, label='Head (m)') + + # Plot boundary conditions + modelmap.plot_ibound(ibound=ibd, alpha=0.5) + + ax.set_title("Head Distribution") + plt.savefig(os.path.join(workspace, "head_distribution.png")) + #plt.show() + + # Plots if the model has more layers + + if Nlay > 1: + print("Plotting cross-section...") + fig, ax = plt.subplots(figsize=(12, 6)) + + # Create cross-section along row midpoint + row = N // 2 + xsect = flopy.plot.PlotCrossSection( + model=gwf, + ax=ax, + line={"row": row}, + geographic_coords=True + ) + + # Plot concentration in cross-section + conc_cross = xsect.plot_array(conc, cmap='viridis', alpha=0.8, vmin=0, vmax=550) + + # Plot grid lines + xsect.plot_grid(alpha=0.3) + + # Add colorbar + plt.colorbar(conc_cross, shrink=0.5, label="Concentration") + ax.set_title(f"Concentration Cross-Section (Row {row})") + plt.savefig(os.path.join(workspace, "concentration_cross_section.png")) + plt.show() + + print("All plots saved to:", workspace) + # ======================================================================= + # POST-PROCESSING: Concentration Time Series at (0, 56, 26) + # ======================================================================= + print("\nGenerating concentration time series plot...") + + # Load concentration data + conc_file = os.path.join(workspace, f"{gwtname}.ucn") + conc_obj = flopy.utils.HeadFile(conc_file, text="CONCENTRATION") + + # Get all available times + times = conc_obj.get_times() + + # Extract concentration at specific cell (layer, row, col) = (0, 56, 26) + concentrations = [] + for time in times: + conc_data = conc_obj.get_data(totim=time) + concentrations.append(conc_data[0, 34, 30]) # Layer 0, Row 56, Column 26 + + # Create plot + plt.figure(figsize=(12, 6)) + plt.plot(times, concentrations, 'b-', linewidth=2, marker='o', markersize=5) + + # Add threshold line (example: 50 μg/L) + threshold = 0.1 + plt.axhline(y=threshold, color='r', linestyle='--', linewidth=1.5) + plt.text(times[-1] * 1.02, threshold, f'Threshold: {threshold} ', + color='r', va='center') + + # Format plot + plt.title(f"Concentration at Cell (Layer 0, Row 56, Column 26)") + plt.xlabel("Time (days)") + plt.ylabel("Concentration (μg/L)") + plt.grid(True, alpha=0.3) + plt.tight_layout() + + # Save and show + plot_path = os.path.join(workspace, "concentration_time_series.png") + plt.savefig(plot_path) + print(f"Plot saved to: {plot_path}") + plt.show() + + +if __name__ == '__main__': + example_2_wells() \ No newline at end of file diff --git a/src/notebooks/flopy_example_2_0p375p.py b/src/notebooks/flopy_example_2_0p375p.py new file mode 100644 index 0000000..f847247 --- /dev/null +++ b/src/notebooks/flopy_example_2_0p375p.py @@ -0,0 +1,575 @@ + + +def example_2_wells_0p37p(): + # imports + import os + import matplotlib.colors as mcolors + import matplotlib.pyplot as plt + import numpy as np + import flopy + + # For this example, we will set up a temporary workspace. + # Model input files and output files will reside here. + dir_name = os.getcwd() + workspace = os.path.join(dir_name + '/models/mf6', "pumptreat_0p37p") + + # Set up workspace + model_name = "pumptreat" + gwfmodel_name = "gwf_pumptreat" + + # create flopy objects + h1 = 25 + h2 = 24.5 + Nlay = 1 + N = 101 + L = 100.0 + H = 30.0 + k = 1.0 + k33 = 0.3 + q = -0.375 + times = (3000.0, 250, 1.0) + con_max = 1000.0 + + # Create the Flopy simulation object + sim = flopy.mf6.MFSimulation( + sim_name=gwfmodel_name, exe_name="C:/Users/lucialabarca/mf6.6.2_win64/bin/mf6.exe", version="mf6", sim_ws=workspace + ) + + # Create the Flopy temporal discretization object + tdis = flopy.mf6.modflow.mftdis.ModflowTdis( + sim, pname="tdis", time_units="DAYS", nper=2, perioddata=[(1.0, 1, 1.0), times] + ) + + # Create the Flopy groundwater flow (gwf) model object + model_nam_file = f"{gwfmodel_name}.nam" + gwf = flopy.mf6.ModflowGwf(sim, modelname=gwfmodel_name, model_nam_file=model_nam_file, save_flows=True) + + # Solver for GWF (register this one FIRST) + ims_gwf = flopy.mf6.ModflowIms( + sim, + pname="ims_gwf", + filename=f"{gwfmodel_name}" + ".ims", + complexity="SIMPLE", + print_option="SUMMARY" + ) + sim.register_ims_package(ims_gwf, [gwf.name]) # Register only to GWF + + # Create the discretization package + bot = np.linspace(-H / Nlay, -H, Nlay) + delrow = delcol = L / (N - 1) + dis = flopy.mf6.modflow.mfgwfdis.ModflowGwfdis( + gwf, + pname="dis", + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + ) + + # Create the initial conditions package + start = h1 * np.ones((Nlay, N, N)) + ic = flopy.mf6.modflow.mfgwfic.ModflowGwfic(gwf, pname="ic", strt=start) + + # Node property flow - MUST HAVE pname + npf = flopy.mf6.ModflowGwfnpf( + gwf, + save_flows=True, + save_specific_discharge=True, + pname="npf", # Critical parameter + icelltype=1, + k=k, + k33=k33 + ) + + # Instantiating storage package + + sy = flopy.mf6.ModflowGwfsto.sy.empty( # pylint: disable-msg=invalid-name + gwf, + default_value=0.2 + ) + ss = flopy.mf6.ModflowGwfsto.ss.empty( # pylint: disable-msg=invalid-name + gwf, default_value=0.00001 + ) + + + sto = flopy.mf6.ModflowGwfsto( + gwf, + pname='sto', + save_flows=True, + iconvert=1, + ss=ss, + sy=sy, + steady_state={0: True}, + transient={index: True for index in range(1, len(times))}, + ) + + # Create the constant head package. + # List information is created a bit differently for + # MODFLOW 6 than for other MODFLOW versions. The + # cellid (layer, row, column, for a regular grid) + # must be entered as a tuple as the first entry. + # Remember that these must be zero-based indices! + chd_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'CHD-1' + } + chd_rec = [] + #chd_rec.append(((0, int(N), int(N)), h2)) + for layer in range(0, Nlay): + for row_col in range(0, N): + chd_rec.append(((layer, row_col, 0), h1, 0.0)) + chd_rec.append(((layer, row_col, N - 1), h2, 0.0)) + + chd = flopy.mf6.modflow.mfgwfchd.ModflowGwfchd( + gwf, + stress_period_data=chd_rec, + save_flows=True, + **chd_kwargs + ) + + # Create well package + # wel location at (1, + wel_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'WEL-1' + } + + wel_rec = { + 0: [], + 1: [ + ((0, int(N / 2.5), int(N / 4)), q, 0), + ((0, int(N / 3), int(N / 4)), q, 0), + ((0, int(N / 4), int(N / 4)), q, 0) + ] + } + wel = flopy.mf6.ModflowGwfwel( + gwf, + stress_period_data=wel_rec, + save_flows=True, + **wel_kwargs + ) + + # Create the output control package + headfile = f"{gwfmodel_name}.hds" + budgetfile = f"{gwfmodel_name}.bud" + saverecord = [("HEAD", "ALL"), ("BUDGET", "ALL")] + + oc = flopy.mf6.modflow.mfgwfoc.ModflowGwfoc( + gwf, + pname="gwfgwt", + budget_filerecord=budgetfile, + head_filerecord=headfile, + saverecord=saverecord, + ) + + # create gwt name + gwtname = "gwt_pumptreat" + # create transport model + gwt = flopy.mf6.MFModel( + sim, + model_type='gwt6', + modelname=gwtname, + model_nam_file=f'{gwtname}.nam' + ) + + + # Solver for GWT (register this one SECOND) + imsgwt = flopy.mf6.ModflowIms( + sim, + print_option="SUMMARY", + # outer_dvclose=hclose, + # outer_maximum=nouter, + under_relaxation="NONE", + # inner_maximum=ninner, + # inner_dvclose=hclose, + # rcloserecord=rclose, + linear_acceleration="BICGSTAB", + scaling_method="NONE", + reordering_method="NONE", + # relaxation_factor=relax, + filename=f'{gwtname}.ims', + pname='ims' + ) + + sim.register_ims_package(imsgwt, [gwt.name]) # Register only to GWT + + # 2. Add DIS package to GWT (MUST match GWF dimensions) + flopy.mf6.ModflowGwtdis( + gwt, + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + filename=f'{gwtname}.dis', + pname='dis' + ) + # 3. Initial concentration + flopy.mf6.ModflowGwtic( + gwt, + strt=0.0, + filename=f'{gwtname}.ic', + pname='ic') # Initial concentration = 0 everywhere + + # advection package + adv = flopy.mf6.ModflowGwtadv( + gwt, + scheme="UPSTREAM", + filename=f'{gwtname}.adv', + pname='adv') + + # dispersion package + dsp = flopy.mf6.ModflowGwtdsp(gwt, + alh=1.0, + ath1=0.5, + filename=f'{gwtname}.dsp', + pname='dsp') + + # Add MST package (Mass Storage and Transfer) — REQUIRED! + flopy.mf6.ModflowGwtmst(gwt, + porosity=0.2, + first_order_decay=False, + decay=None, + decay_sorbed=None, + sorption=None, + bulk_density=None, + distcoef=None, + filename=f'{gwtname}.mst', + pname='mst' + ) + + # Instantiating MODFLOW 6 transport source-sink mixing package + sourcerecarray = [ + ('CHD-1', 'AUX', 'CONCENTRATION'), + ] + sourcerecarray.append(('WEL-1', 'AUX', 'CONCENTRATION')) + + flopy.mf6.ModflowGwtssm( + gwt, + sources=sourcerecarray, + filename=f'{gwtname}.ssm', + pname='ssm' + ) + + + # CNC package + cnc_rec = [] + # Add contamination sources + cnc_rec.append(((0, int(N / 2.5), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 2.8), int(N / 4)), con_max)) # Second source + cnc_rec.append(((0, int(N / 2.4), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4)), con_max)) + cnc_rec.append(((0, int(N / 2.4), int(N / 4.3)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4.4)), con_max)) + + + # Create CNC package + cnc = flopy.mf6.ModflowGwtcnc( + gwt, + stress_period_data=cnc_rec, + pname="cnc" + ) + + # Output control for GWT + gwt_oc = flopy.mf6.ModflowGwtoc( + gwt, + budget_filerecord=f"{gwtname}.cbc", + concentration_filerecord=f"{gwtname}.ucn", + saverecord=[("CONCENTRATION", "LAST")], # REQUIRED to save .UCN + printrecord=[("CONCENTRATION", "LAST")], + filename=f"{gwtname}.oc", + ) + + # GWF-GWT exchange + flopy.mf6.ModflowGwfgwt(sim, + exgtype="GWF6-GWT6", + exgmnamea=gwfmodel_name, + exgmnameb=gwtname, + filename=f"{model_name}.gwfgwt") + + # Write and run + sim.write_simulation() + success, msg = sim.run_simulation() + print("Success:", success) + + + # Create modflow 6 input files + # Write and run + sim.write_simulation() + success, buff = sim.run_simulation() + print("Success:", success) + if not success: + print("\n".join(buff)) + + # visualize ----------------------------------------------------------------------------------- + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + iper = 0 + ra = chd.stress_period_data.get_data(key=iper) + ra + + # Read the binary head file and plot the results + # We can use the existing Flopy HeadFile class because + # the format of the headfile for MODFLOW 6 is the same + # as for previous MODFLOW verions + fname = os.path.join(workspace, headfile) + hds = flopy.utils.binaryfile.HeadFile(fname) + h = hds.get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + c = plt.contour(x, y, h[0]) + plt.clabel(c, fmt="%2.1f") + plt.title('Head file') + plt.axis("scaled") + #plt.show() + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + contours = modelmap.contour_array(h[0], levels=np.arange(90, 100.1, 0.2)) + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + + # Next we create an instance of the ModelMap class + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + pa = modelmap.plot_array(h[0]) + cb = plt.colorbar(pa, shrink=0.5) + + # plot well head layer 1 + # read binary file + h = gwf.output.head().get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + vmin, vmax = 90.0, 100.0 + contour_intervals = np.arange(90, 100.1, 1.0) + + # plot map layer 1 + fig = plt.figure(figsize=(6, 6)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + c = ax.contour(x, y, h[0], contour_intervals, colors="black") + plt.clabel(c, fmt="%2.1f") + + # plot ap using modflow 6 capabilities + fig, axes = plt.subplots(2, 1, figsize=(6, 12), constrained_layout=True) + # first subplot + ax = axes[0] + ax.set_title("Model Layer 1") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + # second subplot + ax = axes[1] + ax.set_title(f"Model Layer {Nlay}") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=Nlay - 1) + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + #plt.show() + + # visualize plume contamination + conc = gwt.output.concentration().get_data()[-1] + + fig = plt.figure(figsize=(10, 10)) + ax = plt.subplot(1, 1, 1, aspect="equal") + ax.set_title('Contamination Plume') + pmv = flopy.plot.PlotMapView(gwf) + c = pmv.plot_array(conc, cmap="jet") + pmv.contour_array(conc, levels=(0.0001, 0.001, 0.01, 0.1), colors="y") + plt.colorbar(c, shrink=0.5) + plt.savefig(os.path.join(workspace, "plume.png")) + #plt.show() + + # Save all plots + + import matplotlib.pyplot as plt + from matplotlib.colors import LinearSegmentedColormap, ListedColormap + import numpy as np + + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + # ======================================================================= + # 1. Plot Boundary Conditions + # ======================================================================= + print("Plotting boundary conditions...") + + # Create colormap for boundary conditions + # -1: CHD (blue), 2: WEL (red), 3: CNC (purple), 1: Active (white) + bc_colors = ['blue', 'white', 'red', 'purple'] + bc_cmap = ListedColormap(bc_colors) + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot ibound with custom colors + quadmesh = modelmap.plot_ibound(ibound=ibd) + + # Add legend + from matplotlib.patches import Patch + + legend_elements = [ + Patch(facecolor='blue', label='Constant Head (CHD)'), + Patch(facecolor='red', label='Well (WEL)'), + Patch(facecolor='purple', label='Contamination Source (CNC)'), + Patch(facecolor='white', label='Active Cell') + ] + ax.legend(handles=legend_elements, loc='upper right') + + ax.set_title("Boundary Conditions") + plt.savefig(os.path.join(workspace, "boundary_conditions.png")) + #plt.show() + + # ======================================================================= + # 2. Plot Head Distribution + # ======================================================================= + print("Plotting head distribution...") + + # Load head data + head_file = os.path.join(workspace, f"{gwfmodel_name}.hds") + hds = flopy.utils.HeadFile(head_file) + head = hds.get_data(kstpkper=(0, 0)) # First stress period + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot head contours + levels = np.linspace(head.min(), head.max(), 20) + contours = modelmap.contour_array(head, levels=levels, colors='black') + plt.clabel(contours, fmt="%.1f", fontsize=8) + + # Plot filled head contours + head_plot = modelmap.plot_array(head, cmap='viridis', alpha=0.7) + plt.colorbar(head_plot, shrink=0.5, label='Head (m)') + + # Plot boundary conditions + modelmap.plot_ibound(ibound=ibd, alpha=0.5) + + ax.set_title("Head Distribution") + plt.savefig(os.path.join(workspace, "head_distribution.png")) + #plt.show() + + # Plots if the model has more layers + + if Nlay > 1: + print("Plotting cross-section...") + fig, ax = plt.subplots(figsize=(12, 6)) + + # Create cross-section along row midpoint + row = N // 2 + xsect = flopy.plot.PlotCrossSection( + model=gwf, + ax=ax, + line={"row": row}, + geographic_coords=True + ) + + # Plot concentration in cross-section + conc_cross = xsect.plot_array(conc, cmap='viridis', alpha=0.8, vmin=0, vmax=550) + + # Plot grid lines + xsect.plot_grid(alpha=0.3) + + # Add colorbar + plt.colorbar(conc_cross, shrink=0.5, label="Concentration") + ax.set_title(f"Concentration Cross-Section (Row {row})") + plt.savefig(os.path.join(workspace, "concentration_cross_section.png")) + plt.show() + + print("All plots saved to:", workspace) + + # ======================================================================= + # POST-PROCESSING: Concentration Time Series at (0, 56, 26) + # ======================================================================= + print("\nGenerating concentration time series plot...") + + # Load concentration data + conc_file = os.path.join(workspace, f"{gwtname}.ucn") + conc_obj = flopy.utils.HeadFile(conc_file, text="CONCENTRATION") + + # Get all available times + times = conc_obj.get_times() + + # Extract concentration at specific cell (layer, row, col) = (0, 56, 26) + concentrations = [] + for time in times: + conc_data = conc_obj.get_data(totim=time) + concentrations.append(conc_data[0, 56, 26]) # Layer 0, Row 56, Column 26 + + # Create plot + plt.figure(figsize=(12, 6)) + plt.plot(times, concentrations, 'b-', linewidth=2, marker='o', markersize=5) + + # Add threshold line (example: 50 μg/L) + threshold = 0.1 + plt.axhline(y=threshold, color='r', linestyle='--', linewidth=1.5) + plt.text(times[-1] * 1.02, threshold, f'Threshold: {threshold}', + color='r', va='top') + + # Format plot + plt.title(f"Concentration at Cell (Layer 0, Row 56, Column 26)") + plt.xlabel("Time (days)") + plt.ylabel("Concentration (μg/L)") + plt.grid(True, alpha=0.3) + plt.tight_layout() + + # Save and show + plot_path = os.path.join(workspace, "concentration_time_series.png") + plt.savefig(plot_path) + print(f"Plot saved to: {plot_path}") + plt.show() + + +if __name__ == '__main__': + example_2_wells_0p37p() \ No newline at end of file diff --git a/src/notebooks/flopy_example_2_0p56p.py b/src/notebooks/flopy_example_2_0p56p.py new file mode 100644 index 0000000..fb5f9d0 --- /dev/null +++ b/src/notebooks/flopy_example_2_0p56p.py @@ -0,0 +1,575 @@ + + +def example_2_wells_0p56p(): + # imports + import os + import matplotlib.colors as mcolors + import matplotlib.pyplot as plt + import numpy as np + import flopy + + # For this example, we will set up a temporary workspace. + # Model input files and output files will reside here. + dir_name = os.getcwd() + workspace = os.path.join(dir_name + '/models/mf6', "pumptreat_0p56p") + + # Set up workspace + model_name = "pumptreat" + gwfmodel_name = "gwf_pumptreat" + + # create flopy objects + h1 = 25 + h2 = 24.5 + Nlay = 1 + N = 101 + L = 100.0 + H = 30.0 + k = 1.0 + k33 = 0.3 + q = -0.56 + times = (3000.0, 250, 1.0) + con_max = 1000.0 + + # Create the Flopy simulation object + sim = flopy.mf6.MFSimulation( + sim_name=gwfmodel_name, exe_name="C:/Users/lucialabarca/mf6.6.2_win64/bin/mf6.exe", version="mf6", sim_ws=workspace + ) + + # Create the Flopy temporal discretization object + tdis = flopy.mf6.modflow.mftdis.ModflowTdis( + sim, pname="tdis", time_units="DAYS", nper=2, perioddata=[(1.0, 1, 1.0), times] + ) + + # Create the Flopy groundwater flow (gwf) model object + model_nam_file = f"{gwfmodel_name}.nam" + gwf = flopy.mf6.ModflowGwf(sim, modelname=gwfmodel_name, model_nam_file=model_nam_file, save_flows=True) + + # Solver for GWF (register this one FIRST) + ims_gwf = flopy.mf6.ModflowIms( + sim, + pname="ims_gwf", + filename=f"{gwfmodel_name}" + ".ims", + complexity="SIMPLE", + print_option="SUMMARY" + ) + sim.register_ims_package(ims_gwf, [gwf.name]) # Register only to GWF + + # Create the discretization package + bot = np.linspace(-H / Nlay, -H, Nlay) + delrow = delcol = L / (N - 1) + dis = flopy.mf6.modflow.mfgwfdis.ModflowGwfdis( + gwf, + pname="dis", + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + ) + + # Create the initial conditions package + start = h1 * np.ones((Nlay, N, N)) + ic = flopy.mf6.modflow.mfgwfic.ModflowGwfic(gwf, pname="ic", strt=start) + + # Node property flow - MUST HAVE pname + npf = flopy.mf6.ModflowGwfnpf( + gwf, + save_flows=True, + save_specific_discharge=True, + pname="npf", # Critical parameter + icelltype=1, + k=k, + k33=k33 + ) + + # Instantiating storage package + + sy = flopy.mf6.ModflowGwfsto.sy.empty( # pylint: disable-msg=invalid-name + gwf, + default_value=0.2 + ) + ss = flopy.mf6.ModflowGwfsto.ss.empty( # pylint: disable-msg=invalid-name + gwf, default_value=0.00001 + ) + + + sto = flopy.mf6.ModflowGwfsto( + gwf, + pname='sto', + save_flows=True, + iconvert=1, + ss=ss, + sy=sy, + steady_state={0: True}, + transient={index: True for index in range(1, len(times))}, + ) + + # Create the constant head package. + # List information is created a bit differently for + # MODFLOW 6 than for other MODFLOW versions. The + # cellid (layer, row, column, for a regular grid) + # must be entered as a tuple as the first entry. + # Remember that these must be zero-based indices! + chd_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'CHD-1' + } + chd_rec = [] + #chd_rec.append(((0, int(N), int(N)), h2)) + for layer in range(0, Nlay): + for row_col in range(0, N): + chd_rec.append(((layer, row_col, 0), h1, 0.0)) + chd_rec.append(((layer, row_col, N - 1), h2, 0.0)) + + chd = flopy.mf6.modflow.mfgwfchd.ModflowGwfchd( + gwf, + stress_period_data=chd_rec, + save_flows=True, + **chd_kwargs + ) + + # Create well package + # wel location at (1, + wel_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'WEL-1' + } + + wel_rec = { + 0: [], + 1: [ + ((0, int(N / 2.5), int(N / 4)), q, 0), + ((0, int(N / 3), int(N / 4)), q, 0), + ((0, int(N / 4), int(N / 4)), q, 0) + ] + } + wel = flopy.mf6.ModflowGwfwel( + gwf, + stress_period_data=wel_rec, + save_flows=True, + **wel_kwargs + ) + + # Create the output control package + headfile = f"{gwfmodel_name}.hds" + budgetfile = f"{gwfmodel_name}.bud" + saverecord = [("HEAD", "ALL"), ("BUDGET", "ALL")] + + oc = flopy.mf6.modflow.mfgwfoc.ModflowGwfoc( + gwf, + pname="gwfgwt", + budget_filerecord=budgetfile, + head_filerecord=headfile, + saverecord=saverecord, + ) + + # create gwt name + gwtname = "gwt_pumptreat" + # create transport model + gwt = flopy.mf6.MFModel( + sim, + model_type='gwt6', + modelname=gwtname, + model_nam_file=f'{gwtname}.nam' + ) + + + # Solver for GWT (register this one SECOND) + imsgwt = flopy.mf6.ModflowIms( + sim, + print_option="SUMMARY", + # outer_dvclose=hclose, + # outer_maximum=nouter, + under_relaxation="NONE", + # inner_maximum=ninner, + # inner_dvclose=hclose, + # rcloserecord=rclose, + linear_acceleration="BICGSTAB", + scaling_method="NONE", + reordering_method="NONE", + # relaxation_factor=relax, + filename=f'{gwtname}.ims', + pname='ims' + ) + + sim.register_ims_package(imsgwt, [gwt.name]) # Register only to GWT + + # 2. Add DIS package to GWT (MUST match GWF dimensions) + flopy.mf6.ModflowGwtdis( + gwt, + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + filename=f'{gwtname}.dis', + pname='dis' + ) + # 3. Initial concentration + flopy.mf6.ModflowGwtic( + gwt, + strt=0.0, + filename=f'{gwtname}.ic', + pname='ic') # Initial concentration = 0 everywhere + + # advection package + adv = flopy.mf6.ModflowGwtadv( + gwt, + scheme="UPSTREAM", + filename=f'{gwtname}.adv', + pname='adv') + + # dispersion package + dsp = flopy.mf6.ModflowGwtdsp(gwt, + alh=1.0, + ath1=0.5, + filename=f'{gwtname}.dsp', + pname='dsp') + + # Add MST package (Mass Storage and Transfer) — REQUIRED! + flopy.mf6.ModflowGwtmst(gwt, + porosity=0.2, + first_order_decay=False, + decay=None, + decay_sorbed=None, + sorption=None, + bulk_density=None, + distcoef=None, + filename=f'{gwtname}.mst', + pname='mst' + ) + + # Instantiating MODFLOW 6 transport source-sink mixing package + sourcerecarray = [ + ('CHD-1', 'AUX', 'CONCENTRATION'), + ] + sourcerecarray.append(('WEL-1', 'AUX', 'CONCENTRATION')) + + flopy.mf6.ModflowGwtssm( + gwt, + sources=sourcerecarray, + filename=f'{gwtname}.ssm', + pname='ssm' + ) + + + # CNC package + cnc_rec = [] + # Add contamination sources + cnc_rec.append(((0, int(N / 2.5), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 2.8), int(N / 4)), con_max)) # Second source + cnc_rec.append(((0, int(N / 2.4), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4)), con_max)) + cnc_rec.append(((0, int(N / 2.4), int(N / 4.3)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4.4)), con_max)) + + + # Create CNC package + cnc = flopy.mf6.ModflowGwtcnc( + gwt, + stress_period_data=cnc_rec, + pname="cnc" + ) + + # Output control for GWT + gwt_oc = flopy.mf6.ModflowGwtoc( + gwt, + budget_filerecord=f"{gwtname}.cbc", + concentration_filerecord=f"{gwtname}.ucn", + saverecord=[("CONCENTRATION", "LAST")], # REQUIRED to save .UCN + printrecord=[("CONCENTRATION", "LAST")], + filename=f"{gwtname}.oc", + ) + + # GWF-GWT exchange + flopy.mf6.ModflowGwfgwt(sim, + exgtype="GWF6-GWT6", + exgmnamea=gwfmodel_name, + exgmnameb=gwtname, + filename=f"{model_name}.gwfgwt") + + # Write and run + sim.write_simulation() + success, msg = sim.run_simulation() + print("Success:", success) + + + # Create modflow 6 input files + # Write and run + sim.write_simulation() + success, buff = sim.run_simulation() + print("Success:", success) + if not success: + print("\n".join(buff)) + + # visualize ----------------------------------------------------------------------------------- + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + iper = 0 + ra = chd.stress_period_data.get_data(key=iper) + ra + + # Read the binary head file and plot the results + # We can use the existing Flopy HeadFile class because + # the format of the headfile for MODFLOW 6 is the same + # as for previous MODFLOW verions + fname = os.path.join(workspace, headfile) + hds = flopy.utils.binaryfile.HeadFile(fname) + h = hds.get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + c = plt.contour(x, y, h[0]) + plt.clabel(c, fmt="%2.1f") + plt.title('Head file') + plt.axis("scaled") + #plt.show() + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + contours = modelmap.contour_array(h[0], levels=np.arange(90, 100.1, 0.2)) + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + + # Next we create an instance of the ModelMap class + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + pa = modelmap.plot_array(h[0]) + cb = plt.colorbar(pa, shrink=0.5) + + # plot well head layer 1 + # read binary file + h = gwf.output.head().get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + vmin, vmax = 90.0, 100.0 + contour_intervals = np.arange(90, 100.1, 1.0) + + # plot map layer 1 + fig = plt.figure(figsize=(6, 6)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + c = ax.contour(x, y, h[0], contour_intervals, colors="black") + plt.clabel(c, fmt="%2.1f") + + # plot ap using modflow 6 capabilities + fig, axes = plt.subplots(2, 1, figsize=(6, 12), constrained_layout=True) + # first subplot + ax = axes[0] + ax.set_title("Model Layer 1") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + # second subplot + ax = axes[1] + ax.set_title(f"Model Layer {Nlay}") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=Nlay - 1) + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + #plt.show() + + # visualize plume contamination + conc = gwt.output.concentration().get_data()[-1] + + fig = plt.figure(figsize=(10, 10)) + ax = plt.subplot(1, 1, 1, aspect="equal") + ax.set_title('Contamination Plume') + pmv = flopy.plot.PlotMapView(gwf) + c = pmv.plot_array(conc, cmap="jet") + pmv.contour_array(conc, levels=(0.0001, 0.001, 0.01, 0.1), colors="y") + plt.colorbar(c, shrink=0.5) + plt.savefig(os.path.join(workspace, "plume.png")) + #plt.show() + + # Save all plots + + import matplotlib.pyplot as plt + from matplotlib.colors import LinearSegmentedColormap, ListedColormap + import numpy as np + + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + # ======================================================================= + # 1. Plot Boundary Conditions + # ======================================================================= + print("Plotting boundary conditions...") + + # Create colormap for boundary conditions + # -1: CHD (blue), 2: WEL (red), 3: CNC (purple), 1: Active (white) + bc_colors = ['blue', 'white', 'red', 'purple'] + bc_cmap = ListedColormap(bc_colors) + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot ibound with custom colors + quadmesh = modelmap.plot_ibound(ibound=ibd) + + # Add legend + from matplotlib.patches import Patch + + legend_elements = [ + Patch(facecolor='blue', label='Constant Head (CHD)'), + Patch(facecolor='red', label='Well (WEL)'), + Patch(facecolor='purple', label='Contamination Source (CNC)'), + Patch(facecolor='white', label='Active Cell') + ] + ax.legend(handles=legend_elements, loc='upper right') + + ax.set_title("Boundary Conditions") + plt.savefig(os.path.join(workspace, "boundary_conditions.png")) + #plt.show() + + # ======================================================================= + # 2. Plot Head Distribution + # ======================================================================= + print("Plotting head distribution...") + + # Load head data + head_file = os.path.join(workspace, f"{gwfmodel_name}.hds") + hds = flopy.utils.HeadFile(head_file) + head = hds.get_data(kstpkper=(0, 0)) # First stress period + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot head contours + levels = np.linspace(head.min(), head.max(), 20) + contours = modelmap.contour_array(head, levels=levels, colors='black') + plt.clabel(contours, fmt="%.1f", fontsize=8) + + # Plot filled head contours + head_plot = modelmap.plot_array(head, cmap='viridis', alpha=0.7) + plt.colorbar(head_plot, shrink=0.5, label='Head (m)') + + # Plot boundary conditions + modelmap.plot_ibound(ibound=ibd, alpha=0.5) + + ax.set_title("Head Distribution") + plt.savefig(os.path.join(workspace, "head_distribution.png")) + #plt.show() + + # Plots if the model has more layers + + if Nlay > 1: + print("Plotting cross-section...") + fig, ax = plt.subplots(figsize=(12, 6)) + + # Create cross-section along row midpoint + row = N // 2 + xsect = flopy.plot.PlotCrossSection( + model=gwf, + ax=ax, + line={"row": row}, + geographic_coords=True + ) + + # Plot concentration in cross-section + conc_cross = xsect.plot_array(conc, cmap='viridis', alpha=0.8, vmin=0, vmax=550) + + # Plot grid lines + xsect.plot_grid(alpha=0.3) + + # Add colorbar + plt.colorbar(conc_cross, shrink=0.5, label="Concentration") + ax.set_title(f"Concentration Cross-Section (Row {row})") + plt.savefig(os.path.join(workspace, "concentration_cross_section.png")) + plt.show() + + print("All plots saved to:", workspace) + + # ======================================================================= + # POST-PROCESSING: Concentration Time Series at (0, 56, 26) + # ======================================================================= + print("\nGenerating concentration time series plot...") + + # Load concentration data + conc_file = os.path.join(workspace, f"{gwtname}.ucn") + conc_obj = flopy.utils.HeadFile(conc_file, text="CONCENTRATION") + + # Get all available times + times = conc_obj.get_times() + + # Extract concentration at specific cell (layer, row, col) = (0, 56, 26) + concentrations = [] + for time in times: + conc_data = conc_obj.get_data(totim=time) + concentrations.append(conc_data[0, 56, 26]) # Layer 0, Row 56, Column 26 + + # Create plot + plt.figure(figsize=(12, 6)) + plt.plot(times, concentrations, 'b-', linewidth=2, marker='o', markersize=5) + + # Add threshold line (example: 50 μg/L) + threshold = 0.1 + plt.axhline(y=threshold, color='r', linestyle='--', linewidth=1.5) + plt.text(times[-1] * 1.02, threshold, f'Threshold: {threshold}', + color='r', va='top') + + # Format plot + plt.title(f"Concentration at Cell (Layer 0, Row 56, Column 26)") + plt.xlabel("Time (days)") + plt.ylabel("Concentration (μg/L)") + plt.grid(True, alpha=0.3) + plt.tight_layout() + + # Save and show + plot_path = os.path.join(workspace, "concentration_time_series.png") + plt.savefig(plot_path) + print(f"Plot saved to: {plot_path}") + plt.show() + + +if __name__ == '__main__': + example_2_wells_0p56p() \ No newline at end of file diff --git a/src/notebooks/flopy_example_2_0p66p.py b/src/notebooks/flopy_example_2_0p66p.py new file mode 100644 index 0000000..82ba4d3 --- /dev/null +++ b/src/notebooks/flopy_example_2_0p66p.py @@ -0,0 +1,576 @@ + + +def example_2_wells_0p66p(): + # imports + import os + import matplotlib.colors as mcolors + import matplotlib.pyplot as plt + import numpy as np + import flopy + + # For this example, we will set up a temporary workspace. + # Model input files and output files will reside here. + dir_name = os.getcwd() + workspace = os.path.join(dir_name + '/models/mf6', "pumptreat_0p66p") + + # Set up workspace + model_name = "pumptreat" + gwfmodel_name = "gwf_pumptreat" + + # create flopy objects + h1 = 25 + h2 = 24.5 + Nlay = 1 + N = 101 + L = 100.0 + H = 30.0 + k = 1.0 + k33 = 0.3 + q = -0.66 + times = (3000.0, 250, 1.0) + con_max = 1000.0 + + # Create the Flopy simulation object + sim = flopy.mf6.MFSimulation( + sim_name=gwfmodel_name, exe_name="C:/Users/lucialabarca/mf6.6.2_win64/bin/mf6.exe", version="mf6", sim_ws=workspace + ) + + # Create the Flopy temporal discretization object + tdis = flopy.mf6.modflow.mftdis.ModflowTdis( + sim, pname="tdis", time_units="DAYS", nper=2, perioddata=[(1.0, 1, 1.0), times] + ) + + # Create the Flopy groundwater flow (gwf) model object + model_nam_file = f"{gwfmodel_name}.nam" + gwf = flopy.mf6.ModflowGwf(sim, modelname=gwfmodel_name, model_nam_file=model_nam_file, save_flows=True) + + # Solver for GWF (register this one FIRST) + ims_gwf = flopy.mf6.ModflowIms( + sim, + pname="ims_gwf", + filename=f"{gwfmodel_name}" + ".ims", + complexity="SIMPLE", + print_option="SUMMARY" + ) + sim.register_ims_package(ims_gwf, [gwf.name]) # Register only to GWF + + # Create the discretization package + bot = np.linspace(-H / Nlay, -H, Nlay) + delrow = delcol = L / (N - 1) + dis = flopy.mf6.modflow.mfgwfdis.ModflowGwfdis( + gwf, + pname="dis", + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + ) + + # Create the initial conditions package + start = h1 * np.ones((Nlay, N, N)) + ic = flopy.mf6.modflow.mfgwfic.ModflowGwfic(gwf, pname="ic", strt=start) + + # Node property flow - MUST HAVE pname + npf = flopy.mf6.ModflowGwfnpf( + gwf, + save_flows=True, + save_specific_discharge=True, + pname="npf", # Critical parameter + icelltype=1, + k=k, + k33=k33 + ) + + # Instantiating storage package + + sy = flopy.mf6.ModflowGwfsto.sy.empty( # pylint: disable-msg=invalid-name + gwf, + default_value=0.2 + ) + ss = flopy.mf6.ModflowGwfsto.ss.empty( # pylint: disable-msg=invalid-name + gwf, default_value=0.00001 + ) + + + sto = flopy.mf6.ModflowGwfsto( + gwf, + pname='sto', + save_flows=True, + iconvert=1, + ss=ss, + sy=sy, + steady_state={0: True}, + transient={index: True for index in range(1, len(times))}, + ) + + # Create the constant head package. + # List information is created a bit differently for + # MODFLOW 6 than for other MODFLOW versions. The + # cellid (layer, row, column, for a regular grid) + # must be entered as a tuple as the first entry. + # Remember that these must be zero-based indices! + chd_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'CHD-1' + } + chd_rec = [] + #chd_rec.append(((0, int(N), int(N)), h2)) + for layer in range(0, Nlay): + for row_col in range(0, N): + chd_rec.append(((layer, row_col, 0), h1, 0.0)) + chd_rec.append(((layer, row_col, N - 1), h2, 0.0)) + + chd = flopy.mf6.modflow.mfgwfchd.ModflowGwfchd( + gwf, + stress_period_data=chd_rec, + save_flows=True, + **chd_kwargs + ) + + # Create well package + # wel location at (1, + wel_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'WEL-1' + } + + wel_rec = { + 0: [], + 1: [ + ((0, int(N / 2.5), int(N / 4)), q, 0), + ((0, int(N / 3), int(N / 4)), q, 0), + ((0, int(N / 4), int(N / 4)), q, 0), + ((0, 34, 30), 0, 0) + ] + } + wel = flopy.mf6.ModflowGwfwel( + gwf, + stress_period_data=wel_rec, + save_flows=True, + **wel_kwargs + ) + + # Create the output control package + headfile = f"{gwfmodel_name}.hds" + budgetfile = f"{gwfmodel_name}.bud" + saverecord = [("HEAD", "ALL"), ("BUDGET", "ALL")] + + oc = flopy.mf6.modflow.mfgwfoc.ModflowGwfoc( + gwf, + pname="gwfgwt", + budget_filerecord=budgetfile, + head_filerecord=headfile, + saverecord=saverecord, + ) + + # create gwt name + gwtname = "gwt_pumptreat" + # create transport model + gwt = flopy.mf6.MFModel( + sim, + model_type='gwt6', + modelname=gwtname, + model_nam_file=f'{gwtname}.nam' + ) + + + # Solver for GWT (register this one SECOND) + imsgwt = flopy.mf6.ModflowIms( + sim, + print_option="SUMMARY", + # outer_dvclose=hclose, + # outer_maximum=nouter, + under_relaxation="NONE", + # inner_maximum=ninner, + # inner_dvclose=hclose, + # rcloserecord=rclose, + linear_acceleration="BICGSTAB", + scaling_method="NONE", + reordering_method="NONE", + # relaxation_factor=relax, + filename=f'{gwtname}.ims', + pname='ims' + ) + + sim.register_ims_package(imsgwt, [gwt.name]) # Register only to GWT + + # 2. Add DIS package to GWT (MUST match GWF dimensions) + flopy.mf6.ModflowGwtdis( + gwt, + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + filename=f'{gwtname}.dis', + pname='dis' + ) + # 3. Initial concentration + flopy.mf6.ModflowGwtic( + gwt, + strt=0.0, + filename=f'{gwtname}.ic', + pname='ic') # Initial concentration = 0 everywhere + + # advection package + adv = flopy.mf6.ModflowGwtadv( + gwt, + scheme="UPSTREAM", + filename=f'{gwtname}.adv', + pname='adv') + + # dispersion package + dsp = flopy.mf6.ModflowGwtdsp(gwt, + alh=1.0, + ath1=0.5, + filename=f'{gwtname}.dsp', + pname='dsp') + + # Add MST package (Mass Storage and Transfer) — REQUIRED! + flopy.mf6.ModflowGwtmst(gwt, + porosity=0.2, + first_order_decay=False, + decay=None, + decay_sorbed=None, + sorption=None, + bulk_density=None, + distcoef=None, + filename=f'{gwtname}.mst', + pname='mst' + ) + + # Instantiating MODFLOW 6 transport source-sink mixing package + sourcerecarray = [ + ('CHD-1', 'AUX', 'CONCENTRATION'), + ] + sourcerecarray.append(('WEL-1', 'AUX', 'CONCENTRATION')) + + flopy.mf6.ModflowGwtssm( + gwt, + sources=sourcerecarray, + filename=f'{gwtname}.ssm', + pname='ssm' + ) + + + # CNC package + cnc_rec = [] + # Add contamination sources + cnc_rec.append(((0, int(N / 2.5), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 2.8), int(N / 4)), con_max)) # Second source + cnc_rec.append(((0, int(N / 2.4), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4)), con_max)) + cnc_rec.append(((0, int(N / 2.4), int(N / 4.3)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4.4)), con_max)) + + + # Create CNC package + cnc = flopy.mf6.ModflowGwtcnc( + gwt, + stress_period_data=cnc_rec, + pname="cnc" + ) + + # Output control for GWT + gwt_oc = flopy.mf6.ModflowGwtoc( + gwt, + budget_filerecord=f"{gwtname}.cbc", + concentration_filerecord=f"{gwtname}.ucn", + saverecord=[("CONCENTRATION", "LAST")], # REQUIRED to save .UCN + printrecord=[("CONCENTRATION", "LAST")], + filename=f"{gwtname}.oc", + ) + + # GWF-GWT exchange + flopy.mf6.ModflowGwfgwt(sim, + exgtype="GWF6-GWT6", + exgmnamea=gwfmodel_name, + exgmnameb=gwtname, + filename=f"{model_name}.gwfgwt") + + # Write and run + sim.write_simulation() + success, msg = sim.run_simulation() + print("Success:", success) + + + # Create modflow 6 input files + # Write and run + sim.write_simulation() + success, buff = sim.run_simulation() + print("Success:", success) + if not success: + print("\n".join(buff)) + + # visualize ----------------------------------------------------------------------------------- + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + iper = 0 + ra = chd.stress_period_data.get_data(key=iper) + ra + + # Read the binary head file and plot the results + # We can use the existing Flopy HeadFile class because + # the format of the headfile for MODFLOW 6 is the same + # as for previous MODFLOW verions + fname = os.path.join(workspace, headfile) + hds = flopy.utils.binaryfile.HeadFile(fname) + h = hds.get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + c = plt.contour(x, y, h[0]) + plt.clabel(c, fmt="%2.1f") + plt.title('Head file') + plt.axis("scaled") + #plt.show() + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + contours = modelmap.contour_array(h[0], levels=np.arange(90, 100.1, 0.2)) + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + + # Next we create an instance of the ModelMap class + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + pa = modelmap.plot_array(h[0]) + cb = plt.colorbar(pa, shrink=0.5) + + # plot well head layer 1 + # read binary file + h = gwf.output.head().get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + vmin, vmax = 90.0, 100.0 + contour_intervals = np.arange(90, 100.1, 1.0) + + # plot map layer 1 + fig = plt.figure(figsize=(6, 6)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + c = ax.contour(x, y, h[0], contour_intervals, colors="black") + plt.clabel(c, fmt="%2.1f") + + # plot ap using modflow 6 capabilities + fig, axes = plt.subplots(2, 1, figsize=(6, 12), constrained_layout=True) + # first subplot + ax = axes[0] + ax.set_title("Model Layer 1") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + # second subplot + ax = axes[1] + ax.set_title(f"Model Layer {Nlay}") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=Nlay - 1) + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + #plt.show() + + # visualize plume contamination + conc = gwt.output.concentration().get_data()[-1] + + fig = plt.figure(figsize=(10, 10)) + ax = plt.subplot(1, 1, 1, aspect="equal") + ax.set_title('Contamination Plume') + pmv = flopy.plot.PlotMapView(gwf) + c = pmv.plot_array(conc, cmap="jet") + pmv.contour_array(conc, levels=(0.0001, 0.001, 0.01, 0.1), colors="y") + plt.colorbar(c, shrink=0.5) + plt.savefig(os.path.join(workspace, "plume.png")) + #plt.show() + + # Save all plots + + import matplotlib.pyplot as plt + from matplotlib.colors import LinearSegmentedColormap, ListedColormap + import numpy as np + + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + # ======================================================================= + # 1. Plot Boundary Conditions + # ======================================================================= + print("Plotting boundary conditions...") + + # Create colormap for boundary conditions + # -1: CHD (blue), 2: WEL (red), 3: CNC (purple), 1: Active (white) + bc_colors = ['blue', 'white', 'red', 'purple'] + bc_cmap = ListedColormap(bc_colors) + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot ibound with custom colors + quadmesh = modelmap.plot_ibound(ibound=ibd) + + # Add legend + from matplotlib.patches import Patch + + legend_elements = [ + Patch(facecolor='blue', label='Constant Head (CHD)'), + Patch(facecolor='red', label='Well (WEL)'), + Patch(facecolor='purple', label='Contamination Source (CNC)'), + Patch(facecolor='white', label='Active Cell') + ] + ax.legend(handles=legend_elements, loc='upper right') + + ax.set_title("Boundary Conditions") + plt.savefig(os.path.join(workspace, "boundary_conditions.png")) + #plt.show() + + # ======================================================================= + # 2. Plot Head Distribution + # ======================================================================= + print("Plotting head distribution...") + + # Load head data + head_file = os.path.join(workspace, f"{gwfmodel_name}.hds") + hds = flopy.utils.HeadFile(head_file) + head = hds.get_data(kstpkper=(0, 0)) # First stress period + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot head contours + levels = np.linspace(head.min(), head.max(), 20) + contours = modelmap.contour_array(head, levels=levels, colors='black') + plt.clabel(contours, fmt="%.1f", fontsize=8) + + # Plot filled head contours + head_plot = modelmap.plot_array(head, cmap='viridis', alpha=0.7) + plt.colorbar(head_plot, shrink=0.5, label='Head (m)') + + # Plot boundary conditions + modelmap.plot_ibound(ibound=ibd, alpha=0.5) + + ax.set_title("Head Distribution") + plt.savefig(os.path.join(workspace, "head_distribution.png")) + #plt.show() + + # Plots if the model has more layers + + if Nlay > 1: + print("Plotting cross-section...") + fig, ax = plt.subplots(figsize=(12, 6)) + + # Create cross-section along row midpoint + row = N // 2 + xsect = flopy.plot.PlotCrossSection( + model=gwf, + ax=ax, + line={"row": row}, + geographic_coords=True + ) + + # Plot concentration in cross-section + conc_cross = xsect.plot_array(conc, cmap='viridis', alpha=0.8, vmin=0, vmax=550) + + # Plot grid lines + xsect.plot_grid(alpha=0.3) + + # Add colorbar + plt.colorbar(conc_cross, shrink=0.5, label="Concentration") + ax.set_title(f"Concentration Cross-Section (Row {row})") + plt.savefig(os.path.join(workspace, "concentration_cross_section.png")) + plt.show() + + print("All plots saved to:", workspace) + + # ======================================================================= + # POST-PROCESSING: Concentration Time Series at (0, 56, 26) + # ======================================================================= + print("\nGenerating concentration time series plot...") + + # Load concentration data + conc_file = os.path.join(workspace, f"{gwtname}.ucn") + conc_obj = flopy.utils.HeadFile(conc_file, text="CONCENTRATION") + + # Get all available times + times = conc_obj.get_times() + + # Extract concentration at specific cell (layer, row, col) = (0, 56, 26) + concentrations = [] + for time in times: + conc_data = conc_obj.get_data(totim=time) + concentrations.append(conc_data[0, 34, 30]) # Layer 0, Row 56, Column 26 + + # Create plot + plt.figure(figsize=(12, 6)) + plt.plot(times, concentrations, 'b-', linewidth=2, marker='o', markersize=5) + + # Add threshold line (example: 50 μg/L) + threshold = 0.1 + plt.axhline(y=threshold, color='r', linestyle='--', linewidth=1.5) + plt.text(times[-1] * 1.02, threshold, f'Threshold: {threshold}', + color='r', va='top') + + # Format plot + plt.title(f"Concentration at Cell (Layer 0, Row 56, Column 26)") + plt.xlabel("Time (days)") + plt.ylabel("Concentration (μg/L)") + plt.grid(True, alpha=0.3) + plt.tight_layout() + + # Save and show + plot_path = os.path.join(workspace, "concentration_time_series.png") + plt.savefig(plot_path) + print(f"Plot saved to: {plot_path}") + plt.show() + + +if __name__ == '__main__': + example_2_wells_0p66p() \ No newline at end of file diff --git a/src/notebooks/flopy_example_2_0p75p.py b/src/notebooks/flopy_example_2_0p75p.py new file mode 100644 index 0000000..b9d38e1 --- /dev/null +++ b/src/notebooks/flopy_example_2_0p75p.py @@ -0,0 +1,575 @@ + + +def example_2_wells_0p75p(): + # imports + import os + import matplotlib.colors as mcolors + import matplotlib.pyplot as plt + import numpy as np + import flopy + + # For this example, we will set up a temporary workspace. + # Model input files and output files will reside here. + dir_name = os.getcwd() + workspace = os.path.join(dir_name + '/models/mf6', "pumptreat_0p75p") + + # Set up workspace + model_name = "pumptreat" + gwfmodel_name = "gwf_pumptreat" + + # create flopy objects + h1 = 25 + h2 = 24.5 + Nlay = 1 + N = 101 + L = 100.0 + H = 30.0 + k = 1.0 + k33 = 0.3 + q = -0.75 + times = (3000.0, 250, 1.0) + con_max = 1000.0 + + # Create the Flopy simulation object + sim = flopy.mf6.MFSimulation( + sim_name=gwfmodel_name, exe_name="C:/Users/lucialabarca/mf6.6.2_win64/bin/mf6.exe", version="mf6", sim_ws=workspace + ) + + # Create the Flopy temporal discretization object + tdis = flopy.mf6.modflow.mftdis.ModflowTdis( + sim, pname="tdis", time_units="DAYS", nper=2, perioddata=[(1.0, 1, 1.0), times] + ) + + # Create the Flopy groundwater flow (gwf) model object + model_nam_file = f"{gwfmodel_name}.nam" + gwf = flopy.mf6.ModflowGwf(sim, modelname=gwfmodel_name, model_nam_file=model_nam_file, save_flows=True) + + # Solver for GWF (register this one FIRST) + ims_gwf = flopy.mf6.ModflowIms( + sim, + pname="ims_gwf", + filename=f"{gwfmodel_name}" + ".ims", + complexity="SIMPLE", + print_option="SUMMARY" + ) + sim.register_ims_package(ims_gwf, [gwf.name]) # Register only to GWF + + # Create the discretization package + bot = np.linspace(-H / Nlay, -H, Nlay) + delrow = delcol = L / (N - 1) + dis = flopy.mf6.modflow.mfgwfdis.ModflowGwfdis( + gwf, + pname="dis", + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + ) + + # Create the initial conditions package + start = h1 * np.ones((Nlay, N, N)) + ic = flopy.mf6.modflow.mfgwfic.ModflowGwfic(gwf, pname="ic", strt=start) + + # Node property flow - MUST HAVE pname + npf = flopy.mf6.ModflowGwfnpf( + gwf, + save_flows=True, + save_specific_discharge=True, + pname="npf", # Critical parameter + icelltype=1, + k=k, + k33=k33 + ) + + # Instantiating storage package + + sy = flopy.mf6.ModflowGwfsto.sy.empty( # pylint: disable-msg=invalid-name + gwf, + default_value=0.2 + ) + ss = flopy.mf6.ModflowGwfsto.ss.empty( # pylint: disable-msg=invalid-name + gwf, default_value=0.00001 + ) + + + sto = flopy.mf6.ModflowGwfsto( + gwf, + pname='sto', + save_flows=True, + iconvert=1, + ss=ss, + sy=sy, + steady_state={0: True}, + transient={index: True for index in range(1, len(times))}, + ) + + # Create the constant head package. + # List information is created a bit differently for + # MODFLOW 6 than for other MODFLOW versions. The + # cellid (layer, row, column, for a regular grid) + # must be entered as a tuple as the first entry. + # Remember that these must be zero-based indices! + chd_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'CHD-1' + } + chd_rec = [] + #chd_rec.append(((0, int(N), int(N)), h2)) + for layer in range(0, Nlay): + for row_col in range(0, N): + chd_rec.append(((layer, row_col, 0), h1, 0.0)) + chd_rec.append(((layer, row_col, N - 1), h2, 0.0)) + + chd = flopy.mf6.modflow.mfgwfchd.ModflowGwfchd( + gwf, + stress_period_data=chd_rec, + save_flows=True, + **chd_kwargs + ) + + # Create well package + # wel location at (1, + wel_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'WEL-1' + } + + wel_rec = { + 0: [], + 1: [ + ((0, int(N / 2.5), int(N / 4)), q, 0), + ((0, int(N / 3), int(N / 4)), q, 0), + ((0, int(N / 4), int(N / 4)), q, 0) + ] + } + wel = flopy.mf6.ModflowGwfwel( + gwf, + stress_period_data=wel_rec, + save_flows=True, + **wel_kwargs + ) + + # Create the output control package + headfile = f"{gwfmodel_name}.hds" + budgetfile = f"{gwfmodel_name}.bud" + saverecord = [("HEAD", "ALL"), ("BUDGET", "ALL")] + + oc = flopy.mf6.modflow.mfgwfoc.ModflowGwfoc( + gwf, + pname="gwfgwt", + budget_filerecord=budgetfile, + head_filerecord=headfile, + saverecord=saverecord, + ) + + # create gwt name + gwtname = "gwt_pumptreat" + # create transport model + gwt = flopy.mf6.MFModel( + sim, + model_type='gwt6', + modelname=gwtname, + model_nam_file=f'{gwtname}.nam' + ) + + + # Solver for GWT (register this one SECOND) + imsgwt = flopy.mf6.ModflowIms( + sim, + print_option="SUMMARY", + # outer_dvclose=hclose, + # outer_maximum=nouter, + under_relaxation="NONE", + # inner_maximum=ninner, + # inner_dvclose=hclose, + # rcloserecord=rclose, + linear_acceleration="BICGSTAB", + scaling_method="NONE", + reordering_method="NONE", + # relaxation_factor=relax, + filename=f'{gwtname}.ims', + pname='ims' + ) + + sim.register_ims_package(imsgwt, [gwt.name]) # Register only to GWT + + # 2. Add DIS package to GWT (MUST match GWF dimensions) + flopy.mf6.ModflowGwtdis( + gwt, + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + filename=f'{gwtname}.dis', + pname='dis' + ) + # 3. Initial concentration + flopy.mf6.ModflowGwtic( + gwt, + strt=0.0, + filename=f'{gwtname}.ic', + pname='ic') # Initial concentration = 0 everywhere + + # advection package + adv = flopy.mf6.ModflowGwtadv( + gwt, + scheme="UPSTREAM", + filename=f'{gwtname}.adv', + pname='adv') + + # dispersion package + dsp = flopy.mf6.ModflowGwtdsp(gwt, + alh=1.0, + ath1=0.5, + filename=f'{gwtname}.dsp', + pname='dsp') + + # Add MST package (Mass Storage and Transfer) — REQUIRED! + flopy.mf6.ModflowGwtmst(gwt, + porosity=0.2, + first_order_decay=False, + decay=None, + decay_sorbed=None, + sorption=None, + bulk_density=None, + distcoef=None, + filename=f'{gwtname}.mst', + pname='mst' + ) + + # Instantiating MODFLOW 6 transport source-sink mixing package + sourcerecarray = [ + ('CHD-1', 'AUX', 'CONCENTRATION'), + ] + sourcerecarray.append(('WEL-1', 'AUX', 'CONCENTRATION')) + + flopy.mf6.ModflowGwtssm( + gwt, + sources=sourcerecarray, + filename=f'{gwtname}.ssm', + pname='ssm' + ) + + + # CNC package + cnc_rec = [] + # Add contamination sources + cnc_rec.append(((0, int(N / 2.5), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 2.8), int(N / 4)), con_max)) # Second source + cnc_rec.append(((0, int(N / 2.4), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4)), con_max)) + cnc_rec.append(((0, int(N / 2.4), int(N / 4.3)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4.4)), con_max)) + + + # Create CNC package + cnc = flopy.mf6.ModflowGwtcnc( + gwt, + stress_period_data=cnc_rec, + pname="cnc" + ) + + # Output control for GWT + gwt_oc = flopy.mf6.ModflowGwtoc( + gwt, + budget_filerecord=f"{gwtname}.cbc", + concentration_filerecord=f"{gwtname}.ucn", + saverecord=[("CONCENTRATION", "LAST")], # REQUIRED to save .UCN + printrecord=[("CONCENTRATION", "LAST")], + filename=f"{gwtname}.oc", + ) + + # GWF-GWT exchange + flopy.mf6.ModflowGwfgwt(sim, + exgtype="GWF6-GWT6", + exgmnamea=gwfmodel_name, + exgmnameb=gwtname, + filename=f"{model_name}.gwfgwt") + + # Write and run + sim.write_simulation() + success, msg = sim.run_simulation() + print("Success:", success) + + + # Create modflow 6 input files + # Write and run + sim.write_simulation() + success, buff = sim.run_simulation() + print("Success:", success) + if not success: + print("\n".join(buff)) + + # visualize ----------------------------------------------------------------------------------- + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + iper = 0 + ra = chd.stress_period_data.get_data(key=iper) + ra + + # Read the binary head file and plot the results + # We can use the existing Flopy HeadFile class because + # the format of the headfile for MODFLOW 6 is the same + # as for previous MODFLOW verions + fname = os.path.join(workspace, headfile) + hds = flopy.utils.binaryfile.HeadFile(fname) + h = hds.get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + c = plt.contour(x, y, h[0]) + plt.clabel(c, fmt="%2.1f") + plt.title('Head file') + plt.axis("scaled") + #plt.show() + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + contours = modelmap.contour_array(h[0], levels=np.arange(90, 100.1, 0.2)) + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + + # Next we create an instance of the ModelMap class + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + pa = modelmap.plot_array(h[0]) + cb = plt.colorbar(pa, shrink=0.5) + + # plot well head layer 1 + # read binary file + h = gwf.output.head().get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + vmin, vmax = 90.0, 100.0 + contour_intervals = np.arange(90, 100.1, 1.0) + + # plot map layer 1 + fig = plt.figure(figsize=(6, 6)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + c = ax.contour(x, y, h[0], contour_intervals, colors="black") + plt.clabel(c, fmt="%2.1f") + + # plot ap using modflow 6 capabilities + fig, axes = plt.subplots(2, 1, figsize=(6, 12), constrained_layout=True) + # first subplot + ax = axes[0] + ax.set_title("Model Layer 1") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + # second subplot + ax = axes[1] + ax.set_title(f"Model Layer {Nlay}") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=Nlay - 1) + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + #plt.show() + + # visualize plume contamination + conc = gwt.output.concentration().get_data()[-1] + + fig = plt.figure(figsize=(10, 10)) + ax = plt.subplot(1, 1, 1, aspect="equal") + ax.set_title('Contamination Plume') + pmv = flopy.plot.PlotMapView(gwf) + c = pmv.plot_array(conc, cmap="jet") + pmv.contour_array(conc, levels=(0.0001, 0.001, 0.01, 0.1), colors="y") + plt.colorbar(c, shrink=0.5) + plt.savefig(os.path.join(workspace, "plume.png")) + #plt.show() + + # Save all plots + + import matplotlib.pyplot as plt + from matplotlib.colors import LinearSegmentedColormap, ListedColormap + import numpy as np + + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + # ======================================================================= + # 1. Plot Boundary Conditions + # ======================================================================= + print("Plotting boundary conditions...") + + # Create colormap for boundary conditions + # -1: CHD (blue), 2: WEL (red), 3: CNC (purple), 1: Active (white) + bc_colors = ['blue', 'white', 'red', 'purple'] + bc_cmap = ListedColormap(bc_colors) + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot ibound with custom colors + quadmesh = modelmap.plot_ibound(ibound=ibd) + + # Add legend + from matplotlib.patches import Patch + + legend_elements = [ + Patch(facecolor='blue', label='Constant Head (CHD)'), + Patch(facecolor='red', label='Well (WEL)'), + Patch(facecolor='purple', label='Contamination Source (CNC)'), + Patch(facecolor='white', label='Active Cell') + ] + ax.legend(handles=legend_elements, loc='upper right') + + ax.set_title("Boundary Conditions") + plt.savefig(os.path.join(workspace, "boundary_conditions.png")) + #plt.show() + + # ======================================================================= + # 2. Plot Head Distribution + # ======================================================================= + print("Plotting head distribution...") + + # Load head data + head_file = os.path.join(workspace, f"{gwfmodel_name}.hds") + hds = flopy.utils.HeadFile(head_file) + head = hds.get_data(kstpkper=(0, 0)) # First stress period + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot head contours + levels = np.linspace(head.min(), head.max(), 20) + contours = modelmap.contour_array(head, levels=levels, colors='black') + plt.clabel(contours, fmt="%.1f", fontsize=8) + + # Plot filled head contours + head_plot = modelmap.plot_array(head, cmap='viridis', alpha=0.7) + plt.colorbar(head_plot, shrink=0.5, label='Head (m)') + + # Plot boundary conditions + modelmap.plot_ibound(ibound=ibd, alpha=0.5) + + ax.set_title("Head Distribution") + plt.savefig(os.path.join(workspace, "head_distribution.png")) + #plt.show() + + # Plots if the model has more layers + + if Nlay > 1: + print("Plotting cross-section...") + fig, ax = plt.subplots(figsize=(12, 6)) + + # Create cross-section along row midpoint + row = N // 2 + xsect = flopy.plot.PlotCrossSection( + model=gwf, + ax=ax, + line={"row": row}, + geographic_coords=True + ) + + # Plot concentration in cross-section + conc_cross = xsect.plot_array(conc, cmap='viridis', alpha=0.8, vmin=0, vmax=550) + + # Plot grid lines + xsect.plot_grid(alpha=0.3) + + # Add colorbar + plt.colorbar(conc_cross, shrink=0.5, label="Concentration") + ax.set_title(f"Concentration Cross-Section (Row {row})") + plt.savefig(os.path.join(workspace, "concentration_cross_section.png")) + plt.show() + + print("All plots saved to:", workspace) + + # ======================================================================= + # POST-PROCESSING: Concentration Time Series at (0, 56, 26) + # ======================================================================= + print("\nGenerating concentration time series plot...") + + # Load concentration data + conc_file = os.path.join(workspace, f"{gwtname}.ucn") + conc_obj = flopy.utils.HeadFile(conc_file, text="CONCENTRATION") + + # Get all available times + times = conc_obj.get_times() + + # Extract concentration at specific cell (layer, row, col) = (0, 56, 26) + concentrations = [] + for time in times: + conc_data = conc_obj.get_data(totim=time) + concentrations.append(conc_data[0, 56, 26]) # Layer 0, Row 56, Column 26 + + # Create plot + plt.figure(figsize=(12, 6)) + plt.plot(times, concentrations, 'b-', linewidth=2, marker='o', markersize=5) + + # Add threshold line (example: 50 μg/L) + threshold = 0.1 + plt.axhline(y=threshold, color='r', linestyle='--', linewidth=1.5) + plt.text(times[-1] * 1.02, threshold, f'Threshold: {threshold}', + color='r', va='top') + + # Format plot + plt.title(f"Concentration at Cell (Layer 0, Row 56, Column 26)") + plt.xlabel("Time (days)") + plt.ylabel("Concentration (μg/L)") + plt.grid(True, alpha=0.3) + plt.tight_layout() + + # Save and show + plot_path = os.path.join(workspace, "concentration_time_series.png") + plt.savefig(plot_path) + print(f"Plot saved to: {plot_path}") + plt.show() + + +if __name__ == '__main__': + example_2_wells_0p75p() \ No newline at end of file diff --git a/src/notebooks/flopy_example_2_12p.py b/src/notebooks/flopy_example_2_12p.py new file mode 100644 index 0000000..32ac648 --- /dev/null +++ b/src/notebooks/flopy_example_2_12p.py @@ -0,0 +1,575 @@ + + +def example_2_wells_12p(): + # imports + import os + import matplotlib.colors as mcolors + import matplotlib.pyplot as plt + import numpy as np + import flopy + + # For this example, we will set up a temporary workspace. + # Model input files and output files will reside here. + dir_name = os.getcwd() + workspace = os.path.join(dir_name + '/models/mf6', "pumptreat_12p") + + # Set up workspace + model_name = "pumptreat" + gwfmodel_name = "gwf_pumptreat" + + # create flopy objects + h1 = 25 + h2 = 24.5 + Nlay = 1 + N = 101 + L = 100.0 + H = 30.0 + k = 1.0 + k33 = 0.3 + q = -6.25 + times = (3000.0, 250, 1.0) + con_max = 1000.0 + + # Create the Flopy simulation object + sim = flopy.mf6.MFSimulation( + sim_name=gwfmodel_name, exe_name="C:/Users/lucialabarca/mf6.6.2_win64/bin/mf6.exe", version="mf6", sim_ws=workspace + ) + + # Create the Flopy temporal discretization object + tdis = flopy.mf6.modflow.mftdis.ModflowTdis( + sim, pname="tdis", time_units="DAYS", nper=2, perioddata=[(1.0, 1, 1.0), times] + ) + + # Create the Flopy groundwater flow (gwf) model object + model_nam_file = f"{gwfmodel_name}.nam" + gwf = flopy.mf6.ModflowGwf(sim, modelname=gwfmodel_name, model_nam_file=model_nam_file, save_flows=True) + + # Solver for GWF (register this one FIRST) + ims_gwf = flopy.mf6.ModflowIms( + sim, + pname="ims_gwf", + filename=f"{gwfmodel_name}" + ".ims", + complexity="SIMPLE", + print_option="SUMMARY" + ) + sim.register_ims_package(ims_gwf, [gwf.name]) # Register only to GWF + + # Create the discretization package + bot = np.linspace(-H / Nlay, -H, Nlay) + delrow = delcol = L / (N - 1) + dis = flopy.mf6.modflow.mfgwfdis.ModflowGwfdis( + gwf, + pname="dis", + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + ) + + # Create the initial conditions package + start = h1 * np.ones((Nlay, N, N)) + ic = flopy.mf6.modflow.mfgwfic.ModflowGwfic(gwf, pname="ic", strt=start) + + # Node property flow - MUST HAVE pname + npf = flopy.mf6.ModflowGwfnpf( + gwf, + save_flows=True, + save_specific_discharge=True, + pname="npf", # Critical parameter + icelltype=1, + k=k, + k33=k33 + ) + + # Instantiating storage package + + sy = flopy.mf6.ModflowGwfsto.sy.empty( # pylint: disable-msg=invalid-name + gwf, + default_value=0.2 + ) + ss = flopy.mf6.ModflowGwfsto.ss.empty( # pylint: disable-msg=invalid-name + gwf, default_value=0.00001 + ) + + + sto = flopy.mf6.ModflowGwfsto( + gwf, + pname='sto', + save_flows=True, + iconvert=1, + ss=ss, + sy=sy, + steady_state={0: True}, + transient={index: True for index in range(1, len(times))}, + ) + + # Create the constant head package. + # List information is created a bit differently for + # MODFLOW 6 than for other MODFLOW versions. The + # cellid (layer, row, column, for a regular grid) + # must be entered as a tuple as the first entry. + # Remember that these must be zero-based indices! + chd_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'CHD-1' + } + chd_rec = [] + #chd_rec.append(((0, int(N), int(N)), h2)) + for layer in range(0, Nlay): + for row_col in range(0, N): + chd_rec.append(((layer, row_col, 0), h1, 0.0)) + chd_rec.append(((layer, row_col, N - 1), h2, 0.0)) + + chd = flopy.mf6.modflow.mfgwfchd.ModflowGwfchd( + gwf, + stress_period_data=chd_rec, + save_flows=True, + **chd_kwargs + ) + + # Create well package + # wel location at (1, + wel_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'WEL-1' + } + + wel_rec = { + 0: [], + 1: [ + ((0, int(N / 2.5), int(N / 4)), q, 0), + ((0, int(N / 3), int(N / 4)), q, 0), + ((0, int(N / 4), int(N / 4)), q, 0) + ] + } + wel = flopy.mf6.ModflowGwfwel( + gwf, + stress_period_data=wel_rec, + save_flows=True, + **wel_kwargs + ) + + # Create the output control package + headfile = f"{gwfmodel_name}.hds" + budgetfile = f"{gwfmodel_name}.bud" + saverecord = [("HEAD", "ALL"), ("BUDGET", "ALL")] + + oc = flopy.mf6.modflow.mfgwfoc.ModflowGwfoc( + gwf, + pname="gwfgwt", + budget_filerecord=budgetfile, + head_filerecord=headfile, + saverecord=saverecord, + ) + + # create gwt name + gwtname = "gwt_pumptreat" + # create transport model + gwt = flopy.mf6.MFModel( + sim, + model_type='gwt6', + modelname=gwtname, + model_nam_file=f'{gwtname}.nam' + ) + + + # Solver for GWT (register this one SECOND) + imsgwt = flopy.mf6.ModflowIms( + sim, + print_option="SUMMARY", + # outer_dvclose=hclose, + # outer_maximum=nouter, + under_relaxation="NONE", + # inner_maximum=ninner, + # inner_dvclose=hclose, + # rcloserecord=rclose, + linear_acceleration="BICGSTAB", + scaling_method="NONE", + reordering_method="NONE", + # relaxation_factor=relax, + filename=f'{gwtname}.ims', + pname='ims' + ) + + sim.register_ims_package(imsgwt, [gwt.name]) # Register only to GWT + + # 2. Add DIS package to GWT (MUST match GWF dimensions) + flopy.mf6.ModflowGwtdis( + gwt, + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + filename=f'{gwtname}.dis', + pname='dis' + ) + # 3. Initial concentration + flopy.mf6.ModflowGwtic( + gwt, + strt=0.0, + filename=f'{gwtname}.ic', + pname='ic') # Initial concentration = 0 everywhere + + # advection package + adv = flopy.mf6.ModflowGwtadv( + gwt, + scheme="UPSTREAM", + filename=f'{gwtname}.adv', + pname='adv') + + # dispersion package + dsp = flopy.mf6.ModflowGwtdsp(gwt, + alh=1.0, + ath1=0.5, + filename=f'{gwtname}.dsp', + pname='dsp') + + # Add MST package (Mass Storage and Transfer) — REQUIRED! + flopy.mf6.ModflowGwtmst(gwt, + porosity=0.2, + first_order_decay=False, + decay=None, + decay_sorbed=None, + sorption=None, + bulk_density=None, + distcoef=None, + filename=f'{gwtname}.mst', + pname='mst' + ) + + # Instantiating MODFLOW 6 transport source-sink mixing package + sourcerecarray = [ + ('CHD-1', 'AUX', 'CONCENTRATION'), + ] + sourcerecarray.append(('WEL-1', 'AUX', 'CONCENTRATION')) + + flopy.mf6.ModflowGwtssm( + gwt, + sources=sourcerecarray, + filename=f'{gwtname}.ssm', + pname='ssm' + ) + + + # CNC package + cnc_rec = [] + # Add contamination sources + cnc_rec.append(((0, int(N / 2.5), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 2.8), int(N / 4)), con_max)) # Second source + cnc_rec.append(((0, int(N / 2.4), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4)), con_max)) + cnc_rec.append(((0, int(N / 2.4), int(N / 4.3)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4.4)), con_max)) + + + # Create CNC package + cnc = flopy.mf6.ModflowGwtcnc( + gwt, + stress_period_data=cnc_rec, + pname="cnc" + ) + + # Output control for GWT + gwt_oc = flopy.mf6.ModflowGwtoc( + gwt, + budget_filerecord=f"{gwtname}.cbc", + concentration_filerecord=f"{gwtname}.ucn", + saverecord=[("CONCENTRATION", "LAST")], # REQUIRED to save .UCN + printrecord=[("CONCENTRATION", "LAST")], + filename=f"{gwtname}.oc", + ) + + # GWF-GWT exchange + flopy.mf6.ModflowGwfgwt(sim, + exgtype="GWF6-GWT6", + exgmnamea=gwfmodel_name, + exgmnameb=gwtname, + filename=f"{model_name}.gwfgwt") + + # Write and run + sim.write_simulation() + success, msg = sim.run_simulation() + print("Success:", success) + + + # Create modflow 6 input files + # Write and run + sim.write_simulation() + success, buff = sim.run_simulation() + print("Success:", success) + if not success: + print("\n".join(buff)) + + # visualize ----------------------------------------------------------------------------------- + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + iper = 0 + ra = chd.stress_period_data.get_data(key=iper) + ra + + # Read the binary head file and plot the results + # We can use the existing Flopy HeadFile class because + # the format of the headfile for MODFLOW 6 is the same + # as for previous MODFLOW verions + fname = os.path.join(workspace, headfile) + hds = flopy.utils.binaryfile.HeadFile(fname) + h = hds.get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + c = plt.contour(x, y, h[0]) + plt.clabel(c, fmt="%2.1f") + plt.title('Head file') + plt.axis("scaled") + #plt.show() + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + contours = modelmap.contour_array(h[0], levels=np.arange(90, 100.1, 0.2)) + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + + # Next we create an instance of the ModelMap class + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + pa = modelmap.plot_array(h[0]) + cb = plt.colorbar(pa, shrink=0.5) + + # plot well head layer 1 + # read binary file + h = gwf.output.head().get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + vmin, vmax = 90.0, 100.0 + contour_intervals = np.arange(90, 100.1, 1.0) + + # plot map layer 1 + fig = plt.figure(figsize=(6, 6)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + c = ax.contour(x, y, h[0], contour_intervals, colors="black") + plt.clabel(c, fmt="%2.1f") + + # plot ap using modflow 6 capabilities + fig, axes = plt.subplots(2, 1, figsize=(6, 12), constrained_layout=True) + # first subplot + ax = axes[0] + ax.set_title("Model Layer 1") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + # second subplot + ax = axes[1] + ax.set_title(f"Model Layer {Nlay}") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=Nlay - 1) + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + #plt.show() + + # visualize plume contamination + conc = gwt.output.concentration().get_data()[-1] + + fig = plt.figure(figsize=(10, 10)) + ax = plt.subplot(1, 1, 1, aspect="equal") + ax.set_title('Contamination Plume') + pmv = flopy.plot.PlotMapView(gwf) + c = pmv.plot_array(conc, cmap="jet") + pmv.contour_array(conc, levels=(0.0001, 0.001, 0.01, 0.1), colors="y") + plt.colorbar(c, shrink=0.5) + plt.savefig(os.path.join(workspace, "plume.png")) + #plt.show() + + # Save all plots + + import matplotlib.pyplot as plt + from matplotlib.colors import LinearSegmentedColormap, ListedColormap + import numpy as np + + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + # ======================================================================= + # 1. Plot Boundary Conditions + # ======================================================================= + print("Plotting boundary conditions...") + + # Create colormap for boundary conditions + # -1: CHD (blue), 2: WEL (red), 3: CNC (purple), 1: Active (white) + bc_colors = ['blue', 'white', 'red', 'purple'] + bc_cmap = ListedColormap(bc_colors) + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot ibound with custom colors + quadmesh = modelmap.plot_ibound(ibound=ibd) + + # Add legend + from matplotlib.patches import Patch + + legend_elements = [ + Patch(facecolor='blue', label='Constant Head (CHD)'), + Patch(facecolor='red', label='Well (WEL)'), + Patch(facecolor='purple', label='Contamination Source (CNC)'), + Patch(facecolor='white', label='Active Cell') + ] + ax.legend(handles=legend_elements, loc='upper right') + + ax.set_title("Boundary Conditions") + plt.savefig(os.path.join(workspace, "boundary_conditions.png")) + #plt.show() + + # ======================================================================= + # 2. Plot Head Distribution + # ======================================================================= + print("Plotting head distribution...") + + # Load head data + head_file = os.path.join(workspace, f"{gwfmodel_name}.hds") + hds = flopy.utils.HeadFile(head_file) + head = hds.get_data(kstpkper=(0, 0)) # First stress period + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot head contours + levels = np.linspace(head.min(), head.max(), 20) + contours = modelmap.contour_array(head, levels=levels, colors='black') + plt.clabel(contours, fmt="%.1f", fontsize=8) + + # Plot filled head contours + head_plot = modelmap.plot_array(head, cmap='viridis', alpha=0.7) + plt.colorbar(head_plot, shrink=0.5, label='Head (m)') + + # Plot boundary conditions + modelmap.plot_ibound(ibound=ibd, alpha=0.5) + + ax.set_title("Head Distribution") + plt.savefig(os.path.join(workspace, "head_distribution.png")) + #plt.show() + + # Plots if the model has more layers + + if Nlay > 1: + print("Plotting cross-section...") + fig, ax = plt.subplots(figsize=(12, 6)) + + # Create cross-section along row midpoint + row = N // 2 + xsect = flopy.plot.PlotCrossSection( + model=gwf, + ax=ax, + line={"row": row}, + geographic_coords=True + ) + + # Plot concentration in cross-section + conc_cross = xsect.plot_array(conc, cmap='viridis', alpha=0.8, vmin=0, vmax=550) + + # Plot grid lines + xsect.plot_grid(alpha=0.3) + + # Add colorbar + plt.colorbar(conc_cross, shrink=0.5, label="Concentration") + ax.set_title(f"Concentration Cross-Section (Row {row})") + plt.savefig(os.path.join(workspace, "concentration_cross_section.png")) + plt.show() + + print("All plots saved to:", workspace) + + # ======================================================================= + # POST-PROCESSING: Concentration Time Series at (0, 56, 26) + # ======================================================================= + print("\nGenerating concentration time series plot...") + + # Load concentration data + conc_file = os.path.join(workspace, f"{gwtname}.ucn") + conc_obj = flopy.utils.HeadFile(conc_file, text="CONCENTRATION") + + # Get all available times + times = conc_obj.get_times() + + # Extract concentration at specific cell (layer, row, col) = (0, 56, 26) + concentrations = [] + for time in times: + conc_data = conc_obj.get_data(totim=time) + concentrations.append(conc_data[0, 56, 26]) # Layer 0, Row 56, Column 26 + + # Create plot + plt.figure(figsize=(12, 6)) + plt.plot(times, concentrations, 'b-', linewidth=2, marker='o', markersize=5) + + # Add threshold line (example: 50 μg/L) + threshold = 0.1 + plt.axhline(y=threshold, color='r', linestyle='--', linewidth=1.5) + plt.text(times[-1] * 1.02, threshold, f'Threshold: {threshold}', + color='r', va='top') + + # Format plot + plt.title(f"Concentration at Cell (Layer 0, Row 56, Column 26)") + plt.xlabel("Time (days)") + plt.ylabel("Concentration (μg/L)") + plt.grid(True, alpha=0.3) + plt.tight_layout() + + # Save and show + plot_path = os.path.join(workspace, "concentration_time_series.png") + plt.savefig(plot_path) + print(f"Plot saved to: {plot_path}") + plt.show() + + +if __name__ == '__main__': + example_2_wells_12p() \ No newline at end of file diff --git a/src/notebooks/flopy_example_2_1p5p.py b/src/notebooks/flopy_example_2_1p5p.py new file mode 100644 index 0000000..bd657ab --- /dev/null +++ b/src/notebooks/flopy_example_2_1p5p.py @@ -0,0 +1,575 @@ + + +def example_2_wells_1p5p(): + # imports + import os + import matplotlib.colors as mcolors + import matplotlib.pyplot as plt + import numpy as np + import flopy + + # For this example, we will set up a temporary workspace. + # Model input files and output files will reside here. + dir_name = os.getcwd() + workspace = os.path.join(dir_name + '/models/mf6', "pumptreat_1p5p") + + # Set up workspace + model_name = "pumptreat" + gwfmodel_name = "gwf_pumptreat" + + # create flopy objects + h1 = 25 + h2 = 24.5 + Nlay = 1 + N = 101 + L = 100.0 + H = 30.0 + k = 1.0 + k33 = 0.3 + q = -0.75 + times = (3000.0, 250, 1.0) + con_max = 1000.0 + + # Create the Flopy simulation object + sim = flopy.mf6.MFSimulation( + sim_name=gwfmodel_name, exe_name="C:/Users/lucialabarca/mf6.6.2_win64/bin/mf6.exe", version="mf6", sim_ws=workspace + ) + + # Create the Flopy temporal discretization object + tdis = flopy.mf6.modflow.mftdis.ModflowTdis( + sim, pname="tdis", time_units="DAYS", nper=2, perioddata=[(1.0, 1, 1.0), times] + ) + + # Create the Flopy groundwater flow (gwf) model object + model_nam_file = f"{gwfmodel_name}.nam" + gwf = flopy.mf6.ModflowGwf(sim, modelname=gwfmodel_name, model_nam_file=model_nam_file, save_flows=True) + + # Solver for GWF (register this one FIRST) + ims_gwf = flopy.mf6.ModflowIms( + sim, + pname="ims_gwf", + filename=f"{gwfmodel_name}" + ".ims", + complexity="SIMPLE", + print_option="SUMMARY" + ) + sim.register_ims_package(ims_gwf, [gwf.name]) # Register only to GWF + + # Create the discretization package + bot = np.linspace(-H / Nlay, -H, Nlay) + delrow = delcol = L / (N - 1) + dis = flopy.mf6.modflow.mfgwfdis.ModflowGwfdis( + gwf, + pname="dis", + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + ) + + # Create the initial conditions package + start = h1 * np.ones((Nlay, N, N)) + ic = flopy.mf6.modflow.mfgwfic.ModflowGwfic(gwf, pname="ic", strt=start) + + # Node property flow - MUST HAVE pname + npf = flopy.mf6.ModflowGwfnpf( + gwf, + save_flows=True, + save_specific_discharge=True, + pname="npf", # Critical parameter + icelltype=1, + k=k, + k33=k33 + ) + + # Instantiating storage package + + sy = flopy.mf6.ModflowGwfsto.sy.empty( # pylint: disable-msg=invalid-name + gwf, + default_value=0.2 + ) + ss = flopy.mf6.ModflowGwfsto.ss.empty( # pylint: disable-msg=invalid-name + gwf, default_value=0.00001 + ) + + + sto = flopy.mf6.ModflowGwfsto( + gwf, + pname='sto', + save_flows=True, + iconvert=1, + ss=ss, + sy=sy, + steady_state={0: True}, + transient={index: True for index in range(1, len(times))}, + ) + + # Create the constant head package. + # List information is created a bit differently for + # MODFLOW 6 than for other MODFLOW versions. The + # cellid (layer, row, column, for a regular grid) + # must be entered as a tuple as the first entry. + # Remember that these must be zero-based indices! + chd_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'CHD-1' + } + chd_rec = [] + #chd_rec.append(((0, int(N), int(N)), h2)) + for layer in range(0, Nlay): + for row_col in range(0, N): + chd_rec.append(((layer, row_col, 0), h1, 0.0)) + chd_rec.append(((layer, row_col, N - 1), h2, 0.0)) + + chd = flopy.mf6.modflow.mfgwfchd.ModflowGwfchd( + gwf, + stress_period_data=chd_rec, + save_flows=True, + **chd_kwargs + ) + + # Create well package + # wel location at (1, + wel_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'WEL-1' + } + + wel_rec = { + 0: [], + 1: [ + ((0, int(N / 2.5), int(N / 4)), q, 0), + ((0, int(N / 3), int(N / 4)), q, 0), + ((0, int(N / 4), int(N / 4)), q, 0) + ] + } + wel = flopy.mf6.ModflowGwfwel( + gwf, + stress_period_data=wel_rec, + save_flows=True, + **wel_kwargs + ) + + # Create the output control package + headfile = f"{gwfmodel_name}.hds" + budgetfile = f"{gwfmodel_name}.bud" + saverecord = [("HEAD", "ALL"), ("BUDGET", "ALL")] + + oc = flopy.mf6.modflow.mfgwfoc.ModflowGwfoc( + gwf, + pname="gwfgwt", + budget_filerecord=budgetfile, + head_filerecord=headfile, + saverecord=saverecord, + ) + + # create gwt name + gwtname = "gwt_pumptreat" + # create transport model + gwt = flopy.mf6.MFModel( + sim, + model_type='gwt6', + modelname=gwtname, + model_nam_file=f'{gwtname}.nam' + ) + + + # Solver for GWT (register this one SECOND) + imsgwt = flopy.mf6.ModflowIms( + sim, + print_option="SUMMARY", + # outer_dvclose=hclose, + # outer_maximum=nouter, + under_relaxation="NONE", + # inner_maximum=ninner, + # inner_dvclose=hclose, + # rcloserecord=rclose, + linear_acceleration="BICGSTAB", + scaling_method="NONE", + reordering_method="NONE", + # relaxation_factor=relax, + filename=f'{gwtname}.ims', + pname='ims' + ) + + sim.register_ims_package(imsgwt, [gwt.name]) # Register only to GWT + + # 2. Add DIS package to GWT (MUST match GWF dimensions) + flopy.mf6.ModflowGwtdis( + gwt, + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + filename=f'{gwtname}.dis', + pname='dis' + ) + # 3. Initial concentration + flopy.mf6.ModflowGwtic( + gwt, + strt=0.0, + filename=f'{gwtname}.ic', + pname='ic') # Initial concentration = 0 everywhere + + # advection package + adv = flopy.mf6.ModflowGwtadv( + gwt, + scheme="UPSTREAM", + filename=f'{gwtname}.adv', + pname='adv') + + # dispersion package + dsp = flopy.mf6.ModflowGwtdsp(gwt, + alh=1.0, + ath1=0.5, + filename=f'{gwtname}.dsp', + pname='dsp') + + # Add MST package (Mass Storage and Transfer) — REQUIRED! + flopy.mf6.ModflowGwtmst(gwt, + porosity=0.2, + first_order_decay=False, + decay=None, + decay_sorbed=None, + sorption=None, + bulk_density=None, + distcoef=None, + filename=f'{gwtname}.mst', + pname='mst' + ) + + # Instantiating MODFLOW 6 transport source-sink mixing package + sourcerecarray = [ + ('CHD-1', 'AUX', 'CONCENTRATION'), + ] + sourcerecarray.append(('WEL-1', 'AUX', 'CONCENTRATION')) + + flopy.mf6.ModflowGwtssm( + gwt, + sources=sourcerecarray, + filename=f'{gwtname}.ssm', + pname='ssm' + ) + + + # CNC package + cnc_rec = [] + # Add contamination sources + cnc_rec.append(((0, int(N / 2.5), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 2.8), int(N / 4)), con_max)) # Second source + cnc_rec.append(((0, int(N / 2.4), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4)), con_max)) + cnc_rec.append(((0, int(N / 2.4), int(N / 4.3)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4.4)), con_max)) + + + # Create CNC package + cnc = flopy.mf6.ModflowGwtcnc( + gwt, + stress_period_data=cnc_rec, + pname="cnc" + ) + + # Output control for GWT + gwt_oc = flopy.mf6.ModflowGwtoc( + gwt, + budget_filerecord=f"{gwtname}.cbc", + concentration_filerecord=f"{gwtname}.ucn", + saverecord=[("CONCENTRATION", "LAST")], # REQUIRED to save .UCN + printrecord=[("CONCENTRATION", "LAST")], + filename=f"{gwtname}.oc", + ) + + # GWF-GWT exchange + flopy.mf6.ModflowGwfgwt(sim, + exgtype="GWF6-GWT6", + exgmnamea=gwfmodel_name, + exgmnameb=gwtname, + filename=f"{model_name}.gwfgwt") + + # Write and run + sim.write_simulation() + success, msg = sim.run_simulation() + print("Success:", success) + + + # Create modflow 6 input files + # Write and run + sim.write_simulation() + success, buff = sim.run_simulation() + print("Success:", success) + if not success: + print("\n".join(buff)) + + # visualize ----------------------------------------------------------------------------------- + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + iper = 0 + ra = chd.stress_period_data.get_data(key=iper) + ra + + # Read the binary head file and plot the results + # We can use the existing Flopy HeadFile class because + # the format of the headfile for MODFLOW 6 is the same + # as for previous MODFLOW verions + fname = os.path.join(workspace, headfile) + hds = flopy.utils.binaryfile.HeadFile(fname) + h = hds.get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + c = plt.contour(x, y, h[0]) + plt.clabel(c, fmt="%2.1f") + plt.title('Head file') + plt.axis("scaled") + #plt.show() + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + contours = modelmap.contour_array(h[0], levels=np.arange(90, 100.1, 0.2)) + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + + # Next we create an instance of the ModelMap class + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + pa = modelmap.plot_array(h[0]) + cb = plt.colorbar(pa, shrink=0.5) + + # plot well head layer 1 + # read binary file + h = gwf.output.head().get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + vmin, vmax = 90.0, 100.0 + contour_intervals = np.arange(90, 100.1, 1.0) + + # plot map layer 1 + fig = plt.figure(figsize=(6, 6)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + c = ax.contour(x, y, h[0], contour_intervals, colors="black") + plt.clabel(c, fmt="%2.1f") + + # plot ap using modflow 6 capabilities + fig, axes = plt.subplots(2, 1, figsize=(6, 12), constrained_layout=True) + # first subplot + ax = axes[0] + ax.set_title("Model Layer 1") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + # second subplot + ax = axes[1] + ax.set_title(f"Model Layer {Nlay}") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=Nlay - 1) + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + #plt.show() + + # visualize plume contamination + conc = gwt.output.concentration().get_data()[-1] + + fig = plt.figure(figsize=(10, 10)) + ax = plt.subplot(1, 1, 1, aspect="equal") + ax.set_title('Contamination Plume') + pmv = flopy.plot.PlotMapView(gwf) + c = pmv.plot_array(conc, cmap="jet") + pmv.contour_array(conc, levels=(0.0001, 0.001, 0.01, 0.1), colors="y") + plt.colorbar(c, shrink=0.5) + plt.savefig(os.path.join(workspace, "plume.png")) + #plt.show() + + # Save all plots + + import matplotlib.pyplot as plt + from matplotlib.colors import LinearSegmentedColormap, ListedColormap + import numpy as np + + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + # ======================================================================= + # 1. Plot Boundary Conditions + # ======================================================================= + print("Plotting boundary conditions...") + + # Create colormap for boundary conditions + # -1: CHD (blue), 2: WEL (red), 3: CNC (purple), 1: Active (white) + bc_colors = ['blue', 'white', 'red', 'purple'] + bc_cmap = ListedColormap(bc_colors) + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot ibound with custom colors + quadmesh = modelmap.plot_ibound(ibound=ibd) + + # Add legend + from matplotlib.patches import Patch + + legend_elements = [ + Patch(facecolor='blue', label='Constant Head (CHD)'), + Patch(facecolor='red', label='Well (WEL)'), + Patch(facecolor='purple', label='Contamination Source (CNC)'), + Patch(facecolor='white', label='Active Cell') + ] + ax.legend(handles=legend_elements, loc='upper right') + + ax.set_title("Boundary Conditions") + plt.savefig(os.path.join(workspace, "boundary_conditions.png")) + #plt.show() + + # ======================================================================= + # 2. Plot Head Distribution + # ======================================================================= + print("Plotting head distribution...") + + # Load head data + head_file = os.path.join(workspace, f"{gwfmodel_name}.hds") + hds = flopy.utils.HeadFile(head_file) + head = hds.get_data(kstpkper=(0, 0)) # First stress period + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot head contours + levels = np.linspace(head.min(), head.max(), 20) + contours = modelmap.contour_array(head, levels=levels, colors='black') + plt.clabel(contours, fmt="%.1f", fontsize=8) + + # Plot filled head contours + head_plot = modelmap.plot_array(head, cmap='viridis', alpha=0.7) + plt.colorbar(head_plot, shrink=0.5, label='Head (m)') + + # Plot boundary conditions + modelmap.plot_ibound(ibound=ibd, alpha=0.5) + + ax.set_title("Head Distribution") + plt.savefig(os.path.join(workspace, "head_distribution.png")) + #plt.show() + + # Plots if the model has more layers + + if Nlay > 1: + print("Plotting cross-section...") + fig, ax = plt.subplots(figsize=(12, 6)) + + # Create cross-section along row midpoint + row = N // 2 + xsect = flopy.plot.PlotCrossSection( + model=gwf, + ax=ax, + line={"row": row}, + geographic_coords=True + ) + + # Plot concentration in cross-section + conc_cross = xsect.plot_array(conc, cmap='viridis', alpha=0.8, vmin=0, vmax=550) + + # Plot grid lines + xsect.plot_grid(alpha=0.3) + + # Add colorbar + plt.colorbar(conc_cross, shrink=0.5, label="Concentration") + ax.set_title(f"Concentration Cross-Section (Row {row})") + plt.savefig(os.path.join(workspace, "concentration_cross_section.png")) + plt.show() + + print("All plots saved to:", workspace) + + # ======================================================================= + # POST-PROCESSING: Concentration Time Series at (0, 56, 26) + # ======================================================================= + print("\nGenerating concentration time series plot...") + + # Load concentration data + conc_file = os.path.join(workspace, f"{gwtname}.ucn") + conc_obj = flopy.utils.HeadFile(conc_file, text="CONCENTRATION") + + # Get all available times + times = conc_obj.get_times() + + # Extract concentration at specific cell (layer, row, col) = (0, 56, 26) + concentrations = [] + for time in times: + conc_data = conc_obj.get_data(totim=time) + concentrations.append(conc_data[0, 56, 26]) # Layer 0, Row 56, Column 26 + + # Create plot + plt.figure(figsize=(12, 6)) + plt.plot(times, concentrations, 'b-', linewidth=2, marker='o', markersize=5) + + # Add threshold line (example: 50 μg/L) + threshold = 0.1 + plt.axhline(y=threshold, color='r', linestyle='--', linewidth=1.5) + plt.text(times[-1] * 1.02, threshold, f'Threshold: {threshold}', + color='r', va='top') + + # Format plot + plt.title(f"Concentration at Cell (Layer 0, Row 56, Column 26)") + plt.xlabel("Time (days)") + plt.ylabel("Concentration (μg/L)") + plt.grid(True, alpha=0.3) + plt.tight_layout() + + # Save and show + plot_path = os.path.join(workspace, "concentration_time_series.png") + plt.savefig(plot_path) + print(f"Plot saved to: {plot_path}") + plt.show() + + +if __name__ == '__main__': + example_2_wells_1p5p() \ No newline at end of file diff --git a/src/notebooks/flopy_example_2_25p.py b/src/notebooks/flopy_example_2_25p.py new file mode 100644 index 0000000..dd8efc2 --- /dev/null +++ b/src/notebooks/flopy_example_2_25p.py @@ -0,0 +1,445 @@ + + +def example_2_wells_25p(): + # imports + import os + import matplotlib.colors as mcolors + import matplotlib.pyplot as plt + import numpy as np + import flopy + + # For this example, we will set up a temporary workspace. + # Model input files and output files will reside here. + dir_name = os.getcwd() + workspace = os.path.join(dir_name + '/models/mf6', "pumptreat_25p") + + # Set up workspace + model_name = "pumptreat" + gwfmodel_name = "gwf_pumptreat" + + # create flopy objects + h1 = 25 + h2 = 24.5 + Nlay = 1 + N = 101 + L = 100.0 + H = 30.0 + k = 1.0 + k33 = 0.3 + q = -12.5 + times = (3000.0, 250, 1.0) + con_max = 1000.0 + + # Create the Flopy simulation object + sim = flopy.mf6.MFSimulation( + sim_name=gwfmodel_name, exe_name="C:/Users/lucialabarca/mf6.6.2_win64/bin/mf6.exe", version="mf6", sim_ws=workspace + ) + + # Create the Flopy temporal discretization object + tdis = flopy.mf6.modflow.mftdis.ModflowTdis( + sim, pname="tdis", time_units="DAYS", nper=2, perioddata=[(1.0, 1, 1.0), times] + ) + + # Create the Flopy groundwater flow (gwf) model object + model_nam_file = f"{gwfmodel_name}.nam" + gwf = flopy.mf6.ModflowGwf(sim, modelname=gwfmodel_name, model_nam_file=model_nam_file, save_flows=True) + + # Solver for GWF (register this one FIRST) + ims_gwf = flopy.mf6.ModflowIms( + sim, + pname="ims_gwf", + filename=f"{gwfmodel_name}" + ".ims", + complexity="SIMPLE", + print_option="SUMMARY" + ) + sim.register_ims_package(ims_gwf, [gwf.name]) # Register only to GWF + + # Create the discretization package + bot = np.linspace(-H / Nlay, -H, Nlay) + delrow = delcol = L / (N - 1) + dis = flopy.mf6.modflow.mfgwfdis.ModflowGwfdis( + gwf, + pname="dis", + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + ) + + # Create the initial conditions package + start = h1 * np.ones((Nlay, N, N)) + ic = flopy.mf6.modflow.mfgwfic.ModflowGwfic(gwf, pname="ic", strt=start) + + # Node property flow - MUST HAVE pname + npf = flopy.mf6.ModflowGwfnpf( + gwf, + save_flows=True, + save_specific_discharge=True, + pname="npf", # Critical parameter + icelltype=1, + k=k, + k33=k33 + ) + + # Instantiating storage package + + sy = flopy.mf6.ModflowGwfsto.sy.empty( # pylint: disable-msg=invalid-name + gwf, + default_value=0.2 + ) + ss = flopy.mf6.ModflowGwfsto.ss.empty( # pylint: disable-msg=invalid-name + gwf, default_value=0.00001 + ) + + + sto = flopy.mf6.ModflowGwfsto( + gwf, + pname='sto', + save_flows=True, + iconvert=1, + ss=ss, + sy=sy, + steady_state={0: True}, + transient={index: True for index in range(1, len(times))}, + ) + + # Create the constant head package. + # List information is created a bit differently for + # MODFLOW 6 than for other MODFLOW versions. The + # cellid (layer, row, column, for a regular grid) + # must be entered as a tuple as the first entry. + # Remember that these must be zero-based indices! + chd_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'CHD-1' + } + chd_rec = [] + #chd_rec.append(((0, int(N), int(N)), h2)) + for layer in range(0, Nlay): + for row_col in range(0, N): + chd_rec.append(((layer, row_col, 0), h1, 0.0)) + chd_rec.append(((layer, row_col, N - 1), h2, 0.0)) + + chd = flopy.mf6.modflow.mfgwfchd.ModflowGwfchd( + gwf, + stress_period_data=chd_rec, + save_flows=True, + **chd_kwargs + ) + + # Create well package + # wel location at (1, + wel_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'WEL-1' + } + + wel_rec = { + 0: [], + 1: [ + ((0, int(N / 2.5), int(N / 4)), q, 0), + ((0, int(N / 3), int(N / 4)), q, 0), + ((0, int(N / 4), int(N / 4)), q, 0) + ] + } + wel = flopy.mf6.ModflowGwfwel( + gwf, + stress_period_data=wel_rec, + save_flows=True, + **wel_kwargs + ) + + # Create the output control package + headfile = f"{gwfmodel_name}.hds" + budgetfile = f"{gwfmodel_name}.bud" + saverecord = [("HEAD", "ALL"), ("BUDGET", "ALL")] + + oc = flopy.mf6.modflow.mfgwfoc.ModflowGwfoc( + gwf, + pname="gwfgwt", + budget_filerecord=budgetfile, + head_filerecord=headfile, + saverecord=saverecord, + ) + + # create gwt name + gwtname = "gwt_pumptreat" + # create transport model + gwt = flopy.mf6.MFModel( + sim, + model_type='gwt6', + modelname=gwtname, + model_nam_file=f'{gwtname}.nam' + ) + + + # Solver for GWT (register this one SECOND) + imsgwt = flopy.mf6.ModflowIms( + sim, + print_option="SUMMARY", + # outer_dvclose=hclose, + # outer_maximum=nouter, + under_relaxation="NONE", + # inner_maximum=ninner, + # inner_dvclose=hclose, + # rcloserecord=rclose, + linear_acceleration="BICGSTAB", + scaling_method="NONE", + reordering_method="NONE", + # relaxation_factor=relax, + filename=f'{gwtname}.ims', + pname='ims' + ) + + sim.register_ims_package(imsgwt, [gwt.name]) # Register only to GWT + + # 2. Add DIS package to GWT (MUST match GWF dimensions) + flopy.mf6.ModflowGwtdis( + gwt, + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + filename=f'{gwtname}.dis', + pname='dis' + ) + # 3. Initial concentration + flopy.mf6.ModflowGwtic( + gwt, + strt=0.0, + filename=f'{gwtname}.ic', + pname='ic') # Initial concentration = 0 everywhere + + # advection package + adv = flopy.mf6.ModflowGwtadv( + gwt, + scheme="UPSTREAM", + filename=f'{gwtname}.adv', + pname='adv') + + # dispersion package + dsp = flopy.mf6.ModflowGwtdsp(gwt, + alh=1.0, + ath1=0.5, + filename=f'{gwtname}.dsp', + pname='dsp') + + # Add MST package (Mass Storage and Transfer) — REQUIRED! + flopy.mf6.ModflowGwtmst(gwt, + porosity=0.2, + first_order_decay=False, + decay=None, + decay_sorbed=None, + sorption=None, + bulk_density=None, + distcoef=None, + filename=f'{gwtname}.mst', + pname='mst' + ) + + # Instantiating MODFLOW 6 transport source-sink mixing package + sourcerecarray = [ + ('CHD-1', 'AUX', 'CONCENTRATION'), + ] + sourcerecarray.append(('WEL-1', 'AUX', 'CONCENTRATION')) + + flopy.mf6.ModflowGwtssm( + gwt, + sources=sourcerecarray, + filename=f'{gwtname}.ssm', + pname='ssm' + ) + + + # CNC package + cnc_rec = [] + # Add contamination sources + cnc_rec.append(((0, int(N / 2.5), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 2.8), int(N / 4)), con_max)) # Second source + cnc_rec.append(((0, int(N / 2.4), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4)), con_max)) + cnc_rec.append(((0, int(N / 2.4), int(N / 4.3)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4.4)), con_max)) + + + # Create CNC package + cnc = flopy.mf6.ModflowGwtcnc( + gwt, + stress_period_data=cnc_rec, + pname="cnc" + ) + + # Output control for GWT + gwt_oc = flopy.mf6.ModflowGwtoc( + gwt, + budget_filerecord=f"{gwtname}.cbc", + concentration_filerecord=f"{gwtname}.ucn", + saverecord=[("CONCENTRATION", "LAST")], # REQUIRED to save .UCN + printrecord=[("CONCENTRATION", "LAST")], + filename=f"{gwtname}.oc", + ) + + # GWF-GWT exchange + flopy.mf6.ModflowGwfgwt(sim, + exgtype="GWF6-GWT6", + exgmnamea=gwfmodel_name, + exgmnameb=gwtname, + filename=f"{model_name}.gwfgwt") + + # Write and run + sim.write_simulation() + success, msg = sim.run_simulation() + print("Success:", success) + + + # Create modflow 6 input files + # Write and run + sim.write_simulation() + success, buff = sim.run_simulation() + print("Success:", success) + if not success: + print("\n".join(buff)) + + # visualize ----------------------------------------------------------------------------------- + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + iper = 0 + ra = chd.stress_period_data.get_data(key=iper) + ra + + # Read the binary head file and plot the results + # We can use the existing Flopy HeadFile class because + # the format of the headfile for MODFLOW 6 is the same + # as for previous MODFLOW verions + fname = os.path.join(workspace, headfile) + hds = flopy.utils.binaryfile.HeadFile(fname) + h = hds.get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + c = plt.contour(x, y, h[0]) + plt.clabel(c, fmt="%2.1f") + plt.title('Head file') + plt.axis("scaled") + #plt.show() + + # ======================================================================= + # 2. Plot Head Distribution + # ======================================================================= + print("Plotting head distribution...") + + # Load head data + head_file = os.path.join(workspace, f"{gwfmodel_name}.hds") + hds = flopy.utils.HeadFile(head_file) + head = hds.get_data(kstpkper=(0, 0)) # First stress period + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot head contours + levels = np.linspace(head.min(), head.max(), 20) + contours = modelmap.contour_array(head, levels=levels, colors='black') + plt.clabel(contours, fmt="%.1f", fontsize=8) + + # Plot filled head contours + head_plot = modelmap.plot_array(head, cmap='viridis', alpha=0.7) + plt.colorbar(head_plot, shrink=0.5, label='Head (m)') + + # Plot boundary conditions + modelmap.plot_ibound(ibound=ibd, alpha=0.5) + + ax.set_title("Head Distribution") + plt.savefig(os.path.join(workspace, "head_distribution.png")) + #plt.show() + + # Plots if the model has more layers + + if Nlay > 1: + print("Plotting cross-section...") + fig, ax = plt.subplots(figsize=(12, 6)) + + # Create cross-section along row midpoint + row = N // 2 + xsect = flopy.plot.PlotCrossSection( + model=gwf, + ax=ax, + line={"row": row}, + geographic_coords=True + ) + + # Plot concentration in cross-section + conc_cross = xsect.plot_array(conc, cmap='viridis', alpha=0.8, vmin=0, vmax=550) + + # Plot grid lines + xsect.plot_grid(alpha=0.3) + + # Add colorbar + plt.colorbar(conc_cross, shrink=0.5, label="Concentration") + ax.set_title(f"Concentration Cross-Section (Row {row})") + plt.savefig(os.path.join(workspace, "concentration_cross_section.png")) + plt.show() + + print("All plots saved to:", workspace) + + # ======================================================================= + # POST-PROCESSING: Concentration Time Series at (0, 56, 26) + # ======================================================================= + print("\nGenerating concentration time series plot...") + + # Load concentration data + conc_file = os.path.join(workspace, f"{gwtname}.ucn") + conc_obj = flopy.utils.HeadFile(conc_file, text="CONCENTRATION") + + # Get all available times + times = conc_obj.get_times() + + # Extract concentration at specific cell (layer, row, col) = (0, 56, 26) + concentrations = [] + for time in times: + conc_data = conc_obj.get_data(totim=time) + concentrations.append(conc_data[0, 56, 26]) # Layer 0, Row 56, Column 26 + + # Create plot + plt.figure(figsize=(12, 6)) + plt.plot(times, concentrations, 'b-', linewidth=2, marker='o', markersize=5) + + # Add threshold line (example: 50 μg/L) + threshold = 0.1 + plt.axhline(y=threshold, color='r', linestyle='--', linewidth=1.5) + plt.text(times[-1] * 1.02, threshold, f'Threshold: {threshold}', + color='r', va='top') + + # Format plot + plt.title(f"Concentration at Cell (Layer 0, Row 56, Column 26)") + plt.xlabel("Time (days)") + plt.ylabel("Concentration (μg/L)") + plt.grid(True, alpha=0.3) + plt.tight_layout() + + # Save and show + plot_path = os.path.join(workspace, "concentration_time_series.png") + plt.savefig(plot_path) + print(f"Plot saved to: {plot_path}") + plt.show() + + +if __name__ == '__main__': + example_2_wells_25p() \ No newline at end of file diff --git a/src/notebooks/flopy_example_2_3p.py b/src/notebooks/flopy_example_2_3p.py new file mode 100644 index 0000000..a85e30e --- /dev/null +++ b/src/notebooks/flopy_example_2_3p.py @@ -0,0 +1,575 @@ + + +def example_2_wells_3p(): + # imports + import os + import matplotlib.colors as mcolors + import matplotlib.pyplot as plt + import numpy as np + import flopy + + # For this example, we will set up a temporary workspace. + # Model input files and output files will reside here. + dir_name = os.getcwd() + workspace = os.path.join(dir_name + '/models/mf6', "pumptreat_3p") + + # Set up workspace + model_name = "pumptreat" + gwfmodel_name = "gwf_pumptreat" + + # create flopy objects + h1 = 25 + h2 = 24.5 + Nlay = 1 + N = 101 + L = 100.0 + H = 30.0 + k = 1.0 + k33 = 0.3 + q = -1.5 + times = (3000.0, 250, 1.0) + con_max = 1000.0 + + # Create the Flopy simulation object + sim = flopy.mf6.MFSimulation( + sim_name=gwfmodel_name, exe_name="C:/Users/lucialabarca/mf6.6.2_win64/bin/mf6.exe", version="mf6", sim_ws=workspace + ) + + # Create the Flopy temporal discretization object + tdis = flopy.mf6.modflow.mftdis.ModflowTdis( + sim, pname="tdis", time_units="DAYS", nper=2, perioddata=[(1.0, 1, 1.0), times] + ) + + # Create the Flopy groundwater flow (gwf) model object + model_nam_file = f"{gwfmodel_name}.nam" + gwf = flopy.mf6.ModflowGwf(sim, modelname=gwfmodel_name, model_nam_file=model_nam_file, save_flows=True) + + # Solver for GWF (register this one FIRST) + ims_gwf = flopy.mf6.ModflowIms( + sim, + pname="ims_gwf", + filename=f"{gwfmodel_name}" + ".ims", + complexity="SIMPLE", + print_option="SUMMARY" + ) + sim.register_ims_package(ims_gwf, [gwf.name]) # Register only to GWF + + # Create the discretization package + bot = np.linspace(-H / Nlay, -H, Nlay) + delrow = delcol = L / (N - 1) + dis = flopy.mf6.modflow.mfgwfdis.ModflowGwfdis( + gwf, + pname="dis", + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + ) + + # Create the initial conditions package + start = h1 * np.ones((Nlay, N, N)) + ic = flopy.mf6.modflow.mfgwfic.ModflowGwfic(gwf, pname="ic", strt=start) + + # Node property flow - MUST HAVE pname + npf = flopy.mf6.ModflowGwfnpf( + gwf, + save_flows=True, + save_specific_discharge=True, + pname="npf", # Critical parameter + icelltype=1, + k=k, + k33=k33 + ) + + # Instantiating storage package + + sy = flopy.mf6.ModflowGwfsto.sy.empty( # pylint: disable-msg=invalid-name + gwf, + default_value=0.2 + ) + ss = flopy.mf6.ModflowGwfsto.ss.empty( # pylint: disable-msg=invalid-name + gwf, default_value=0.00001 + ) + + + sto = flopy.mf6.ModflowGwfsto( + gwf, + pname='sto', + save_flows=True, + iconvert=1, + ss=ss, + sy=sy, + steady_state={0: True}, + transient={index: True for index in range(1, len(times))}, + ) + + # Create the constant head package. + # List information is created a bit differently for + # MODFLOW 6 than for other MODFLOW versions. The + # cellid (layer, row, column, for a regular grid) + # must be entered as a tuple as the first entry. + # Remember that these must be zero-based indices! + chd_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'CHD-1' + } + chd_rec = [] + #chd_rec.append(((0, int(N), int(N)), h2)) + for layer in range(0, Nlay): + for row_col in range(0, N): + chd_rec.append(((layer, row_col, 0), h1, 0.0)) + chd_rec.append(((layer, row_col, N - 1), h2, 0.0)) + + chd = flopy.mf6.modflow.mfgwfchd.ModflowGwfchd( + gwf, + stress_period_data=chd_rec, + save_flows=True, + **chd_kwargs + ) + + # Create well package + # wel location at (1, + wel_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'WEL-1' + } + + wel_rec = { + 0: [], + 1: [ + ((0, int(N / 2.5), int(N / 4)), q, 0), + ((0, int(N / 3), int(N / 4)), q, 0), + ((0, int(N / 4), int(N / 4)), q, 0) + ] + } + wel = flopy.mf6.ModflowGwfwel( + gwf, + stress_period_data=wel_rec, + save_flows=True, + **wel_kwargs + ) + + # Create the output control package + headfile = f"{gwfmodel_name}.hds" + budgetfile = f"{gwfmodel_name}.bud" + saverecord = [("HEAD", "ALL"), ("BUDGET", "ALL")] + + oc = flopy.mf6.modflow.mfgwfoc.ModflowGwfoc( + gwf, + pname="gwfgwt", + budget_filerecord=budgetfile, + head_filerecord=headfile, + saverecord=saverecord, + ) + + # create gwt name + gwtname = "gwt_pumptreat" + # create transport model + gwt = flopy.mf6.MFModel( + sim, + model_type='gwt6', + modelname=gwtname, + model_nam_file=f'{gwtname}.nam' + ) + + + # Solver for GWT (register this one SECOND) + imsgwt = flopy.mf6.ModflowIms( + sim, + print_option="SUMMARY", + # outer_dvclose=hclose, + # outer_maximum=nouter, + under_relaxation="NONE", + # inner_maximum=ninner, + # inner_dvclose=hclose, + # rcloserecord=rclose, + linear_acceleration="BICGSTAB", + scaling_method="NONE", + reordering_method="NONE", + # relaxation_factor=relax, + filename=f'{gwtname}.ims', + pname='ims' + ) + + sim.register_ims_package(imsgwt, [gwt.name]) # Register only to GWT + + # 2. Add DIS package to GWT (MUST match GWF dimensions) + flopy.mf6.ModflowGwtdis( + gwt, + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + filename=f'{gwtname}.dis', + pname='dis' + ) + # 3. Initial concentration + flopy.mf6.ModflowGwtic( + gwt, + strt=0.0, + filename=f'{gwtname}.ic', + pname='ic') # Initial concentration = 0 everywhere + + # advection package + adv = flopy.mf6.ModflowGwtadv( + gwt, + scheme="UPSTREAM", + filename=f'{gwtname}.adv', + pname='adv') + + # dispersion package + dsp = flopy.mf6.ModflowGwtdsp(gwt, + alh=1.0, + ath1=0.5, + filename=f'{gwtname}.dsp', + pname='dsp') + + # Add MST package (Mass Storage and Transfer) — REQUIRED! + flopy.mf6.ModflowGwtmst(gwt, + porosity=0.2, + first_order_decay=False, + decay=None, + decay_sorbed=None, + sorption=None, + bulk_density=None, + distcoef=None, + filename=f'{gwtname}.mst', + pname='mst' + ) + + # Instantiating MODFLOW 6 transport source-sink mixing package + sourcerecarray = [ + ('CHD-1', 'AUX', 'CONCENTRATION'), + ] + sourcerecarray.append(('WEL-1', 'AUX', 'CONCENTRATION')) + + flopy.mf6.ModflowGwtssm( + gwt, + sources=sourcerecarray, + filename=f'{gwtname}.ssm', + pname='ssm' + ) + + + # CNC package + cnc_rec = [] + # Add contamination sources + cnc_rec.append(((0, int(N / 2.5), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 2.8), int(N / 4)), con_max)) # Second source + cnc_rec.append(((0, int(N / 2.4), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4)), con_max)) + cnc_rec.append(((0, int(N / 2.4), int(N / 4.3)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4.4)), con_max)) + + + # Create CNC package + cnc = flopy.mf6.ModflowGwtcnc( + gwt, + stress_period_data=cnc_rec, + pname="cnc" + ) + + # Output control for GWT + gwt_oc = flopy.mf6.ModflowGwtoc( + gwt, + budget_filerecord=f"{gwtname}.cbc", + concentration_filerecord=f"{gwtname}.ucn", + saverecord=[("CONCENTRATION", "LAST")], # REQUIRED to save .UCN + printrecord=[("CONCENTRATION", "LAST")], + filename=f"{gwtname}.oc", + ) + + # GWF-GWT exchange + flopy.mf6.ModflowGwfgwt(sim, + exgtype="GWF6-GWT6", + exgmnamea=gwfmodel_name, + exgmnameb=gwtname, + filename=f"{model_name}.gwfgwt") + + # Write and run + sim.write_simulation() + success, msg = sim.run_simulation() + print("Success:", success) + + + # Create modflow 6 input files + # Write and run + sim.write_simulation() + success, buff = sim.run_simulation() + print("Success:", success) + if not success: + print("\n".join(buff)) + + # visualize ----------------------------------------------------------------------------------- + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + iper = 0 + ra = chd.stress_period_data.get_data(key=iper) + ra + + # Read the binary head file and plot the results + # We can use the existing Flopy HeadFile class because + # the format of the headfile for MODFLOW 6 is the same + # as for previous MODFLOW verions + fname = os.path.join(workspace, headfile) + hds = flopy.utils.binaryfile.HeadFile(fname) + h = hds.get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + c = plt.contour(x, y, h[0]) + plt.clabel(c, fmt="%2.1f") + plt.title('Head file') + plt.axis("scaled") + #plt.show() + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + contours = modelmap.contour_array(h[0], levels=np.arange(90, 100.1, 0.2)) + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + + # Next we create an instance of the ModelMap class + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + pa = modelmap.plot_array(h[0]) + cb = plt.colorbar(pa, shrink=0.5) + + # plot well head layer 1 + # read binary file + h = gwf.output.head().get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + vmin, vmax = 90.0, 100.0 + contour_intervals = np.arange(90, 100.1, 1.0) + + # plot map layer 1 + fig = plt.figure(figsize=(6, 6)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + c = ax.contour(x, y, h[0], contour_intervals, colors="black") + plt.clabel(c, fmt="%2.1f") + + # plot ap using modflow 6 capabilities + fig, axes = plt.subplots(2, 1, figsize=(6, 12), constrained_layout=True) + # first subplot + ax = axes[0] + ax.set_title("Model Layer 1") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + # second subplot + ax = axes[1] + ax.set_title(f"Model Layer {Nlay}") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=Nlay - 1) + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + #plt.show() + + # visualize plume contamination + conc = gwt.output.concentration().get_data()[-1] + + fig = plt.figure(figsize=(10, 10)) + ax = plt.subplot(1, 1, 1, aspect="equal") + ax.set_title('Contamination Plume') + pmv = flopy.plot.PlotMapView(gwf) + c = pmv.plot_array(conc, cmap="jet") + pmv.contour_array(conc, levels=(0.0001, 0.001, 0.01, 0.1), colors="y") + plt.colorbar(c, shrink=0.5) + plt.savefig(os.path.join(workspace, "plume.png")) + #plt.show() + + # Save all plots + + import matplotlib.pyplot as plt + from matplotlib.colors import LinearSegmentedColormap, ListedColormap + import numpy as np + + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + # ======================================================================= + # 1. Plot Boundary Conditions + # ======================================================================= + print("Plotting boundary conditions...") + + # Create colormap for boundary conditions + # -1: CHD (blue), 2: WEL (red), 3: CNC (purple), 1: Active (white) + bc_colors = ['blue', 'white', 'red', 'purple'] + bc_cmap = ListedColormap(bc_colors) + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot ibound with custom colors + quadmesh = modelmap.plot_ibound(ibound=ibd) + + # Add legend + from matplotlib.patches import Patch + + legend_elements = [ + Patch(facecolor='blue', label='Constant Head (CHD)'), + Patch(facecolor='red', label='Well (WEL)'), + Patch(facecolor='purple', label='Contamination Source (CNC)'), + Patch(facecolor='white', label='Active Cell') + ] + ax.legend(handles=legend_elements, loc='upper right') + + ax.set_title("Boundary Conditions") + plt.savefig(os.path.join(workspace, "boundary_conditions.png")) + #plt.show() + + # ======================================================================= + # 2. Plot Head Distribution + # ======================================================================= + print("Plotting head distribution...") + + # Load head data + head_file = os.path.join(workspace, f"{gwfmodel_name}.hds") + hds = flopy.utils.HeadFile(head_file) + head = hds.get_data(kstpkper=(0, 0)) # First stress period + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot head contours + levels = np.linspace(head.min(), head.max(), 20) + contours = modelmap.contour_array(head, levels=levels, colors='black') + plt.clabel(contours, fmt="%.1f", fontsize=8) + + # Plot filled head contours + head_plot = modelmap.plot_array(head, cmap='viridis', alpha=0.7) + plt.colorbar(head_plot, shrink=0.5, label='Head (m)') + + # Plot boundary conditions + modelmap.plot_ibound(ibound=ibd, alpha=0.5) + + ax.set_title("Head Distribution") + plt.savefig(os.path.join(workspace, "head_distribution.png")) + #plt.show() + + # Plots if the model has more layers + + if Nlay > 1: + print("Plotting cross-section...") + fig, ax = plt.subplots(figsize=(12, 6)) + + # Create cross-section along row midpoint + row = N // 2 + xsect = flopy.plot.PlotCrossSection( + model=gwf, + ax=ax, + line={"row": row}, + geographic_coords=True + ) + + # Plot concentration in cross-section + conc_cross = xsect.plot_array(conc, cmap='viridis', alpha=0.8, vmin=0, vmax=550) + + # Plot grid lines + xsect.plot_grid(alpha=0.3) + + # Add colorbar + plt.colorbar(conc_cross, shrink=0.5, label="Concentration") + ax.set_title(f"Concentration Cross-Section (Row {row})") + plt.savefig(os.path.join(workspace, "concentration_cross_section.png")) + plt.show() + + print("All plots saved to:", workspace) + + # ======================================================================= + # POST-PROCESSING: Concentration Time Series at (0, 56, 26) + # ======================================================================= + print("\nGenerating concentration time series plot...") + + # Load concentration data + conc_file = os.path.join(workspace, f"{gwtname}.ucn") + conc_obj = flopy.utils.HeadFile(conc_file, text="CONCENTRATION") + + # Get all available times + times = conc_obj.get_times() + + # Extract concentration at specific cell (layer, row, col) = (0, 56, 26) + concentrations = [] + for time in times: + conc_data = conc_obj.get_data(totim=time) + concentrations.append(conc_data[0, 56, 26]) # Layer 0, Row 56, Column 26 + + # Create plot + plt.figure(figsize=(12, 6)) + plt.plot(times, concentrations, 'b-', linewidth=2, marker='o', markersize=5) + + # Add threshold line (example: 50 μg/L) + threshold = 0.1 + plt.axhline(y=threshold, color='r', linestyle='--', linewidth=1.5) + plt.text(times[-1] * 1.02, threshold, f'Threshold: {threshold}', + color='r', va='top') + + # Format plot + plt.title(f"Concentration at Cell (Layer 0, Row 56, Column 26)") + plt.xlabel("Time (days)") + plt.ylabel("Concentration (μg/L)") + plt.grid(True, alpha=0.3) + plt.tight_layout() + + # Save and show + plot_path = os.path.join(workspace, "concentration_time_series.png") + plt.savefig(plot_path) + print(f"Plot saved to: {plot_path}") + plt.show() + + +if __name__ == '__main__': + example_2_wells_3p() \ No newline at end of file diff --git a/src/notebooks/flopy_example_2_50p.py b/src/notebooks/flopy_example_2_50p.py new file mode 100644 index 0000000..cec2c64 --- /dev/null +++ b/src/notebooks/flopy_example_2_50p.py @@ -0,0 +1,575 @@ + + +def example_2_wells(): + # imports + import os + import matplotlib.colors as mcolors + import matplotlib.pyplot as plt + import numpy as np + import flopy + + # For this example, we will set up a temporary workspace. + # Model input files and output files will reside here. + dir_name = os.getcwd() + workspace = os.path.join(dir_name + '/models/mf6', "pumptreat_50p") + + # Set up workspace + model_name = "pumptreat" + gwfmodel_name = "gwf_pumptreat" + + # create flopy objects + h1 = 25 + h2 = 24.5 + Nlay = 1 + N = 101 + L = 100.0 + H = 30.0 + k = 1.0 + k33 = 0.3 + q = -25.00 + times = (3000.0, 250, 1.0) + con_max = 1000.0 + + # Create the Flopy simulation object + sim = flopy.mf6.MFSimulation( + sim_name=gwfmodel_name, exe_name="C:/Users/lucialabarca/mf6.6.2_win64/bin/mf6.exe", version="mf6", sim_ws=workspace + ) + + # Create the Flopy temporal discretization object + tdis = flopy.mf6.modflow.mftdis.ModflowTdis( + sim, pname="tdis", time_units="DAYS", nper=2, perioddata=[(1.0, 1, 1.0), times] + ) + + # Create the Flopy groundwater flow (gwf) model object + model_nam_file = f"{gwfmodel_name}.nam" + gwf = flopy.mf6.ModflowGwf(sim, modelname=gwfmodel_name, model_nam_file=model_nam_file, save_flows=True) + + # Solver for GWF (register this one FIRST) + ims_gwf = flopy.mf6.ModflowIms( + sim, + pname="ims_gwf", + filename=f"{gwfmodel_name}" + ".ims", + complexity="SIMPLE", + print_option="SUMMARY" + ) + sim.register_ims_package(ims_gwf, [gwf.name]) # Register only to GWF + + # Create the discretization package + bot = np.linspace(-H / Nlay, -H, Nlay) + delrow = delcol = L / (N - 1) + dis = flopy.mf6.modflow.mfgwfdis.ModflowGwfdis( + gwf, + pname="dis", + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + ) + + # Create the initial conditions package + start = h1 * np.ones((Nlay, N, N)) + ic = flopy.mf6.modflow.mfgwfic.ModflowGwfic(gwf, pname="ic", strt=start) + + # Node property flow - MUST HAVE pname + npf = flopy.mf6.ModflowGwfnpf( + gwf, + save_flows=True, + save_specific_discharge=True, + pname="npf", # Critical parameter + icelltype=1, + k=k, + k33=k33 + ) + + # Instantiating storage package + + sy = flopy.mf6.ModflowGwfsto.sy.empty( # pylint: disable-msg=invalid-name + gwf, + default_value=0.2 + ) + ss = flopy.mf6.ModflowGwfsto.ss.empty( # pylint: disable-msg=invalid-name + gwf, default_value=0.00001 + ) + + + sto = flopy.mf6.ModflowGwfsto( + gwf, + pname='sto', + save_flows=True, + iconvert=1, + ss=ss, + sy=sy, + steady_state={0: True}, + transient={index: True for index in range(1, len(times))}, + ) + + # Create the constant head package. + # List information is created a bit differently for + # MODFLOW 6 than for other MODFLOW versions. The + # cellid (layer, row, column, for a regular grid) + # must be entered as a tuple as the first entry. + # Remember that these must be zero-based indices! + chd_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'CHD-1' + } + chd_rec = [] + #chd_rec.append(((0, int(N), int(N)), h2)) + for layer in range(0, Nlay): + for row_col in range(0, N): + chd_rec.append(((layer, row_col, 0), h1, 0.0)) + chd_rec.append(((layer, row_col, N - 1), h2, 0.0)) + + chd = flopy.mf6.modflow.mfgwfchd.ModflowGwfchd( + gwf, + stress_period_data=chd_rec, + save_flows=True, + **chd_kwargs + ) + + # Create well package + # wel location at (1, + wel_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'WEL-1' + } + + wel_rec = { + 0: [], + 1: [ + ((0, int(N / 2.5), int(N / 4)), q, 0), + ((0, int(N / 3), int(N / 4)), q, 0), + ((0, int(N / 4), int(N / 4)), q, 0) + ] + } + wel = flopy.mf6.ModflowGwfwel( + gwf, + stress_period_data=wel_rec, + save_flows=True, + **wel_kwargs + ) + + # Create the output control package + headfile = f"{gwfmodel_name}.hds" + budgetfile = f"{gwfmodel_name}.bud" + saverecord = [("HEAD", "ALL"), ("BUDGET", "ALL")] + + oc = flopy.mf6.modflow.mfgwfoc.ModflowGwfoc( + gwf, + pname="gwfgwt", + budget_filerecord=budgetfile, + head_filerecord=headfile, + saverecord=saverecord, + ) + + # create gwt name + gwtname = "gwt_pumptreat" + # create transport model + gwt = flopy.mf6.MFModel( + sim, + model_type='gwt6', + modelname=gwtname, + model_nam_file=f'{gwtname}.nam' + ) + + + # Solver for GWT (register this one SECOND) + imsgwt = flopy.mf6.ModflowIms( + sim, + print_option="SUMMARY", + # outer_dvclose=hclose, + # outer_maximum=nouter, + under_relaxation="NONE", + # inner_maximum=ninner, + # inner_dvclose=hclose, + # rcloserecord=rclose, + linear_acceleration="BICGSTAB", + scaling_method="NONE", + reordering_method="NONE", + # relaxation_factor=relax, + filename=f'{gwtname}.ims', + pname='ims' + ) + + sim.register_ims_package(imsgwt, [gwt.name]) # Register only to GWT + + # 2. Add DIS package to GWT (MUST match GWF dimensions) + flopy.mf6.ModflowGwtdis( + gwt, + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + filename=f'{gwtname}.dis', + pname='dis' + ) + # 3. Initial concentration + flopy.mf6.ModflowGwtic( + gwt, + strt=0.0, + filename=f'{gwtname}.ic', + pname='ic') # Initial concentration = 0 everywhere + + # advection package + adv = flopy.mf6.ModflowGwtadv( + gwt, + scheme="UPSTREAM", + filename=f'{gwtname}.adv', + pname='adv') + + # dispersion package + dsp = flopy.mf6.ModflowGwtdsp(gwt, + alh=1.0, + ath1=0.5, + filename=f'{gwtname}.dsp', + pname='dsp') + + # Add MST package (Mass Storage and Transfer) — REQUIRED! + flopy.mf6.ModflowGwtmst(gwt, + porosity=0.2, + first_order_decay=False, + decay=None, + decay_sorbed=None, + sorption=None, + bulk_density=None, + distcoef=None, + filename=f'{gwtname}.mst', + pname='mst' + ) + + # Instantiating MODFLOW 6 transport source-sink mixing package + sourcerecarray = [ + ('CHD-1', 'AUX', 'CONCENTRATION'), + ] + sourcerecarray.append(('WEL-1', 'AUX', 'CONCENTRATION')) + + flopy.mf6.ModflowGwtssm( + gwt, + sources=sourcerecarray, + filename=f'{gwtname}.ssm', + pname='ssm' + ) + + + # CNC package + cnc_rec = [] + # Add contamination sources + cnc_rec.append(((0, int(N / 2.5), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 2.8), int(N / 4)), con_max)) # Second source + cnc_rec.append(((0, int(N / 2.4), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4)), con_max)) + cnc_rec.append(((0, int(N / 2.4), int(N / 4.3)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4.4)), con_max)) + + + # Create CNC package + cnc = flopy.mf6.ModflowGwtcnc( + gwt, + stress_period_data=cnc_rec, + pname="cnc" + ) + + # Output control for GWT + gwt_oc = flopy.mf6.ModflowGwtoc( + gwt, + budget_filerecord=f"{gwtname}.cbc", + concentration_filerecord=f"{gwtname}.ucn", + saverecord=[("CONCENTRATION", "LAST")], # REQUIRED to save .UCN + printrecord=[("CONCENTRATION", "LAST")], + filename=f"{gwtname}.oc", + ) + + # GWF-GWT exchange + flopy.mf6.ModflowGwfgwt(sim, + exgtype="GWF6-GWT6", + exgmnamea=gwfmodel_name, + exgmnameb=gwtname, + filename=f"{model_name}.gwfgwt") + + # Write and run + sim.write_simulation() + success, msg = sim.run_simulation() + print("Success:", success) + + + # Create modflow 6 input files + # Write and run + sim.write_simulation() + success, buff = sim.run_simulation() + print("Success:", success) + if not success: + print("\n".join(buff)) + + # visualize ----------------------------------------------------------------------------------- + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + iper = 0 + ra = chd.stress_period_data.get_data(key=iper) + ra + + # Read the binary head file and plot the results + # We can use the existing Flopy HeadFile class because + # the format of the headfile for MODFLOW 6 is the same + # as for previous MODFLOW verions + fname = os.path.join(workspace, headfile) + hds = flopy.utils.binaryfile.HeadFile(fname) + h = hds.get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + c = plt.contour(x, y, h[0]) + plt.clabel(c, fmt="%2.1f") + plt.title('Head file') + plt.axis("scaled") + #plt.show() + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + contours = modelmap.contour_array(h[0], levels=np.arange(90, 100.1, 0.2)) + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + + # Next we create an instance of the ModelMap class + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + pa = modelmap.plot_array(h[0]) + cb = plt.colorbar(pa, shrink=0.5) + + # plot well head layer 1 + # read binary file + h = gwf.output.head().get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + vmin, vmax = 90.0, 100.0 + contour_intervals = np.arange(90, 100.1, 1.0) + + # plot map layer 1 + fig = plt.figure(figsize=(6, 6)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + c = ax.contour(x, y, h[0], contour_intervals, colors="black") + plt.clabel(c, fmt="%2.1f") + + # plot ap using modflow 6 capabilities + fig, axes = plt.subplots(2, 1, figsize=(6, 12), constrained_layout=True) + # first subplot + ax = axes[0] + ax.set_title("Model Layer 1") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + # second subplot + ax = axes[1] + ax.set_title(f"Model Layer {Nlay}") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=Nlay - 1) + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + #plt.show() + + # visualize plume contamination + conc = gwt.output.concentration().get_data()[-1] + + fig = plt.figure(figsize=(10, 10)) + ax = plt.subplot(1, 1, 1, aspect="equal") + ax.set_title('Contamination Plume') + pmv = flopy.plot.PlotMapView(gwf) + c = pmv.plot_array(conc, cmap="jet") + pmv.contour_array(conc, levels=(0.0001, 0.001, 0.01, 0.1), colors="y") + plt.colorbar(c, shrink=0.5) + plt.savefig(os.path.join(workspace, "plume.png")) + #plt.show() + + # Save all plots + + import matplotlib.pyplot as plt + from matplotlib.colors import LinearSegmentedColormap, ListedColormap + import numpy as np + + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + # ======================================================================= + # 1. Plot Boundary Conditions + # ======================================================================= + print("Plotting boundary conditions...") + + # Create colormap for boundary conditions + # -1: CHD (blue), 2: WEL (red), 3: CNC (purple), 1: Active (white) + bc_colors = ['blue', 'white', 'red', 'purple'] + bc_cmap = ListedColormap(bc_colors) + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot ibound with custom colors + quadmesh = modelmap.plot_ibound(ibound=ibd) + + # Add legend + from matplotlib.patches import Patch + + legend_elements = [ + Patch(facecolor='blue', label='Constant Head (CHD)'), + Patch(facecolor='red', label='Well (WEL)'), + Patch(facecolor='purple', label='Contamination Source (CNC)'), + Patch(facecolor='white', label='Active Cell') + ] + ax.legend(handles=legend_elements, loc='upper right') + + ax.set_title("Boundary Conditions") + plt.savefig(os.path.join(workspace, "boundary_conditions.png")) + #plt.show() + + # ======================================================================= + # 2. Plot Head Distribution + # ======================================================================= + print("Plotting head distribution...") + + # Load head data + head_file = os.path.join(workspace, f"{gwfmodel_name}.hds") + hds = flopy.utils.HeadFile(head_file) + head = hds.get_data(kstpkper=(0, 0)) # First stress period + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot head contours + levels = np.linspace(head.min(), head.max(), 20) + contours = modelmap.contour_array(head, levels=levels, colors='black') + plt.clabel(contours, fmt="%.1f", fontsize=8) + + # Plot filled head contours + head_plot = modelmap.plot_array(head, cmap='viridis', alpha=0.7) + plt.colorbar(head_plot, shrink=0.5, label='Head (m)') + + # Plot boundary conditions + modelmap.plot_ibound(ibound=ibd, alpha=0.5) + + ax.set_title("Head Distribution") + plt.savefig(os.path.join(workspace, "head_distribution.png")) + #plt.show() + + # Plots if the model has more layers + + if Nlay > 1: + print("Plotting cross-section...") + fig, ax = plt.subplots(figsize=(12, 6)) + + # Create cross-section along row midpoint + row = N // 2 + xsect = flopy.plot.PlotCrossSection( + model=gwf, + ax=ax, + line={"row": row}, + geographic_coords=True + ) + + # Plot concentration in cross-section + conc_cross = xsect.plot_array(conc, cmap='viridis', alpha=0.8, vmin=0, vmax=550) + + # Plot grid lines + xsect.plot_grid(alpha=0.3) + + # Add colorbar + plt.colorbar(conc_cross, shrink=0.5, label="Concentration") + ax.set_title(f"Concentration Cross-Section (Row {row})") + plt.savefig(os.path.join(workspace, "concentration_cross_section.png")) + plt.show() + + print("All plots saved to:", workspace) + + # ======================================================================= + # POST-PROCESSING: Concentration Time Series at (0, 56, 26) + # ======================================================================= + print("\nGenerating concentration time series plot...") + + # Load concentration data + conc_file = os.path.join(workspace, f"{gwtname}.ucn") + conc_obj = flopy.utils.HeadFile(conc_file, text="CONCENTRATION") + + # Get all available times + times = conc_obj.get_times() + + # Extract concentration at specific cell (layer, row, col) = (0, 56, 26) + concentrations = [] + for time in times: + conc_data = conc_obj.get_data(totim=time) + concentrations.append(conc_data[0, 56, 26]) # Layer 0, Row 56, Column 26 + + # Create plot + plt.figure(figsize=(12, 6)) + plt.plot(times, concentrations, 'b-', linewidth=2, marker='o', markersize=5) + + # Add threshold line (example: 50 μg/L) + threshold = 0.1 + plt.axhline(y=threshold, color='r', linestyle='--', linewidth=1.5) + plt.text(times[-1] * 1.02, threshold, f'Threshold: {threshold}', + color='r', va='top') + + # Format plot + plt.title(f"Concentration at Cell (Layer 0, Row 56, Column 26)") + plt.xlabel("Time (days)") + plt.ylabel("Concentration (μg/L)") + plt.grid(True, alpha=0.3) + plt.tight_layout() + + # Save and show + plot_path = os.path.join(workspace, "concentration_time_series.png") + plt.savefig(plot_path) + print(f"Plot saved to: {plot_path}") + plt.show() + + +if __name__ == '__main__': + example_2_wells() \ No newline at end of file diff --git a/src/notebooks/flopy_example_2_6p.py b/src/notebooks/flopy_example_2_6p.py new file mode 100644 index 0000000..6b8b111 --- /dev/null +++ b/src/notebooks/flopy_example_2_6p.py @@ -0,0 +1,575 @@ + + +def example_2_wells_6p(): + # imports + import os + import matplotlib.colors as mcolors + import matplotlib.pyplot as plt + import numpy as np + import flopy + + # For this example, we will set up a temporary workspace. + # Model input files and output files will reside here. + dir_name = os.getcwd() + workspace = os.path.join(dir_name + '/models/mf6', "pumptreat_6p") + + # Set up workspace + model_name = "pumptreat" + gwfmodel_name = "gwf_pumptreat" + + # create flopy objects + h1 = 25 + h2 = 24.5 + Nlay = 1 + N = 101 + L = 100.0 + H = 30.0 + k = 1.0 + k33 = 0.3 + q = -3.0 + times = (3000.0, 250, 1.0) + con_max = 1000.0 + + # Create the Flopy simulation object + sim = flopy.mf6.MFSimulation( + sim_name=gwfmodel_name, exe_name="C:/Users/lucialabarca/mf6.6.2_win64/bin/mf6.exe", version="mf6", sim_ws=workspace + ) + + # Create the Flopy temporal discretization object + tdis = flopy.mf6.modflow.mftdis.ModflowTdis( + sim, pname="tdis", time_units="DAYS", nper=2, perioddata=[(1.0, 1, 1.0), times] + ) + + # Create the Flopy groundwater flow (gwf) model object + model_nam_file = f"{gwfmodel_name}.nam" + gwf = flopy.mf6.ModflowGwf(sim, modelname=gwfmodel_name, model_nam_file=model_nam_file, save_flows=True) + + # Solver for GWF (register this one FIRST) + ims_gwf = flopy.mf6.ModflowIms( + sim, + pname="ims_gwf", + filename=f"{gwfmodel_name}" + ".ims", + complexity="SIMPLE", + print_option="SUMMARY" + ) + sim.register_ims_package(ims_gwf, [gwf.name]) # Register only to GWF + + # Create the discretization package + bot = np.linspace(-H / Nlay, -H, Nlay) + delrow = delcol = L / (N - 1) + dis = flopy.mf6.modflow.mfgwfdis.ModflowGwfdis( + gwf, + pname="dis", + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + ) + + # Create the initial conditions package + start = h1 * np.ones((Nlay, N, N)) + ic = flopy.mf6.modflow.mfgwfic.ModflowGwfic(gwf, pname="ic", strt=start) + + # Node property flow - MUST HAVE pname + npf = flopy.mf6.ModflowGwfnpf( + gwf, + save_flows=True, + save_specific_discharge=True, + pname="npf", # Critical parameter + icelltype=1, + k=k, + k33=k33 + ) + + # Instantiating storage package + + sy = flopy.mf6.ModflowGwfsto.sy.empty( # pylint: disable-msg=invalid-name + gwf, + default_value=0.2 + ) + ss = flopy.mf6.ModflowGwfsto.ss.empty( # pylint: disable-msg=invalid-name + gwf, default_value=0.00001 + ) + + + sto = flopy.mf6.ModflowGwfsto( + gwf, + pname='sto', + save_flows=True, + iconvert=1, + ss=ss, + sy=sy, + steady_state={0: True}, + transient={index: True for index in range(1, len(times))}, + ) + + # Create the constant head package. + # List information is created a bit differently for + # MODFLOW 6 than for other MODFLOW versions. The + # cellid (layer, row, column, for a regular grid) + # must be entered as a tuple as the first entry. + # Remember that these must be zero-based indices! + chd_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'CHD-1' + } + chd_rec = [] + #chd_rec.append(((0, int(N), int(N)), h2)) + for layer in range(0, Nlay): + for row_col in range(0, N): + chd_rec.append(((layer, row_col, 0), h1, 0.0)) + chd_rec.append(((layer, row_col, N - 1), h2, 0.0)) + + chd = flopy.mf6.modflow.mfgwfchd.ModflowGwfchd( + gwf, + stress_period_data=chd_rec, + save_flows=True, + **chd_kwargs + ) + + # Create well package + # wel location at (1, + wel_kwargs = { + 'auxiliary': 'CONCENTRATION', + 'pname': 'WEL-1' + } + + wel_rec = { + 0: [], + 1: [ + ((0, int(N / 2.5), int(N / 4)), q, 0), + ((0, int(N / 3), int(N / 4)), q, 0), + ((0, int(N / 4), int(N / 4)), q, 0) + ] + } + wel = flopy.mf6.ModflowGwfwel( + gwf, + stress_period_data=wel_rec, + save_flows=True, + **wel_kwargs + ) + + # Create the output control package + headfile = f"{gwfmodel_name}.hds" + budgetfile = f"{gwfmodel_name}.bud" + saverecord = [("HEAD", "ALL"), ("BUDGET", "ALL")] + + oc = flopy.mf6.modflow.mfgwfoc.ModflowGwfoc( + gwf, + pname="gwfgwt", + budget_filerecord=budgetfile, + head_filerecord=headfile, + saverecord=saverecord, + ) + + # create gwt name + gwtname = "gwt_pumptreat" + # create transport model + gwt = flopy.mf6.MFModel( + sim, + model_type='gwt6', + modelname=gwtname, + model_nam_file=f'{gwtname}.nam' + ) + + + # Solver for GWT (register this one SECOND) + imsgwt = flopy.mf6.ModflowIms( + sim, + print_option="SUMMARY", + # outer_dvclose=hclose, + # outer_maximum=nouter, + under_relaxation="NONE", + # inner_maximum=ninner, + # inner_dvclose=hclose, + # rcloserecord=rclose, + linear_acceleration="BICGSTAB", + scaling_method="NONE", + reordering_method="NONE", + # relaxation_factor=relax, + filename=f'{gwtname}.ims', + pname='ims' + ) + + sim.register_ims_package(imsgwt, [gwt.name]) # Register only to GWT + + # 2. Add DIS package to GWT (MUST match GWF dimensions) + flopy.mf6.ModflowGwtdis( + gwt, + nlay=Nlay, + nrow=N, + ncol=N, + delr=delrow, + delc=delcol, + top=0.0, + botm=bot, + filename=f'{gwtname}.dis', + pname='dis' + ) + # 3. Initial concentration + flopy.mf6.ModflowGwtic( + gwt, + strt=0.0, + filename=f'{gwtname}.ic', + pname='ic') # Initial concentration = 0 everywhere + + # advection package + adv = flopy.mf6.ModflowGwtadv( + gwt, + scheme="UPSTREAM", + filename=f'{gwtname}.adv', + pname='adv') + + # dispersion package + dsp = flopy.mf6.ModflowGwtdsp(gwt, + alh=1.0, + ath1=0.5, + filename=f'{gwtname}.dsp', + pname='dsp') + + # Add MST package (Mass Storage and Transfer) — REQUIRED! + flopy.mf6.ModflowGwtmst(gwt, + porosity=0.2, + first_order_decay=False, + decay=None, + decay_sorbed=None, + sorption=None, + bulk_density=None, + distcoef=None, + filename=f'{gwtname}.mst', + pname='mst' + ) + + # Instantiating MODFLOW 6 transport source-sink mixing package + sourcerecarray = [ + ('CHD-1', 'AUX', 'CONCENTRATION'), + ] + sourcerecarray.append(('WEL-1', 'AUX', 'CONCENTRATION')) + + flopy.mf6.ModflowGwtssm( + gwt, + sources=sourcerecarray, + filename=f'{gwtname}.ssm', + pname='ssm' + ) + + + # CNC package + cnc_rec = [] + # Add contamination sources + cnc_rec.append(((0, int(N / 2.5), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 2.8), int(N / 4)), con_max)) # Second source + cnc_rec.append(((0, int(N / 2.4), int(N / 4)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4)), con_max)) + cnc_rec.append(((0, int(N / 2.4), int(N / 4.3)), con_max)) # Single source + cnc_rec.append(((0, int(N / 3), int(N / 4.4)), con_max)) + + + # Create CNC package + cnc = flopy.mf6.ModflowGwtcnc( + gwt, + stress_period_data=cnc_rec, + pname="cnc" + ) + + # Output control for GWT + gwt_oc = flopy.mf6.ModflowGwtoc( + gwt, + budget_filerecord=f"{gwtname}.cbc", + concentration_filerecord=f"{gwtname}.ucn", + saverecord=[("CONCENTRATION", "LAST")], # REQUIRED to save .UCN + printrecord=[("CONCENTRATION", "LAST")], + filename=f"{gwtname}.oc", + ) + + # GWF-GWT exchange + flopy.mf6.ModflowGwfgwt(sim, + exgtype="GWF6-GWT6", + exgmnamea=gwfmodel_name, + exgmnameb=gwtname, + filename=f"{model_name}.gwfgwt") + + # Write and run + sim.write_simulation() + success, msg = sim.run_simulation() + print("Success:", success) + + + # Create modflow 6 input files + # Write and run + sim.write_simulation() + success, buff = sim.run_simulation() + print("Success:", success) + if not success: + print("\n".join(buff)) + + # visualize ----------------------------------------------------------------------------------- + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + iper = 0 + ra = chd.stress_period_data.get_data(key=iper) + ra + + # Read the binary head file and plot the results + # We can use the existing Flopy HeadFile class because + # the format of the headfile for MODFLOW 6 is the same + # as for previous MODFLOW verions + fname = os.path.join(workspace, headfile) + hds = flopy.utils.binaryfile.HeadFile(fname) + h = hds.get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + c = plt.contour(x, y, h[0]) + plt.clabel(c, fmt="%2.1f") + plt.title('Head file') + plt.axis("scaled") + #plt.show() + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + contours = modelmap.contour_array(h[0], levels=np.arange(90, 100.1, 0.2)) + + # We can also use the Flopy PlotMapView capabilities for MODFLOW 6 + fig = plt.figure(figsize=(10, 10)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + + # Next we create an instance of the ModelMap class + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + + # Then we can use the plot_grid() method to draw the grid + # The return value for this function is a matplotlib LineCollection object, + # which could be manipulated (or used) later if necessary. + quadmesh = modelmap.plot_ibound(ibound=ibd) + linecollection = modelmap.plot_grid() + pa = modelmap.plot_array(h[0]) + cb = plt.colorbar(pa, shrink=0.5) + + # plot well head layer 1 + # read binary file + h = gwf.output.head().get_data(kstpkper=(0, 0)) + x = y = np.linspace(0, L, N) + y = y[::-1] + vmin, vmax = 90.0, 100.0 + contour_intervals = np.arange(90, 100.1, 1.0) + + # plot map layer 1 + fig = plt.figure(figsize=(6, 6)) + ax = fig.add_subplot(1, 1, 1, aspect="equal") + c = ax.contour(x, y, h[0], contour_intervals, colors="black") + plt.clabel(c, fmt="%2.1f") + + # plot ap using modflow 6 capabilities + fig, axes = plt.subplots(2, 1, figsize=(6, 12), constrained_layout=True) + # first subplot + ax = axes[0] + ax.set_title("Model Layer 1") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax) + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + # second subplot + ax = axes[1] + ax.set_title(f"Model Layer {Nlay}") + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=Nlay - 1) + linecollection = modelmap.plot_grid(lw=0.5, color="0.5") + pa = modelmap.plot_array(h, vmin=vmin, vmax=vmax) + quadmesh = modelmap.plot_bc("CHD") + contours = modelmap.contour_array(h, levels=contour_intervals, colors="black") + ax.clabel(contours, fmt="%2.1f") + cb = plt.colorbar(pa, shrink=0.5, ax=ax) + #plt.show() + + # visualize plume contamination + conc = gwt.output.concentration().get_data()[-1] + + fig = plt.figure(figsize=(10, 10)) + ax = plt.subplot(1, 1, 1, aspect="equal") + ax.set_title('Contamination Plume') + pmv = flopy.plot.PlotMapView(gwf) + c = pmv.plot_array(conc, cmap="jet") + pmv.contour_array(conc, levels=(0.0001, 0.001, 0.01, 0.1), colors="y") + plt.colorbar(c, shrink=0.5) + plt.savefig(os.path.join(workspace, "plume.png")) + #plt.show() + + # Save all plots + + import matplotlib.pyplot as plt + from matplotlib.colors import LinearSegmentedColormap, ListedColormap + import numpy as np + + # Create ibound array to identify boundary condition locations + ibd = np.ones((Nlay, N, N), dtype=int) # Start with all cells active (1) + + # Mark constant head cells with -1 + for record in chd_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = -1 + + # Mark contamination sources with 3 + for record in cnc_rec: + cellid = record[0] + k, i, j = cellid + ibd[k, i, j] = 3 + + # ======================================================================= + # 1. Plot Boundary Conditions + # ======================================================================= + print("Plotting boundary conditions...") + + # Create colormap for boundary conditions + # -1: CHD (blue), 2: WEL (red), 3: CNC (purple), 1: Active (white) + bc_colors = ['blue', 'white', 'red', 'purple'] + bc_cmap = ListedColormap(bc_colors) + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot ibound with custom colors + quadmesh = modelmap.plot_ibound(ibound=ibd) + + # Add legend + from matplotlib.patches import Patch + + legend_elements = [ + Patch(facecolor='blue', label='Constant Head (CHD)'), + Patch(facecolor='red', label='Well (WEL)'), + Patch(facecolor='purple', label='Contamination Source (CNC)'), + Patch(facecolor='white', label='Active Cell') + ] + ax.legend(handles=legend_elements, loc='upper right') + + ax.set_title("Boundary Conditions") + plt.savefig(os.path.join(workspace, "boundary_conditions.png")) + #plt.show() + + # ======================================================================= + # 2. Plot Head Distribution + # ======================================================================= + print("Plotting head distribution...") + + # Load head data + head_file = os.path.join(workspace, f"{gwfmodel_name}.hds") + hds = flopy.utils.HeadFile(head_file) + head = hds.get_data(kstpkper=(0, 0)) # First stress period + + fig, ax = plt.subplots(figsize=(10, 8)) + modelmap = flopy.plot.PlotMapView(model=gwf, ax=ax, layer=0) + + # Plot head contours + levels = np.linspace(head.min(), head.max(), 20) + contours = modelmap.contour_array(head, levels=levels, colors='black') + plt.clabel(contours, fmt="%.1f", fontsize=8) + + # Plot filled head contours + head_plot = modelmap.plot_array(head, cmap='viridis', alpha=0.7) + plt.colorbar(head_plot, shrink=0.5, label='Head (m)') + + # Plot boundary conditions + modelmap.plot_ibound(ibound=ibd, alpha=0.5) + + ax.set_title("Head Distribution") + plt.savefig(os.path.join(workspace, "head_distribution.png")) + #plt.show() + + # Plots if the model has more layers + + if Nlay > 1: + print("Plotting cross-section...") + fig, ax = plt.subplots(figsize=(12, 6)) + + # Create cross-section along row midpoint + row = N // 2 + xsect = flopy.plot.PlotCrossSection( + model=gwf, + ax=ax, + line={"row": row}, + geographic_coords=True + ) + + # Plot concentration in cross-section + conc_cross = xsect.plot_array(conc, cmap='viridis', alpha=0.8, vmin=0, vmax=550) + + # Plot grid lines + xsect.plot_grid(alpha=0.3) + + # Add colorbar + plt.colorbar(conc_cross, shrink=0.5, label="Concentration") + ax.set_title(f"Concentration Cross-Section (Row {row})") + plt.savefig(os.path.join(workspace, "concentration_cross_section.png")) + plt.show() + + print("All plots saved to:", workspace) + + # ======================================================================= + # POST-PROCESSING: Concentration Time Series at (0, 56, 26) + # ======================================================================= + print("\nGenerating concentration time series plot...") + + # Load concentration data + conc_file = os.path.join(workspace, f"{gwtname}.ucn") + conc_obj = flopy.utils.HeadFile(conc_file, text="CONCENTRATION") + + # Get all available times + times = conc_obj.get_times() + + # Extract concentration at specific cell (layer, row, col) = (0, 56, 26) + concentrations = [] + for time in times: + conc_data = conc_obj.get_data(totim=time) + concentrations.append(conc_data[0, 56, 26]) # Layer 0, Row 56, Column 26 + + # Create plot + plt.figure(figsize=(12, 6)) + plt.plot(times, concentrations, 'b-', linewidth=2, marker='o', markersize=5) + + # Add threshold line (example: 50 μg/L) + threshold = 0.1 + plt.axhline(y=threshold, color='r', linestyle='--', linewidth=1.5) + plt.text(times[-1] * 1.02, threshold, f'Threshold: {threshold}', + color='r', va='top') + + # Format plot + plt.title(f"Concentration at Cell (Layer 0, Row 56, Column 26)") + plt.xlabel("Time (days)") + plt.ylabel("Concentration (μg/L)") + plt.grid(True, alpha=0.3) + plt.tight_layout() + + # Save and show + plot_path = os.path.join(workspace, "concentration_time_series.png") + plt.savefig(plot_path) + print(f"Plot saved to: {plot_path}") + plt.show() + + +if __name__ == '__main__': + example_2_wells_6p() \ No newline at end of file diff --git a/src/notebooks/groundwater_model_domain.png b/src/notebooks/groundwater_model_domain.png new file mode 100644 index 0000000..37b24c2 Binary files /dev/null and b/src/notebooks/groundwater_model_domain.png differ diff --git a/src/notebooks/images/concentration plume.png b/src/notebooks/images/concentration plume.png new file mode 100644 index 0000000..b83b744 Binary files /dev/null and b/src/notebooks/images/concentration plume.png differ diff --git a/src/notebooks/images/groundwater_model_domain.png b/src/notebooks/images/groundwater_model_domain.png new file mode 100644 index 0000000..37b24c2 Binary files /dev/null and b/src/notebooks/images/groundwater_model_domain.png differ diff --git a/src/notebooks/images/heads_well.png b/src/notebooks/images/heads_well.png new file mode 100644 index 0000000..a829d46 Binary files /dev/null and b/src/notebooks/images/heads_well.png differ diff --git a/src/notebooks/images/pump_performance.png b/src/notebooks/images/pump_performance.png new file mode 100644 index 0000000..1efb329 Binary files /dev/null and b/src/notebooks/images/pump_performance.png differ diff --git a/src/notebooks/models/mf6/pumptreat/boundary_conditions.png b/src/notebooks/models/mf6/pumptreat/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat/boundary_conditions.png differ diff --git a/src/notebooks/models/mf6/pumptreat/concentration_time_series.png b/src/notebooks/models/mf6/pumptreat/concentration_time_series.png new file mode 100644 index 0000000..c3aa2da Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat/concentration_time_series.png differ diff --git a/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.chd b/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.chd new file mode 100644 index 0000000..430c9e9 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.chd @@ -0,0 +1,215 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 202 +END dimensions + +BEGIN period 1 + 1 1 1 2.50000000E+01 0.00000000E+00 + 1 1 101 2.45000000E+01 0.00000000E+00 + 1 2 1 2.50000000E+01 0.00000000E+00 + 1 2 101 2.45000000E+01 0.00000000E+00 + 1 3 1 2.50000000E+01 0.00000000E+00 + 1 3 101 2.45000000E+01 0.00000000E+00 + 1 4 1 2.50000000E+01 0.00000000E+00 + 1 4 101 2.45000000E+01 0.00000000E+00 + 1 5 1 2.50000000E+01 0.00000000E+00 + 1 5 101 2.45000000E+01 0.00000000E+00 + 1 6 1 2.50000000E+01 0.00000000E+00 + 1 6 101 2.45000000E+01 0.00000000E+00 + 1 7 1 2.50000000E+01 0.00000000E+00 + 1 7 101 2.45000000E+01 0.00000000E+00 + 1 8 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a/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.ims b/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.ims new file mode 100644 index 0000000..bc05a30 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.ims @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. +BEGIN options + PRINT_OPTION summary + COMPLEXITY simple +END options + diff --git a/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.lst b/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.lst new file mode 100644 index 0000000..d59b6d1 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.lst @@ -0,0 +1,3817 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREAT/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 4 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_pumptreat.dis.grb + + OPENED gwf_pumptreat.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreat.bud + + OPENED gwf_pumptreat.bud + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_pumptreat.hds + + OPENED gwf_pumptreat.hds + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 14.8837 CHD = 14.8837 CHD-1 + + TOTAL IN = 14.8837 TOTAL IN = 14.8837 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 15.1526 CHD = 15.1526 CHD-1 + + TOTAL OUT = 15.1526 TOTAL OUT = 15.1526 + + IN - OUT = -0.2688 IN - OUT = -0.2688 + + PERCENT DISCREPANCY = -1.79 PERCENT DISCREPANCY = -1.79 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 2, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 3, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 4, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 5, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 6, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 7, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 8, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 9, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 10, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 11, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 12, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 13, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 14, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="15" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 15, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="16" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 16, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="17" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 17, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="18" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 18, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="19" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 19, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="20" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 20, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="21" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 21, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="22" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 22, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="23" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 23, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="24" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 24, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="25" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 25, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="26" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 26, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="27" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 27, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="28" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 28, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="29" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 29, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="30" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 30, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="31" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 31, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="32" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 32, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="33" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 33, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="34" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 34, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="35" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 35, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="36" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 36, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="37" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 37, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="38" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 38, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="39" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 39, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="40" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 40, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="41" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 41, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="42" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 42, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="43" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 43, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="44" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 44, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="45" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 45, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="46" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 46, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="47" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 47, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="48" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 48, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="49" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 49, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="50" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 50, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="51" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 51, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="52" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 52, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="53" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 53, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="54" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 54, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="55" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 55, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="56" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 56, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="57" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 57, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="58" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 58, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="59" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 59, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="60" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 60, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="61" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 61, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="62" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 62, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="63" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 63, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="64" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 64, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="65" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 65, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="66" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 66, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="67" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 67, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="68" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 68, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="69" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 69, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="70" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 70, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="71" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 71, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="72" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 72, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="73" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 73, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="74" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 74, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="75" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 75, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="76" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 76, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="77" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 77, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="78" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 78, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="79" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 79, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="80" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 80, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="81" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 81, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="82" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 82, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="83" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 83, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="84" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 84, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="85" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 85, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="86" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 86, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="87" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 87, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="88" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 88, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="89" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 89, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="90" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 90, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="91" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 91, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="92" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 92, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="93" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 93, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="94" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 94, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="95" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 95, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="96" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 96, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="97" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 97, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="98" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 98, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="99" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 99, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="100" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 100, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="101" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 101, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="102" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 102, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="103" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 103, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="104" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 104, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="105" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 105, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="106" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 106, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="107" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 107, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="108" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 108, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="109" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 109, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="110" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 110, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="111" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 111, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="112" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 112, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="113" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 113, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="114" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 114, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="115" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 115, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="116" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 116, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="117" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 117, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="118" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 118, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="119" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 119, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="120" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 120, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="121" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 121, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="122" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 122, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="123" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 123, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="124" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 124, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="125" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 125, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="126" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 126, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="127" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 127, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="128" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 128, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="129" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 129, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="130" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 130, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="131" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 131, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="132" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 132, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="133" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 133, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="134" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 134, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="135" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 135, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="136" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 136, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="137" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 137, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="138" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 138, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="139" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 139, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="140" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 140, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="141" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 141, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="142" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 142, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="143" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 143, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="144" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 144, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="145" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 145, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="146" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 146, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="147" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 147, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="148" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 148, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="149" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 149, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="150" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 150, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="151" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 151, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="152" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 152, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="153" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 153, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="154" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 154, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="155" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 155, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="156" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 156, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="157" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 157, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="158" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 158, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="159" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 159, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="160" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 160, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="161" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 161, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="162" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 162, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="163" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 163, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="164" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 164, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="165" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 165, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="166" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 166, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="167" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 167, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="168" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 168, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="169" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 169, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="170" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 170, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="171" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 171, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="172" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 172, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="173" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 173, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="174" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 174, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="175" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 175, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="176" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 176, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="177" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 177, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="178" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 178, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="179" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 179, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="180" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 180, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="181" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 181, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="182" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 182, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="183" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 183, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="184" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 184, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="185" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 185, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="186" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 186, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="187" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 187, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="188" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 188, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="189" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 189, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="190" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 190, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="191" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 191, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="192" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 192, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="193" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 193, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="194" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 194, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="195" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 195, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="196" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 196, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="197" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 197, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="198" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 198, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="199" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 199, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="200" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 200, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="201" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 201, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="202" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 202, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="203" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 203, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="204" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 204, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="205" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 205, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="206" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 206, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="207" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 207, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="208" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 208, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="209" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 209, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="210" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 210, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="211" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 211, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="212" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 212, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="213" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 213, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="214" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 214, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="215" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 215, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="216" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 216, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="217" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 217, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="218" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 218, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="219" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 219, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="220" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 220, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="221" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 221, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="222" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 222, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="223" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 223, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="224" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 224, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="225" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 225, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="226" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 226, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="227" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 227, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="228" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 228, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="229" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 229, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="230" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 230, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="231" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 231, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="232" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 232, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="233" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 233, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="234" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 234, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="235" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 235, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="236" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 236, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="237" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 237, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="238" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 238, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="239" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 239, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="240" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 240, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="241" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 241, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="242" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 242, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="243" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 243, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="244" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 244, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="245" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 245, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="246" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 246, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="247" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 247, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="248" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 248, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="249" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 249, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="250" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.4016 STO-SS = 1.3010E-06 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 447673.7446 CHD = 149.4694 CHD-1 + + TOTAL IN = 447675.1461 TOTAL IN = 149.4694 + + OUT: OUT: + ---- ---- + STO-SS = 5.5705E-04 STO-SS = 3.3819E-08 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 450000.0000 WEL = 150.0000 WEL-1 + CHD = 15.1526 CHD = 0.0000 CHD-1 + + TOTAL OUT = 450015.1531 TOTAL OUT = 150.0000 + + IN - OUT = -2340.0070 IN - OUT = -0.5306 + + PERCENT DISCREPANCY = -0.52 PERCENT DISCREPANCY = -0.35 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.nam b/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.nam new file mode 100644 index 0000000..a473d4e --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_pumptreat.dis dis + IC6 gwf_pumptreat.ic ic + NPF6 gwf_pumptreat.npf npf + STO6 gwf_pumptreat.sto sto + CHD6 gwf_pumptreat.chd chd-1 + WEL6 gwf_pumptreat.wel wel-1 + OC6 gwf_pumptreat.oc gwfgwt +END packages + diff --git a/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.npf b/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.npf new file mode 100644 index 0000000..6bb0258 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.npf @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. +BEGIN options + SAVE_FLOWS + SAVE_SPECIFIC_DISCHARGE +END options + +BEGIN griddata + icelltype + CONSTANT 1 + k + CONSTANT 1.00000000 + k33 + CONSTANT 0.30000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.oc b/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.oc new file mode 100644 index 0000000..1cf6db4 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. +BEGIN options + BUDGET FILEOUT gwf_pumptreat.bud + HEAD FILEOUT gwf_pumptreat.hds +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat/gwf_pumptreat.sto 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--git a/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.ims b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.ims new file mode 100644 index 0000000..7dd0c51 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.ims @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + LINEAR_ACCELERATION bicgstab + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.lst b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.lst new file mode 100644 index 0000000..6908d18 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.lst @@ -0,0 +1,4032 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1017 + + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_pumptreat.cbc + + OPENED gwt_pumptreat.cbc + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_pumptreat.ucn + + OPENED gwt_pumptreat.ucn + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 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8.3178-173 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 3509.0767 CNC = 3509.0767 CNC + + TOTAL IN = 3509.0767 TOTAL IN = 3509.0767 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 3509.0767 STORAGE-AQUEOUS = 3509.0767 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 8.1595E-98 CHD = 8.1595E-98 SSM_CHD-1 + CNC = 0.0000 CNC = 0.0000 CNC + + TOTAL OUT = 3509.0767 TOTAL OUT = 3509.0767 + + IN - OUT = 8.0036E-11 IN - OUT = 8.0036E-11 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + +end timestep + + 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........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ 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6.8478E-15 8.6581E-15 + 1.0855E-14 1.3496E-14 1.6644E-14 2.0362E-14 2.4715E-14 2.9766E-14 3.5574E-14 4.2193E-14 4.9671E-14 5.8041E-14 + 6.7327E-14 7.7536E-14 8.8657E-14 1.0066E-13 1.1351E-13 1.2712E-13 1.4142E-13 1.5629E-13 1.7162E-13 1.8728E-13 + 2.0311E-13 2.1897E-13 2.3470E-13 2.5014E-13 2.6515E-13 2.7958E-13 2.9328E-13 3.0614E-13 3.1802E-13 3.2883E-13 + 3.3842E-13 3.4668E-13 3.5343E-13 3.5844E-13 3.6137E-13 3.6173E-13 3.5883E-13 3.5167E-13 3.3896E-13 3.1903E-13 + 2.9004E-13 2.5018E-13 1.9829E-13 1.3430E-13 6.1928E-14 1.2449E-14 2.6606E-15 7.3273E-16 2.2974E-16 7.7508E-17 + 2.7446E-17 1.0068E-17 3.7965E-18 1.4639E-18 5.7510E-19 2.2958E-19 9.2935E-20 3.8088E-20 1.5784E-20 6.6066E-21 + 2.7909E-21 1.1890E-21 5.1054E-22 2.2084E-22 9.6187E-23 4.2169E-23 1.8602E-23 8.2540E-24 3.6832E-24 1.6524E-24 + 7.4515E-25 3.3769E-25 1.5377E-25 7.0344E-26 3.2324E-26 1.4919E-26 6.9164E-27 3.2225E-27 1.5110E-27 7.1553E-28 + 3.4501E-28 + 101 7.7976E-18 1.4007E-17 2.3579E-17 3.7957E-17 5.9083E-17 8.9545E-17 1.3274E-16 1.9306E-16 2.7617E-16 3.8920E-16 + 5.4113E-16 7.4303E-16 1.0085E-15 1.3540E-15 1.7993E-15 2.3676E-15 3.0862E-15 3.9866E-15 5.1048E-15 6.4810E-15 + 8.1602E-15 1.0191E-14 1.2627E-14 1.5522E-14 1.8935E-14 2.2924E-14 2.7546E-14 3.2855E-14 3.8903E-14 4.5733E-14 + 5.3380E-14 6.1870E-14 7.1213E-14 8.1408E-14 9.2437E-14 1.0427E-13 1.1684E-13 1.3009E-13 1.4394E-13 1.5829E-13 + 1.7301E-13 1.8799E-13 2.0310E-13 2.1819E-13 2.3313E-13 2.4777E-13 2.6197E-13 2.7561E-13 2.8853E-13 3.0060E-13 + 3.1168E-13 3.2160E-13 3.3015E-13 3.3707E-13 3.4198E-13 3.4435E-13 3.4344E-13 3.3822E-13 3.2731E-13 3.0904E-13 + 2.8146E-13 2.4279E-13 1.9197E-13 1.2941E-13 5.7791E-14 1.0779E-14 2.1458E-15 5.7079E-16 1.7470E-16 5.8032E-17 + 2.0361E-17 7.4317E-18 2.7955E-18 1.0770E-18 4.2310E-19 1.6898E-19 6.8450E-20 2.8072E-20 1.1640E-20 4.8743E-21 + 2.0597E-21 8.7757E-22 3.7680E-22 1.6295E-22 7.0947E-23 3.1087E-23 1.3705E-23 6.0765E-24 2.7091E-24 1.2142E-24 + 5.4695E-25 2.4758E-25 1.1259E-25 5.1434E-26 2.3599E-26 1.0874E-26 5.0326E-27 2.3406E-27 1.0955E-27 5.1788E-28 + 2.4941E-28 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 499.4222 STORAGE-AQUEOUS = 3.1371E-02 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 103507583.6398 CNC = 34486.6519 CNC + + TOTAL IN = 103508083.0620 TOTAL IN = 34486.6833 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 163361.1589 STORAGE-AQUEOUS = 2.7222E-02 MST + WEL = 258090.0040 WEL = 86.5563 SSM_WEL-1 + CHD = 8.1595E-98 CHD = 0.0000 SSM_CHD-1 + CNC = 103086631.8992 CNC = 34400.0997 CNC + + TOTAL OUT = 103508083.0622 TOTAL OUT = 34486.6833 + + IN - OUT = -1.7215E-04 IN - OUT = -8.6176E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.mst b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.mst new file mode 100644 index 0000000..dfc6b0b --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.nam b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.nam new file mode 100644 index 0000000..174a313 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreat.dis dis + IC6 gwt_pumptreat.ic ic + ADV6 gwt_pumptreat.adv adv + DSP6 gwt_pumptreat.dsp dsp + MST6 gwt_pumptreat.mst mst + SSM6 gwt_pumptreat.ssm ssm + CNC6 gwt_pumptreat.cnc cnc + OC6 gwt_pumptreat.oc oc +END packages + diff --git a/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.oc b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.oc new file mode 100644 index 0000000..b59db27 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. +BEGIN options + BUDGET FILEOUT gwt_pumptreat.cbc + CONCENTRATION FILEOUT gwt_pumptreat.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.ssm b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.ssm new file mode 100644 index 0000000..42889e6 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.ucn b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.ucn new file mode 100644 index 0000000..0987f4b Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat/gwt_pumptreat.ucn differ diff --git a/src/notebooks/models/mf6/pumptreat/head_distribution.png b/src/notebooks/models/mf6/pumptreat/head_distribution.png new file mode 100644 index 0000000..57d3c2c Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat/head_distribution.png differ diff --git a/src/notebooks/models/mf6/pumptreat/mfsim.lst b/src/notebooks/models/mf6/pumptreat/mfsim.lst new file mode 100644 index 0000000..3d144cc --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/mfsim.lst @@ -0,0 +1,7425 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + OPENED gwf_pumptreat.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + OPENED gwf_pumptreat.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + OPENED gwf_pumptreat.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + OPENED gwf_pumptreat.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + OPENED gwf_pumptreat.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + OPENED gwf_pumptreat.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + OPENED gwf_pumptreat.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreat.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_pumptreat.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreat.nam + FILE TYPE:GWT6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + OPENED gwt_pumptreat.dis + FILE TYPE:DIS6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + OPENED gwt_pumptreat.ic + FILE TYPE:IC6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + OPENED gwt_pumptreat.mst + FILE TYPE:MST6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.adv + FILE TYPE:ADV6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.dsp + FILE TYPE:DSP6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + OPENED gwt_pumptreat.ssm + FILE TYPE:SSM6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.oc + FILE TYPE:OC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.cnc + FILE TYPE:CNC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + OPENED pumptreat.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreat.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreat.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 45 -0.49507281 1_GWF-(1,101,100) + Model 2 1 2.98305048E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 46 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 68.659043 2_GWT-(1,43,25) + Model 2 1 2.83247818E-18 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 3000.000 + ------------------------------------------ + NUMBER OF TIME STEPS = 250 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 12.00000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 50 -2.5237987 1_GWF-(1,34,26) + Model 2 24 -4.61599552E-02 1_GWF-(1,100,43) + Model 3 1 -2.68231971E-04 * 1_GWF-(1,1,81) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 75 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 5 718.61291 2_GWT-(1,42,26) + Model 2 1 3.38762212E-06 * 2_GWT-(1,36,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 6 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.20497082E-04 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 58.447964 2_GWT-(1,35,25) + Model 2 1 -2.38364448E-05 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.98949429E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 17.886511 2_GWT-(1,38,26) + Model 2 1 1.42165189E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.77544982E-04 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 6.3570411 2_GWT-(1,38,26) + Model 2 1 9.81257131E-07 * 2_GWT-(1,37,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.61999034E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 2.6944646 2_GWT-(1,38,27) + Model 2 1 1.45573011E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.52187332E-04 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 1.0409327 2_GWT-(1,38,27) + Model 2 1 6.58858711E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.40410047E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.60058334 2_GWT-(1,38,27) + Model 2 1 8.73536766E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.38432208E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.22846014 2_GWT-(1,39,27) + Model 2 1 6.08436901E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.26003436E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.20936972 2_GWT-(1,37,27) + Model 2 1 3.75124907E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.33226517E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 9.61969474E-02 2_GWT-(1,34,27) + Model 2 1 8.74072683E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.21519496E-04 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.13378590 2_GWT-(1,37,27) + Model 2 1 7.01122701E-07 * 2_GWT-(1,40,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.29099630E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -9.24037449E-02 2_GWT-(1,37,27) + Model 2 1 -1.62516788E-05 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.18953540E-04 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.11039577 2_GWT-(1,37,27) + Model 2 1 5.88069156E-07 * 2_GWT-(1,35,27) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.25682983E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.92783929E-02 2_GWT-(1,37,27) + Model 2 1 1.56929848E-05 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 15 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.16735825E-04 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.10090717 2_GWT-(1,37,27) + Model 2 1 1.16374716E-05 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 16 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.22733890E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.89524026E-02 2_GWT-(1,37,27) + Model 2 1 4.94909807E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 17 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.14731346E-04 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.57327339E-02 2_GWT-(1,37,27) + Model 2 1 7.62331234E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 18 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.20102504E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.65582806E-02 2_GWT-(1,37,27) + Model 2 1 -4.78867958E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 19 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12862896E-04 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.21187786E-02 2_GWT-(1,37,27) + Model 2 1 6.04467695E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 20 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.17698104E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.36246882E-02 2_GWT-(1,37,27) + Model 2 1 -5.21007760E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 21 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.11088373E-04 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.91677801E-02 2_GWT-(1,37,27) + Model 2 1 5.29889201E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 22 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.15465394E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.06378392E-02 2_GWT-(1,37,27) + Model 2 1 -5.07904144E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 23 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.09385261E-04 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.65534313E-02 2_GWT-(1,37,27) + Model 2 1 4.86447553E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 24 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.13369771E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.77536350E-02 2_GWT-(1,37,27) + Model 2 1 -4.82801269E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 25 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.07741474E-04 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.47778760E-02 2_GWT-(1,36,26) + Model 2 1 4.55956484E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 26 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.11388643E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.68815680E-02 2_GWT-(1,36,26) + Model 2 1 -4.57227688E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 27 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.06150305E-04 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.51905255E-02 2_GWT-(1,36,26) + Model 2 1 4.31919409E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 28 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.09506455E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.69860180E-02 2_GWT-(1,36,26) + Model 2 1 -4.34188934E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 29 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04607747E-04 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.52884742E-02 2_GWT-(1,36,26) + Model 2 1 4.11805766E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 30 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.07711852E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.68051334E-02 2_GWT-(1,36,26) + Model 2 1 -4.14177512E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 31 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.03111104E-04 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.51140042E-02 2_GWT-(1,36,26) + Model 2 1 3.94445533E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 32 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.05996082E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.63807301E-02 2_GWT-(1,36,26) + Model 2 1 -3.96941510E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 33 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01658308E-04 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.47053824E-02 2_GWT-(1,36,26) + Model 2 1 3.79163316E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 34 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04352072E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.57489749E-02 2_GWT-(1,36,26) + Model 2 1 -3.82040494E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 35 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00247573E-04 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.40966676E-02 2_GWT-(1,36,26) + Model 2 1 3.65488779E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 36 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.02773897E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.49413905E-02 2_GWT-(1,36,26) + Model 2 1 -3.69024801E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 37 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.88772522E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.33179240E-02 2_GWT-(1,36,26) + Model 2 1 3.53057632E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 38 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01256460E-04 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.39855209E-02 2_GWT-(1,36,26) + Model 2 1 -3.57491507E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 39 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.75457623E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.23955672E-02 2_GWT-(1,36,26) + Model 2 1 3.41575762E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 40 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.97953013E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.29054389E-02 2_GWT-(1,36,26) + Model 2 1 -3.47098211E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 41 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.62515664E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.13527402E-02 2_GWT-(1,36,26) + Model 2 1 3.30804150E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 42 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.83864625E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.17221658E-02 2_GWT-(1,36,26) + Model 2 1 -3.37562182E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 43 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.49931665E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.02096763E-02 2_GWT-(1,36,26) + Model 2 1 3.20550356E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 44 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.70264051E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.04540351E-02 2_GWT-(1,36,26) + Model 2 1 -3.28654690E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 45 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.37691067E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.89840360E-02 2_GWT-(1,36,26) + Model 2 1 3.10662224E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 46 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.57119448E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.91170145E-02 2_GWT-(1,36,26) + Model 2 1 -3.20193953E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 47 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.25779772E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.76912124E-02 2_GWT-(1,36,26) + Model 2 1 3.01022268E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 48 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.44402025E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.77249909E-02 2_GWT-(1,36,26) + Model 2 1 -3.12038156E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 49 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.14184183E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.63446044E-02 2_GWT-(1,36,26) + Model 2 1 2.91542418E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 50 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.32085661E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.62900238E-02 2_GWT-(1,36,26) + Model 2 1 -3.04078975E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 51 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.02891229E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.49558602E-02 2_GWT-(1,36,26) + Model 2 1 2.82159186E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 52 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.20146578E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.48225715E-02 2_GWT-(1,36,26) + Model 2 1 -2.96235874E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 53 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.91888386E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.35350931E-02 2_GWT-(1,36,26) + Model 2 1 2.72829402E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 54 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.08563071E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.33316899E-02 2_GWT-(1,36,26) + Model 2 1 -2.88450988E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 55 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.81163678E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.20910719E-02 2_GWT-(1,36,26) + Model 2 1 2.63526221E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 56 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.97315274E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.18252082E-02 2_GWT-(1,36,26) + Model 2 1 -2.80684861E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 57 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.70705675E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.06313879E-02 2_GWT-(1,36,26) + Model 2 1 2.54235829E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 58 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.86384956E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.03098831E-02 2_GWT-(1,36,26) + Model 2 1 -2.72912715E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 59 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.60503481E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.91626029E-02 2_GWT-(1,36,26) + Model 2 1 2.44954501E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 60 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.75755350E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.87915356E-02 2_GWT-(1,36,26) + Model 2 1 -2.65121363E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 61 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.50546721E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.76903779E-02 2_GWT-(1,36,26) + Model 2 1 2.35686207E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 62 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.65410995E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.72751684E-02 2_GWT-(1,36,26) + Model 2 1 -2.57306596E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 63 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.40825524E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.62195861E-02 2_GWT-(1,36,26) + Model 2 1 2.26440545E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 64 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.55337606E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.57650707E-02 2_GWT-(1,36,26) + Model 2 1 -2.49471017E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 65 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.31330501E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.47544123E-02 2_GWT-(1,36,26) + Model 2 1 2.17231155E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 66 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.45521950E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.42649086E-02 2_GWT-(1,36,26) + Model 2 1 -2.42709496E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 67 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.22052723E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.32984394E-02 2_GWT-(1,36,26) + Model 2 1 2.08074218E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 68 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.35951748E-05 * 1_GWF-(1,1,60) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.27778047E-02 2_GWT-(1,36,26) + Model 2 1 -2.36417245E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 69 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.12983706E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.18547239E-02 2_GWT-(1,36,26) + Model 2 1 1.98987516E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 70 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.27110163E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.13064065E-02 2_GWT-(1,36,26) + Model 2 1 -2.30249920E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 71 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.04115383E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.04258623E-02 2_GWT-(1,36,26) + Model 2 1 1.93956650E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 72 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.19075243E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.98529472E-02 2_GWT-(1,36,26) + Model 2 1 -2.24206752E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 73 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.95440087E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.90140487E-02 2_GWT-(1,36,26) + Model 2 1 1.89923171E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 74 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.11177808E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.84192988E-02 2_GWT-(1,36,26) + Model 2 1 -2.18286708E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 75 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.86950531E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.76211257E-02 2_GWT-(1,36,26) + Model 2 1 1.85902915E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 76 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.03414417E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.70070165E-02 2_GWT-(1,36,26) + Model 2 1 -2.12488548E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 77 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.78639783E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.62486281E-02 2_GWT-(1,36,26) + Model 2 1 1.81899192E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 78 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.95781699E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.56173804E-02 2_GWT-(1,36,26) + Model 2 1 -2.06810952E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 79 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.70501256E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.48978219E-02 2_GWT-(1,36,26) + Model 2 1 1.77915437E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 80 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.88276347E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.42514294E-02 2_GWT-(1,36,26) + Model 2 1 -2.01252507E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 81 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.62528681E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.35697379E-02 2_GWT-(1,36,26) + Model 2 1 -1.76702378E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 82 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.80895124E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.29099922E-02 2_GWT-(1,36,26) + Model 2 1 -1.95811734E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 83 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.54716096E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.22652015E-02 2_GWT-(1,36,26) + Model 2 1 -1.75869286E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 84 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.73634863E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.15937141E-02 2_GWT-(1,36,26) + Model 2 1 -1.90487172E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 85 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.47057824E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.09848585E-02 2_GWT-(1,36,26) + Model 2 1 -1.75021717E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 86 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.66492467E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.03030802E-02 2_GWT-(1,36,26) + Model 2 1 -1.85277364E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 87 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.39548465E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.97291977E-02 2_GWT-(1,36,26) + Model 2 1 -1.74152223E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 88 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.59464911E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.90384362E-02 2_GWT-(1,36,26) + Model 2 1 -1.80180852E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 89 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.32182871E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.84985716E-02 2_GWT-(1,36,26) + Model 2 1 -1.73254267E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 90 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.52549245E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.78000061E-02 2_GWT-(1,36,26) + Model 2 1 -1.75196229E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 91 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.24956142E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.72932129E-02 2_GWT-(1,36,26) + Model 2 1 -1.72322279E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 92 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.45742593E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.65879081E-02 2_GWT-(1,36,26) + Model 2 1 -1.70322114E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 93 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.17863605E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.61132506E-02 2_GWT-(1,36,26) + Model 2 1 -1.71351383E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 94 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.39042155E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.54021689E-02 2_GWT-(1,36,26) + Model 2 1 -1.65557157E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 95 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.10900804E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.49587234E-02 2_GWT-(1,36,26) + Model 2 1 -1.70337722E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 96 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.32445208E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.42427351E-02 2_GWT-(1,36,26) + Model 2 1 -1.60900025E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 97 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.04063491E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.38295917E-02 2_GWT-(1,36,26) + Model 2 1 -1.69278263E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 98 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.25949105E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.31094845E-02 2_GWT-(1,36,26) + Model 2 1 -1.56349437E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 99 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.97347610E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.27257478E-02 2_GWT-(1,36,26) + Model 2 1 -1.68170646E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 100 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.19551274E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.20022358E-02 2_GWT-(1,36,26) + Model 2 1 -1.51904101E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 101 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.90749289E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.16470258E-02 2_GWT-(1,36,26) + Model 2 1 -1.67013275E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 102 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.13249219E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.09207561E-02 2_GWT-(1,36,26) + Model 2 1 -1.47562770E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 103 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.84264831E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.05932091E-02 2_GWT-(1,36,26) + Model 2 1 -1.65805210E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 104 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.07040519E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.98647692E-02 2_GWT-(1,36,26) + Model 2 1 -1.43324176E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 105 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.77890701E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.95640381E-02 2_GWT-(1,36,26) + Model 2 1 -1.64546145E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 106 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.00922825E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.88339613E-02 2_GWT-(1,36,26) + Model 2 1 -1.39187075E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 107 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.71623522E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.85592163E-02 2_GWT-(1,36,26) + Model 2 1 -1.63236223E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 108 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.94893861E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.78279876E-02 2_GWT-(1,36,26) + Model 2 1 -1.35150199E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 109 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.65460061E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.75784161E-02 2_GWT-(1,36,26) + Model 2 1 -1.62287935E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 110 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.88951422E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.68464762E-02 2_GWT-(1,36,26) + Model 2 1 -1.31212279E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 111 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.59397226E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.66212837E-02 2_GWT-(1,36,26) + Model 2 1 -1.61974339E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 112 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.83093374E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.58890337E-02 2_GWT-(1,36,26) + Model 2 1 -1.27372024E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 113 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.53432058E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.56874435E-02 2_GWT-(1,36,26) + Model 2 1 -1.61554192E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 114 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.77317647E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.49552485E-02 2_GWT-(1,36,26) + Model 2 1 -1.23628136E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 115 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.47561720E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.47765020E-02 2_GWT-(1,36,26) + Model 2 1 -1.61030451E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 116 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.71622239E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.40446946E-02 2_GWT-(1,36,26) + Model 2 1 -1.19979269E-06 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 117 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.41783495E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.38880512E-02 2_GWT-(1,36,26) + Model 2 1 -1.60406486E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 118 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.66005212E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.31569344E-02 2_GWT-(1,36,26) + Model 2 1 1.17964964E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 119 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.36094780E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.30216716E-02 2_GWT-(1,36,26) + Model 2 1 -1.59685973E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 120 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.60464691E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.22915216E-02 2_GWT-(1,36,26) + Model 2 1 1.16292176E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 121 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.30493075E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.21769349E-02 2_GWT-(1,36,26) + Model 2 1 -1.58872871E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 122 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.54998859E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.14480036E-02 2_GWT-(1,36,26) + Model 2 1 1.14607997E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 123 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.24975984E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.13534064E-02 2_GWT-(1,36,26) + Model 2 1 -1.57971294E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 124 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.49605961E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.06259234E-02 2_GWT-(1,36,26) + Model 2 1 1.12913000E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 125 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.19541204E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.05506468E-02 2_GWT-(1,36,26) + Model 2 1 -1.56985544E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 126 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.44284296E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.98248216E-02 2_GWT-(1,36,26) + Model 2 1 1.11207873E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 127 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.14186527E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.97682145E-02 2_GWT-(1,36,26) + Model 2 1 -1.55920048E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 128 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.39032218E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.90442380E-02 2_GWT-(1,36,26) + Model 2 1 1.09493601E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 129 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.08909827E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.90056665E-02 2_GWT-(1,36,26) + Model 2 1 -1.54779275E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 130 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.33848137E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.82837130E-02 2_GWT-(1,36,26) + Model 2 1 1.07771206E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 131 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.03709065E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.82625608E-02 2_GWT-(1,36,26) + Model 2 1 -1.53567748E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 132 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.28730509E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.75427891E-02 2_GWT-(1,36,26) + Model 2 1 1.06041841E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 133 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.98582276E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.75384565E-02 2_GWT-(1,36,26) + Model 2 1 -1.52289968E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 134 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.23677845E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.68210113E-02 2_GWT-(1,36,26) + Model 2 1 1.04306736E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 135 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.93527573E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.68329156E-02 2_GWT-(1,36,26) + Model 2 1 -1.50950461E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 136 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.18688699E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.61179286E-02 2_GWT-(1,36,26) + Model 2 1 1.02567219E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 137 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.88543138E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.61455034E-02 2_GWT-(1,36,26) + Model 2 1 -1.49553637E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 138 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.13761675E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.54330949E-02 2_GWT-(1,36,26) + Model 2 1 1.01308083E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 139 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.83627220E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.54757901E-02 2_GWT-(1,36,26) + Model 2 1 -1.48103882E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 140 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.08895419E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.47660692E-02 2_GWT-(1,36,26) + Model 2 1 1.00126178E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 141 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.78778134E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.48233504E-02 2_GWT-(1,36,26) + Model 2 1 -1.46605493E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 142 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.04088619E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.41164164E-02 2_GWT-(1,36,26) + Model 2 1 9.89100386E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 143 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.73994256E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.41877648E-02 2_GWT-(1,36,26) + Model 2 1 -1.45062651E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 144 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.99340007E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.34837078E-02 2_GWT-(1,36,26) + Model 2 1 9.76622204E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 145 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.69274019E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.35686200E-02 2_GWT-(1,36,26) + Model 2 1 -1.43479394E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 146 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.94648353E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.28675219E-02 2_GWT-(1,36,26) + Model 2 1 9.63853125E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 147 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.64615913E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.29655094E-02 2_GWT-(1,36,26) + Model 2 1 -1.41859698E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 148 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.90012464E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.22674440E-02 2_GWT-(1,36,26) + Model 2 1 9.50818588E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 149 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.60018482E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.23780329E-02 2_GWT-(1,36,26) + Model 2 1 -1.40207322E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 150 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.85431188E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.16830671E-02 2_GWT-(1,36,26) + Model 2 1 9.37543632E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 151 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.55480319E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.18057977E-02 2_GWT-(1,36,26) + Model 2 1 -1.38525985E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 152 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.80903404E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.11139919E-02 2_GWT-(1,36,26) + Model 2 1 9.24053097E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 153 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.51000068E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.12484185E-02 2_GWT-(1,36,26) + Model 2 1 -1.36819145E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 154 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.76428027E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.05598267E-02 2_GWT-(1,36,26) + Model 2 1 9.10370971E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 155 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.46576417E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.07055173E-02 2_GWT-(1,36,26) + Model 2 1 -1.35090198E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 156 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.72004006E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.00201883E-02 2_GWT-(1,36,26) + Model 2 1 8.96520532E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 157 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.42208100E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.01767240E-02 2_GWT-(1,36,26) + Model 2 1 -1.33342343E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 158 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.67630320E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.94947010E-02 2_GWT-(1,36,26) + Model 2 1 8.82524688E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 159 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.37893893E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.96616761E-02 2_GWT-(1,36,26) + Model 2 1 -1.31578665E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 160 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.63305980E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.89829979E-02 2_GWT-(1,36,26) + Model 2 1 8.68405323E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 161 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.33632612E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.91600191E-02 2_GWT-(1,36,26) + Model 2 1 -1.29802041E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 162 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.59030024E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.84847197E-02 2_GWT-(1,36,26) + Model 2 1 8.54183895E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 163 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.29423114E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.86714061E-02 2_GWT-(1,36,26) + Model 2 1 -1.28015256E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 164 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.54801522E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.79995157E-02 2_GWT-(1,36,26) + Model 2 1 8.39880386E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 165 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.25264290E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.81954982E-02 2_GWT-(1,36,26) + Model 2 1 -1.26220908E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 166 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.50619569E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.75270431E-02 2_GWT-(1,36,26) + Model 2 1 8.25514576E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 167 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.21155071E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.77319645E-02 2_GWT-(1,36,26) + Model 2 1 -1.24421476E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 168 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.46483286E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.70669673E-02 2_GWT-(1,36,26) + Model 2 1 8.11104968E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 169 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.17094418E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.72804815E-02 2_GWT-(1,36,26) + Model 2 1 -1.22619264E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 170 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.42391820E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.66189617E-02 2_GWT-(1,36,26) + Model 2 1 7.96669411E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 171 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.13081328E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.68407338E-02 2_GWT-(1,36,26) + Model 2 1 -1.20816486E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 172 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.38344343E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.61827078E-02 2_GWT-(1,36,26) + Model 2 1 7.82224788E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 173 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.09114828E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.64124134E-02 2_GWT-(1,36,26) + Model 2 1 -1.19015169E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 174 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.34340050E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.57578949E-02 2_GWT-(1,36,26) + Model 2 1 7.67787128E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 175 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.05193975E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.59952200E-02 2_GWT-(1,36,26) + Model 2 1 -1.17217252E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 176 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.30378158E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.53442199E-02 2_GWT-(1,36,26) + Model 2 1 7.53371864E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 177 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.01317856E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.55888608E-02 2_GWT-(1,36,26) + Model 2 1 -1.15424524E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 178 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.26457908E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.49413876E-02 2_GWT-(1,36,26) + Model 2 1 7.38992952E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 179 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.97485586E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.51930501E-02 2_GWT-(1,36,26) + Model 2 1 -1.13638660E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 180 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.22578559E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.45491102E-02 2_GWT-(1,36,26) + Model 2 1 7.24664119E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 181 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.93696305E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.48075098E-02 2_GWT-(1,36,26) + Model 2 1 -1.11861203E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 182 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.18739394E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.41671073E-02 2_GWT-(1,36,26) + Model 2 1 7.10398240E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 183 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.89949181E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.44319686E-02 2_GWT-(1,36,26) + Model 2 1 -1.10093609E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 184 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.14939712E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.37951057E-02 2_GWT-(1,36,26) + Model 2 1 6.96206939E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 185 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.86243405E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.40661622E-02 2_GWT-(1,36,26) + Model 2 1 -1.08337230E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 186 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.11178835E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.34328395E-02 2_GWT-(1,36,26) + Model 2 1 6.82101359E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 187 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.82578193E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.37098336E-02 2_GWT-(1,36,26) + Model 2 1 -1.06593282E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 188 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.07456099E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.30800497E-02 2_GWT-(1,36,26) + Model 2 1 6.68091928E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 189 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.78952784E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.33627319E-02 2_GWT-(1,36,26) + Model 2 1 -1.04862923E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 190 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.03770861E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.27364840E-02 2_GWT-(1,36,26) + Model 2 1 6.54188625E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 191 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.75366438E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.30246132E-02 2_GWT-(1,36,26) + Model 2 1 -1.03147198E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 192 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.00122492E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.24018971E-02 2_GWT-(1,36,26) + Model 2 1 6.40400060E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 193 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.71818436E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.26952399E-02 2_GWT-(1,36,26) + Model 2 1 -1.01447071E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 194 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.96510384E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.20760499E-02 2_GWT-(1,36,26) + Model 2 1 6.26734845E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 195 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.68308081E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.23743806E-02 2_GWT-(1,36,26) + Model 2 1 -9.97633919E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 196 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.92933939E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.17587099E-02 2_GWT-(1,36,26) + Model 2 1 6.13200484E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 197 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.64834695E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.20618102E-02 2_GWT-(1,36,26) + Model 2 1 -9.80969787E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 198 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.89392580E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.14496507E-02 2_GWT-(1,36,26) + Model 2 1 5.99803968E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 199 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.61397618E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.17573094E-02 2_GWT-(1,36,26) + Model 2 1 -9.64485736E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 200 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.85885741E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.11486521E-02 2_GWT-(1,36,26) + Model 2 1 5.86551948E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 201 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.57996209E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.14606651E-02 2_GWT-(1,36,26) + Model 2 1 -9.48187733E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 202 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.82412872E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.08554998E-02 2_GWT-(1,36,26) + Model 2 1 5.73450080E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 203 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.54629846E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.11716696E-02 2_GWT-(1,36,26) + Model 2 1 -9.32082116E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 204 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.78973436E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.05699854E-02 2_GWT-(1,36,26) + Model 2 1 5.60503850E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 205 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.51297921E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.08901211E-02 2_GWT-(1,36,26) + Model 2 1 -9.16174002E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 206 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.75566911E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.02919059E-02 2_GWT-(1,36,26) + Model 2 1 5.47718059E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 207 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.47999845E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.06158228E-02 2_GWT-(1,36,26) + Model 2 1 -9.00467768E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 208 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.72192786E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.00210640E-02 2_GWT-(1,36,26) + Model 2 1 5.35097257E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 209 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.44735043E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.03485835E-02 2_GWT-(1,36,26) + Model 2 1 -8.84967875E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 210 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.68850564E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.75726770E-03 2_GWT-(1,36,26) + Model 2 1 5.22644939E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 211 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.41502957E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.00882172E-02 2_GWT-(1,36,26) + Model 2 1 -8.69677535E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 212 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.65539758E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.50033013E-03 2_GWT-(1,36,26) + Model 2 1 5.10365055E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 213 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.38303043E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.83454263E-03 2_GWT-(1,36,26) + Model 2 1 -8.54599961E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 214 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.62259897E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.25006978E-03 2_GWT-(1,36,26) + Model 2 1 4.98260277E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 215 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.35134771E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.58738382E-03 2_GWT-(1,36,26) + Model 2 1 -8.39737567E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 216 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.59010517E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.00630985E-03 2_GWT-(1,36,26) + Model 2 1 4.86333306E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 217 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.31997624E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.34656940E-03 2_GWT-(1,36,26) + Model 2 1 -8.25092798E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 218 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.55791167E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.76887839E-03 2_GWT-(1,36,26) + Model 2 1 4.74586642E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 219 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.28891099E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.11193242E-03 2_GWT-(1,36,26) + Model 2 1 -8.10667188E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 220 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.52601407E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.53760816E-03 2_GWT-(1,36,26) + Model 2 1 4.63021877E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 221 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.25814707E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.88331077E-03 2_GWT-(1,36,26) + Model 2 1 -7.96462103E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 222 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.49440805E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.31233648E-03 2_GWT-(1,36,26) + Model 2 1 4.51640773E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 223 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.22767971E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.66054660E-03 2_GWT-(1,36,26) + Model 2 1 -7.82478821E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 224 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.46308941E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.09290504E-03 2_GWT-(1,36,26) + Model 2 1 4.40444524E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 225 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.19750423E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.44348622E-03 2_GWT-(1,36,26) + Model 2 1 -7.68717655E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 226 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.43205405E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.87915999E-03 2_GWT-(1,36,26) + Model 2 1 4.29434323E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 227 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.16761610E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.23198040E-03 2_GWT-(1,36,26) + Model 2 1 -7.55179400E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 228 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.40129796E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.67095161E-03 2_GWT-(1,36,26) + Model 2 1 4.18610711E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 229 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.13801089E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.02588358E-03 2_GWT-(1,36,26) + Model 2 1 -7.41863772E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 230 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.37081721E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.46813403E-03 2_GWT-(1,36,26) + Model 2 1 4.07974085E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 231 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.10868429E-05 * 1_GWF-(1,2,59) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.82505444E-03 2_GWT-(1,36,26) + Model 2 1 -7.28770971E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 232 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.34060796E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.27056578E-03 2_GWT-(1,36,26) + Model 2 1 3.97524872E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 233 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.08243867E-05 * 1_GWF-(1,1,57) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.62935540E-03 2_GWT-(1,36,26) + Model 2 1 -7.15900313E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 234 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.31066647E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.07810894E-03 2_GWT-(1,36,26) + Model 2 1 3.87262901E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 235 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.05651309E-05 * 1_GWF-(1,1,57) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.43865251E-03 2_GWT-(1,36,26) + Model 2 1 -7.03251402E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 236 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.28098908E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.89062931E-03 2_GWT-(1,36,26) + Model 2 1 3.77187945E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 237 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.03079650E-05 * 1_GWF-(1,1,57) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.25281546E-03 2_GWT-(1,36,26) + Model 2 1 -6.90823043E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 238 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.25157218E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.70799652E-03 2_GWT-(1,36,26) + Model 2 1 3.67299805E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 239 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.00528609E-05 * 1_GWF-(1,1,57) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.07171759E-03 2_GWT-(1,36,26) + Model 2 1 -6.78614668E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 240 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.22241229E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.53008367E-03 2_GWT-(1,36,26) + Model 2 1 3.57597571E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 241 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.97997909E-05 * 1_GWF-(1,1,57) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.89523545E-03 2_GWT-(1,36,26) + Model 2 1 -6.66624828E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 242 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.19350596E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.35676708E-03 2_GWT-(1,36,26) + Model 2 1 3.48080562E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 243 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.95487280E-05 * 1_GWF-(1,1,57) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.72324909E-03 2_GWT-(1,36,26) + Model 2 1 -6.54852016E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 244 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.16484984E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.18792684E-03 2_GWT-(1,36,26) + Model 2 1 3.38748208E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 245 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.92996458E-05 * 1_GWF-(1,1,57) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.55564164E-03 2_GWT-(1,36,26) + Model 2 1 -6.43295095E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 246 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.13644063E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.02344587E-03 2_GWT-(1,36,26) + Model 2 1 3.29598862E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 247 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.90525187E-05 * 1_GWF-(1,1,57) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.39229950E-03 2_GWT-(1,36,26) + Model 2 1 -6.31952105E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 248 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.10827512E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.86321051E-03 2_GWT-(1,36,26) + Model 2 1 3.20631756E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 249 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.88073214E-05 * 1_GWF-(1,1,57) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.23311208E-03 2_GWT-(1,36,26) + Model 2 1 -6.20821396E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 250 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.08035016E-05 * 1_GWF-(1,2,56) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.70711011E-03 2_GWT-(1,36,26) + Model 2 1 3.11845326E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.37620000E-02 + Logical 6.40000000E-05 + Integer 5.4216280 + Real 12.678904 + ------------------------------- + Total 18.114358 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/10/08 11:45:41 + Elapsed run time: 1 Minutes, 0.905 Seconds + Normal termination of simulation. diff --git a/src/notebooks/models/mf6/pumptreat/mfsim.nam b/src/notebooks/models/mf6/pumptreat/mfsim.nam new file mode 100644 index 0000000..d37a19d --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreat.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreat.nam gwf_pumptreat + gwt6 gwt_pumptreat.nam gwt_pumptreat +END models + +BEGIN exchanges + GWF6-GWT6 pumptreat.gwfgwt gwf_pumptreat gwt_pumptreat +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreat.ims gwf_pumptreat + ims6 gwt_pumptreat.ims gwt_pumptreat +END solutiongroup 1 + diff --git a/src/notebooks/models/mf6/pumptreat/mfsim.stdout b/src/notebooks/models/mf6/pumptreat/mfsim.stdout new file mode 100644 index 0000000..76ce1da --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/mfsim.stdout @@ -0,0 +1,232 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.7.0.dev2 (preliminary) 05/20/2025 + ***DEVELOP MODE*** + + MODFLOW 6 compiled May 20 2025 13:40:03 with GCC version 13.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + + MODFLOW runs in SEQUENTIAL mode + + Run start date and time (yyyy/mm/dd hh:mm:ss): 2025/07/23 2:33:39 + + Writing simulation list file: mfsim.lst + Using Simulation name file: mfsim.nam + + Solving: Stress period: 1 Time step: 1 + Solving: Stress period: 2 Time step: 1 + Solving: Stress period: 2 Time step: 2 + Solving: Stress period: 2 Time step: 3 + Solving: Stress period: 2 Time step: 4 + Solving: Stress period: 2 Time step: 5 + Solving: Stress period: 2 Time step: 6 + Solving: Stress period: 2 Time step: 7 + Solving: Stress period: 2 Time step: 8 + Solving: Stress period: 2 Time step: 9 + Solving: Stress period: 2 Time step: 10 + Solving: Stress period: 2 Time step: 11 + Solving: Stress period: 2 Time step: 12 + Solving: Stress period: 2 Time step: 13 + Solving: Stress period: 2 Time step: 14 + Solving: Stress period: 2 Time step: 15 + Solving: Stress period: 2 Time step: 16 + Solving: Stress period: 2 Time step: 17 + Solving: Stress period: 2 Time step: 18 + Solving: Stress period: 2 Time step: 19 + Solving: Stress period: 2 Time step: 20 + Solving: Stress period: 2 Time step: 21 + Solving: Stress period: 2 Time step: 22 + Solving: Stress period: 2 Time step: 23 + Solving: Stress period: 2 Time step: 24 + Solving: Stress period: 2 Time step: 25 + Solving: Stress period: 2 Time step: 26 + Solving: Stress period: 2 Time step: 27 + Solving: Stress period: 2 Time step: 28 + Solving: Stress period: 2 Time step: 29 + Solving: Stress period: 2 Time step: 30 + Solving: Stress period: 2 Time step: 31 + Solving: Stress period: 2 Time step: 32 + Solving: Stress period: 2 Time step: 33 + Solving: Stress period: 2 Time step: 34 + Solving: Stress period: 2 Time step: 35 + Solving: Stress period: 2 Time step: 36 + Solving: Stress period: 2 Time step: 37 + Solving: Stress period: 2 Time step: 38 + Solving: Stress period: 2 Time step: 39 + Solving: Stress period: 2 Time step: 40 + Solving: Stress period: 2 Time step: 41 + Solving: Stress period: 2 Time step: 42 + Solving: Stress period: 2 Time step: 43 + Solving: Stress period: 2 Time step: 44 + Solving: Stress period: 2 Time step: 45 + Solving: Stress period: 2 Time step: 46 + Solving: Stress period: 2 Time step: 47 + Solving: Stress period: 2 Time step: 48 + Solving: Stress period: 2 Time step: 49 + Solving: Stress period: 2 Time step: 50 + Solving: Stress period: 2 Time step: 51 + Solving: Stress period: 2 Time step: 52 + Solving: Stress period: 2 Time step: 53 + Solving: Stress period: 2 Time step: 54 + Solving: Stress period: 2 Time step: 55 + Solving: Stress period: 2 Time step: 56 + Solving: Stress period: 2 Time step: 57 + Solving: Stress period: 2 Time step: 58 + Solving: Stress period: 2 Time step: 59 + Solving: Stress period: 2 Time step: 60 + Solving: Stress period: 2 Time step: 61 + Solving: Stress period: 2 Time step: 62 + Solving: Stress period: 2 Time step: 63 + Solving: Stress period: 2 Time step: 64 + Solving: Stress period: 2 Time step: 65 + Solving: Stress period: 2 Time step: 66 + Solving: Stress period: 2 Time step: 67 + Solving: Stress period: 2 Time step: 68 + Solving: Stress period: 2 Time step: 69 + Solving: Stress period: 2 Time step: 70 + Solving: Stress period: 2 Time step: 71 + Solving: Stress period: 2 Time step: 72 + Solving: Stress period: 2 Time step: 73 + Solving: Stress period: 2 Time step: 74 + Solving: Stress period: 2 Time step: 75 + Solving: Stress period: 2 Time step: 76 + Solving: Stress period: 2 Time step: 77 + Solving: Stress period: 2 Time step: 78 + Solving: Stress period: 2 Time step: 79 + Solving: Stress period: 2 Time step: 80 + Solving: Stress period: 2 Time step: 81 + Solving: Stress period: 2 Time step: 82 + Solving: Stress period: 2 Time step: 83 + Solving: Stress period: 2 Time step: 84 + Solving: Stress period: 2 Time step: 85 + Solving: Stress period: 2 Time step: 86 + Solving: Stress period: 2 Time step: 87 + Solving: Stress period: 2 Time step: 88 + Solving: Stress period: 2 Time step: 89 + Solving: Stress period: 2 Time step: 90 + Solving: Stress period: 2 Time step: 91 + Solving: Stress period: 2 Time step: 92 + Solving: Stress period: 2 Time step: 93 + Solving: Stress period: 2 Time step: 94 + Solving: Stress period: 2 Time step: 95 + Solving: Stress period: 2 Time step: 96 + Solving: Stress period: 2 Time step: 97 + Solving: Stress period: 2 Time step: 98 + Solving: Stress period: 2 Time step: 99 + Solving: Stress period: 2 Time step: 100 + Solving: Stress period: 2 Time step: 101 + Solving: Stress period: 2 Time step: 102 + Solving: Stress period: 2 Time step: 103 + Solving: Stress period: 2 Time step: 104 + Solving: Stress period: 2 Time step: 105 + Solving: Stress period: 2 Time step: 106 + Solving: Stress period: 2 Time step: 107 + Solving: Stress period: 2 Time step: 108 + Solving: Stress period: 2 Time step: 109 + Solving: Stress period: 2 Time step: 110 + Solving: Stress period: 2 Time step: 111 + Solving: Stress period: 2 Time step: 112 + Solving: Stress period: 2 Time step: 113 + Solving: Stress period: 2 Time step: 114 + Solving: Stress period: 2 Time step: 115 + Solving: Stress period: 2 Time step: 116 + Solving: Stress period: 2 Time step: 117 + Solving: Stress period: 2 Time step: 118 + Solving: Stress period: 2 Time step: 119 + Solving: Stress period: 2 Time step: 120 + Solving: Stress period: 2 Time step: 121 + Solving: Stress period: 2 Time step: 122 + Solving: Stress period: 2 Time step: 123 + Solving: Stress period: 2 Time step: 124 + Solving: Stress period: 2 Time step: 125 + Solving: Stress period: 2 Time step: 126 + Solving: Stress period: 2 Time step: 127 + Solving: Stress period: 2 Time step: 128 + Solving: Stress period: 2 Time step: 129 + Solving: Stress period: 2 Time step: 130 + Solving: Stress period: 2 Time step: 131 + Solving: Stress period: 2 Time step: 132 + Solving: Stress period: 2 Time step: 133 + Solving: Stress period: 2 Time step: 134 + Solving: Stress period: 2 Time step: 135 + Solving: Stress period: 2 Time step: 136 + Solving: Stress period: 2 Time step: 137 + Solving: Stress period: 2 Time step: 138 + Solving: Stress period: 2 Time step: 139 + Solving: Stress period: 2 Time step: 140 + Solving: Stress period: 2 Time step: 141 + Solving: Stress period: 2 Time step: 142 + Solving: Stress period: 2 Time step: 143 + Solving: Stress period: 2 Time step: 144 + Solving: Stress period: 2 Time step: 145 + Solving: Stress period: 2 Time step: 146 + Solving: Stress period: 2 Time step: 147 + Solving: Stress period: 2 Time step: 148 + Solving: Stress period: 2 Time step: 149 + Solving: Stress period: 2 Time step: 150 + Solving: Stress period: 2 Time step: 151 + Solving: Stress period: 2 Time step: 152 + Solving: Stress period: 2 Time step: 153 + Solving: Stress period: 2 Time step: 154 + Solving: Stress period: 2 Time step: 155 + Solving: Stress period: 2 Time step: 156 + Solving: Stress period: 2 Time step: 157 + Solving: Stress period: 2 Time step: 158 + Solving: Stress period: 2 Time step: 159 + Solving: Stress period: 2 Time step: 160 + Solving: Stress period: 2 Time step: 161 + Solving: Stress period: 2 Time step: 162 + Solving: Stress period: 2 Time step: 163 + Solving: Stress period: 2 Time step: 164 + Solving: Stress period: 2 Time step: 165 + Solving: Stress period: 2 Time step: 166 + Solving: Stress period: 2 Time step: 167 + Solving: Stress period: 2 Time step: 168 + Solving: Stress period: 2 Time step: 169 + Solving: Stress period: 2 Time step: 170 + Solving: Stress period: 2 Time step: 171 + Solving: Stress period: 2 Time step: 172 + Solving: Stress period: 2 Time step: 173 + Solving: Stress period: 2 Time step: 174 + Solving: Stress period: 2 Time step: 175 + Solving: Stress period: 2 Time step: 176 + Solving: Stress period: 2 Time step: 177 + Solving: Stress period: 2 Time step: 178 + Solving: Stress period: 2 Time step: 179 + Solving: Stress period: 2 Time step: 180 + Solving: Stress period: 2 Time step: 181 + Solving: Stress period: 2 Time step: 182 + Solving: Stress period: 2 Time step: 183 + Solving: Stress period: 2 Time step: 184 + Solving: Stress period: 2 Time step: 185 + Solving: Stress period: 2 Time step: 186 + Solving: Stress period: 2 Time step: 187 + Solving: Stress period: 2 Time step: 188 + Solving: Stress period: 2 Time step: 189 + Solving: Stress period: 2 Time step: 190 + Solving: Stress period: 2 Time step: 191 + Solving: Stress period: 2 Time step: 192 + Solving: Stress period: 2 Time step: 193 + Solving: Stress period: 2 Time step: 194 + Solving: Stress period: 2 Time step: 195 + Solving: Stress period: 2 Time step: 196 + Solving: Stress period: 2 Time step: 197 + Solving: Stress period: 2 Time step: 198 + Solving: Stress period: 2 Time step: 199 + Solving: Stress period: 2 Time step: 200 + Solving: Stress period: 2 Time step: 201 + Solving: Stress period: 2 Time step: 202 + Solving: Stress period: 2 Time step: 203 + Solving: Stress period: 2 Time step: 204 + Solving: Stress period: 2 Time step: 205 diff --git a/src/notebooks/models/mf6/pumptreat/plume.png b/src/notebooks/models/mf6/pumptreat/plume.png new file mode 100644 index 0000000..3d37880 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat/plume.png differ diff --git a/src/notebooks/models/mf6/pumptreat/pumptreat.gwfgwt b/src/notebooks/models/mf6/pumptreat/pumptreat.gwfgwt new file mode 100644 index 0000000..db05cbe --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat/pumptreat.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:44:40. diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/boundary_conditions.png b/src/notebooks/models/mf6/pumptreat_0p37p/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p37p/boundary_conditions.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/concentration_time_series.png b/src/notebooks/models/mf6/pumptreat_0p37p/concentration_time_series.png new file mode 100644 index 0000000..f64b8d6 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p37p/concentration_time_series.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/gwf_pumptreat.chd b/src/notebooks/models/mf6/pumptreat_0p37p/gwf_pumptreat.chd new file mode 100644 index 0000000..9097b52 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p37p/gwf_pumptreat.chd @@ -0,0 +1,215 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 202 +END dimensions + +BEGIN period 1 + 1 1 1 2.50000000E+01 0.00000000E+00 + 1 1 101 2.45000000E+01 0.00000000E+00 + 1 2 1 2.50000000E+01 0.00000000E+00 + 1 2 101 2.45000000E+01 0.00000000E+00 + 1 3 1 2.50000000E+01 0.00000000E+00 + 1 3 101 2.45000000E+01 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0000000..daf8aa5 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p37p/gwf_pumptreat.lst @@ -0,0 +1,3817 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREAT/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 3 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_pumptreat.dis.grb + + OPENED gwf_pumptreat.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreat.bud + + OPENED gwf_pumptreat.bud + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_pumptreat.hds + + OPENED gwf_pumptreat.hds + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 14.8837 CHD = 14.8837 CHD-1 + + TOTAL IN = 14.8837 TOTAL IN = 14.8837 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 15.1526 CHD = 15.1526 CHD-1 + + TOTAL OUT = 15.1526 TOTAL OUT = 15.1526 + + IN - OUT = -0.2688 IN - OUT = -0.2688 + + PERCENT DISCREPANCY = -1.79 PERCENT DISCREPANCY = -1.79 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 2, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 3, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 4, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 5, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 6, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 7, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 8, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 9, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 10, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 11, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 12, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 13, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 14, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="15" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 15, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="16" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 16, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="17" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 17, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="18" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 18, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="19" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 19, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="20" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 20, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="21" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 21, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="22" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 22, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="23" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 23, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="24" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 24, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="25" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 25, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="26" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 26, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="27" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 27, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="28" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 28, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="29" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 29, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="30" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 30, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="31" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 31, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="32" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 32, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="33" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 33, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="34" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 34, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="35" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 35, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="36" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 36, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="37" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 37, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="38" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 38, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="39" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 39, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="40" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 40, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="41" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 41, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="42" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 42, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="43" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 43, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="44" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 44, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="45" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 45, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="46" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 46, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="47" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 47, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="48" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 48, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="49" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 49, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="50" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 50, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="51" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 51, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="52" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 52, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="53" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 53, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="54" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 54, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="55" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 55, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="56" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 56, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="57" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 57, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="58" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 58, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="59" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 59, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="60" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 60, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="61" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 61, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="62" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 62, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="63" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 63, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="64" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 64, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="65" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 65, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="66" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 66, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="67" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 67, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="68" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 68, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="69" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 69, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="70" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 70, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="71" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 71, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="72" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 72, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="73" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 73, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="74" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 74, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="75" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 75, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="76" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 76, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="77" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 77, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="78" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 78, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="79" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 79, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="80" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 80, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="81" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 81, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="82" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 82, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="83" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 83, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="84" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 84, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="85" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 85, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="86" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 86, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="87" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 87, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="88" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 88, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="89" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 89, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="90" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 90, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="91" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 91, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="92" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 92, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="93" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 93, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="94" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 94, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="95" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 95, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="96" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 96, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="97" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 97, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="98" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 98, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="99" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 99, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="100" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 100, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="101" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 101, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="102" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 102, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="103" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 103, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="104" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 104, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="105" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 105, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="106" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 106, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="107" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 107, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="108" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 108, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="109" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 109, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="110" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 110, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="111" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 111, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="112" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 112, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="113" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 113, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="114" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 114, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="115" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 115, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="116" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 116, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="117" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 117, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="118" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 118, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="119" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 119, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="120" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 120, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="121" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 121, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="122" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 122, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="123" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 123, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="124" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 124, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="125" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 125, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="126" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 126, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="127" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 127, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="128" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 128, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="129" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 129, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="130" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 130, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="131" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 131, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="132" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 132, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="133" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 133, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="134" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 134, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="135" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 135, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="136" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 136, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="137" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 137, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="138" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 138, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="139" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 139, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="140" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 140, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="141" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 141, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="142" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 142, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="143" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 143, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="144" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 144, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="145" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 145, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="146" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 146, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="147" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 147, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="148" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 148, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="149" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 149, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="150" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 150, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="151" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 151, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="152" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 152, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="153" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 153, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="154" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 154, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="155" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 155, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="156" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 156, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="157" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 157, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="158" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 158, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="159" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 159, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="160" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 160, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="161" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 161, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="162" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 162, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="163" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 163, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="164" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 164, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="165" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 165, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="166" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 166, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="167" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 167, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="168" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 168, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="169" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 169, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="170" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 170, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="171" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 171, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="172" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 172, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="173" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 173, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="174" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 174, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="175" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 175, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="176" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 176, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="177" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 177, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="178" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 178, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="179" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 179, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="180" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 180, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="181" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 181, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="182" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 182, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="183" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 183, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="184" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 184, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="185" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 185, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="186" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 186, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="187" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 187, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="188" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 188, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="189" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 189, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="190" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 190, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="191" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 191, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="192" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 192, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="193" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 193, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="194" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 194, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="195" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 195, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="196" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 196, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="197" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 197, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="198" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 198, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="199" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 199, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="200" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 200, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="201" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 201, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="202" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 202, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="203" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 203, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="204" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 204, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="205" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 205, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="206" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 206, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="207" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 207, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="208" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 208, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="209" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 209, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="210" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 210, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="211" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 211, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="212" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 212, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="213" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 213, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="214" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 214, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="215" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 215, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="216" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 216, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="217" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 217, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="218" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 218, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="219" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 219, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="220" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 220, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="221" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 221, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="222" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 222, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="223" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 223, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="224" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 224, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="225" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 225, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="226" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 226, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="227" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 227, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="228" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 228, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="229" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 229, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="230" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 230, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="231" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 231, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="232" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 232, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="233" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 233, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="234" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 234, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="235" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 235, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="236" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 236, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="237" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 237, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="238" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 238, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="239" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 239, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="240" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 240, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="241" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 241, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="242" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 242, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="243" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 243, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="244" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 244, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="245" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 245, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="246" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 246, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="247" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 247, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="248" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 248, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="249" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 249, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="250" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 6.9202E-03 STO-SS = 9.9125E-07 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 46981.3742 CHD = 15.7797 CHD-1 + + TOTAL IN = 46981.3811 TOTAL IN = 15.7797 + + OUT: OUT: + ---- ---- + STO-SS = 4.1760E-04 STO-SS = 2.1640E-08 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 3375.0000 WEL = 1.1250 WEL-1 + CHD = 45382.4724 CHD = 15.0674 CHD-1 + + TOTAL OUT = 48757.4728 TOTAL OUT = 16.1924 + + IN - OUT = -1776.0917 IN - OUT = -0.4127 + + PERCENT DISCREPANCY = -3.71 PERCENT DISCREPANCY = -2.58 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/gwf_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_0p37p/gwf_pumptreat.nam new file mode 100644 index 0000000..e14801e --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p37p/gwf_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_pumptreat.dis dis + IC6 gwf_pumptreat.ic ic + NPF6 gwf_pumptreat.npf npf + STO6 gwf_pumptreat.sto sto + CHD6 gwf_pumptreat.chd chd-1 + WEL6 gwf_pumptreat.wel wel-1 + OC6 gwf_pumptreat.oc gwfgwt +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/gwf_pumptreat.npf b/src/notebooks/models/mf6/pumptreat_0p37p/gwf_pumptreat.npf new file mode 100644 index 0000000..ae66e5b --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p37p/gwf_pumptreat.npf @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. +BEGIN options + SAVE_FLOWS + SAVE_SPECIFIC_DISCHARGE +END options + +BEGIN griddata + icelltype + CONSTANT 1 + k + CONSTANT 1.00000000 + k33 + CONSTANT 0.30000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/gwf_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_0p37p/gwf_pumptreat.oc new file mode 100644 index 0000000..18226e4 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p37p/gwf_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. +BEGIN options + BUDGET FILEOUT gwf_pumptreat.bud + HEAD FILEOUT gwf_pumptreat.hds +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL +END 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0000000..34eda2a --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.lst @@ -0,0 +1,4032 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1017 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_pumptreat.cbc + + OPENED gwt_pumptreat.cbc + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_pumptreat.ucn + + OPENED gwt_pumptreat.ucn + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 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8.3178-173 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 3509.0767 CNC = 3509.0767 CNC + + TOTAL IN = 3509.0767 TOTAL IN = 3509.0767 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 3509.0767 STORAGE-AQUEOUS = 3509.0767 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 8.1595E-98 CHD = 8.1595E-98 SSM_CHD-1 + CNC = 0.0000 CNC = 0.0000 CNC + + TOTAL OUT = 3509.0767 TOTAL OUT = 3509.0767 + + IN - OUT = 8.0036E-11 IN - OUT = 8.0036E-11 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + +end timestep + + 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........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ 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8.1202E-09 + 8.4846E-09 8.8311E-09 9.1565E-09 9.4578E-09 9.7323E-09 9.9778E-09 1.0193E-08 1.0375E-08 1.0525E-08 1.0639E-08 + 1.0709E-08 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 2545.4956 STORAGE-AQUEOUS = 0.6035 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 4457421.2842 CNC = 1466.2286 CNC + + TOTAL IN = 4459966.7798 TOTAL IN = 1466.8321 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 3217178.9536 STORAGE-AQUEOUS = 607.2035 MST + WEL = 4607.7554 WEL = 1.8468 SSM_WEL-1 + CHD = 219819.9080 CHD = 507.1870 SSM_CHD-1 + CNC = 1018360.1627 CNC = 350.5948 CNC + + TOTAL OUT = 4459966.7797 TOTAL OUT = 1466.8321 + + IN - OUT = 3.5209E-05 IN - OUT = -8.0416E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.mst b/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.mst new file mode 100644 index 0000000..7ab3c46 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.nam new file mode 100644 index 0000000..f420e8c --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreat.dis dis + IC6 gwt_pumptreat.ic ic + ADV6 gwt_pumptreat.adv adv + DSP6 gwt_pumptreat.dsp dsp + MST6 gwt_pumptreat.mst mst + SSM6 gwt_pumptreat.ssm ssm + CNC6 gwt_pumptreat.cnc cnc + OC6 gwt_pumptreat.oc oc +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.oc new file mode 100644 index 0000000..6a45346 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. +BEGIN options + BUDGET FILEOUT gwt_pumptreat.cbc + CONCENTRATION FILEOUT gwt_pumptreat.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.ssm b/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.ssm new file mode 100644 index 0000000..79c3406 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.ucn b/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.ucn new file mode 100644 index 0000000..07b3e8f Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p37p/gwt_pumptreat.ucn differ diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/head_distribution.png b/src/notebooks/models/mf6/pumptreat_0p37p/head_distribution.png new file mode 100644 index 0000000..57d3c2c Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p37p/head_distribution.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/mfsim.lst b/src/notebooks/models/mf6/pumptreat_0p37p/mfsim.lst new file mode 100644 index 0000000..ddf2f7d --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p37p/mfsim.lst @@ -0,0 +1,7424 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + OPENED gwf_pumptreat.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + OPENED gwf_pumptreat.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + OPENED gwf_pumptreat.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + OPENED gwf_pumptreat.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + OPENED gwf_pumptreat.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + OPENED gwf_pumptreat.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + OPENED gwf_pumptreat.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreat.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_pumptreat.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreat.nam + FILE TYPE:GWT6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + OPENED gwt_pumptreat.dis + FILE TYPE:DIS6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + OPENED gwt_pumptreat.ic + FILE TYPE:IC6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + OPENED gwt_pumptreat.mst + FILE TYPE:MST6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.adv + FILE TYPE:ADV6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.dsp + FILE TYPE:DSP6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + OPENED gwt_pumptreat.ssm + FILE TYPE:SSM6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.oc + FILE TYPE:OC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.cnc + FILE TYPE:CNC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + OPENED pumptreat.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreat.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreat.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 45 -0.49507281 1_GWF-(1,101,100) + Model 2 1 2.98305048E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 46 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 68.659043 2_GWT-(1,43,25) + Model 2 1 2.83247818E-18 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 3000.000 + ------------------------------------------ + NUMBER OF TIME STEPS = 250 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 12.00000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 11 -1.56877727E-02 1_GWF-(1,34,26) + Model 2 1 -2.58210289E-04 * 1_GWF-(1,37,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 12 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 386.49641 2_GWT-(1,43,25) + Model 2 1 2.91254146E-10 * 2_GWT-(1,38,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.65137311E-04 * 1_GWF-(1,38,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 178.31740 2_GWT-(1,43,25) + Model 2 1 5.82778302E-10 * 2_GWT-(1,38,39) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.37541246E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 99.171974 2_GWT-(1,42,27) + Model 2 1 6.90418275E-10 * 2_GWT-(1,38,40) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.38643292E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 82.473456 2_GWT-(1,42,27) + Model 2 1 6.55792010E-10 * 2_GWT-(1,37,40) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.39560506E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 63.116842 2_GWT-(1,42,27) + Model 2 1 5.28811142E-10 * 2_GWT-(1,37,41) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.40179489E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 54.824027 2_GWT-(1,42,28) + Model 2 1 4.29022019E-10 * 2_GWT-(1,37,41) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.40632501E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 46.660572 2_GWT-(1,42,28) + Model 2 1 -3.25196203E-10 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.40857846E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 40.856449 2_GWT-(1,42,28) + Model 2 1 -2.54559929E-10 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.40965187E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 37.197456 2_GWT-(1,42,29) + Model 2 1 -2.23517205E-10 * 2_GWT-(1,38,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.40917383E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 32.067446 2_GWT-(1,42,29) + Model 2 1 -1.96941130E-10 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.40775442E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 30.450466 2_GWT-(1,42,29) + Model 2 1 -1.39583456E-10 * 2_GWT-(1,38,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.40543948E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 27.024209 2_GWT-(1,41,30) + Model 2 1 -9.67506075E-11 * 2_GWT-(1,37,39) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.40223069E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 26.008661 2_GWT-(1,42,30) + Model 2 1 -1.23662858E-10 * 2_GWT-(1,40,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.39872486E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 24.053344 2_GWT-(1,41,30) + Model 2 1 2.70363322E-07 * 2_GWT-(1,38,41) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 15 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.39423451E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 22.372798 2_GWT-(1,42,30) + Model 2 1 1.81234526E-07 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 16 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.39000518E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 21.856144 2_GWT-(1,41,31) + Model 2 1 -7.59250263E-08 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 17 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.38458747E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 19.786428 2_GWT-(1,41,31) + Model 2 1 -6.08469399E-08 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 18 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.37998043E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 19.892270 2_GWT-(1,41,31) + Model 2 1 -5.19248857E-08 * 2_GWT-(1,37,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 19 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.37386538E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 18.419859 2_GWT-(1,41,32) + Model 2 1 5.05511650E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 20 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.36915062E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 18.020492 2_GWT-(1,41,32) + Model 2 1 4.64023628E-08 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 21 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.36246759E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 17.200817 2_GWT-(1,40,32) + Model 2 1 -5.02731723E-08 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 22 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.35787180E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 16.581050 2_GWT-(1,41,32) + Model 2 1 4.01413729E-08 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 23 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.35066965E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 16.254257 2_GWT-(1,36,33) + Model 2 1 -4.55764280E-08 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 24 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.34639596E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 15.475265 2_GWT-(1,38,33) + Model 2 1 3.49080267E-08 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 25 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.33866113E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 15.401681 2_GWT-(1,36,33) + Model 2 1 -3.91688673E-08 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 26 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.33489906E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.739883 2_GWT-(1,38,33) + Model 2 1 3.17373292E-08 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 27 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.32657178E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.559768 2_GWT-(1,37,34) + Model 2 1 -3.36868311E-08 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 28 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.32350096E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.196503 2_GWT-(1,39,34) + Model 2 1 2.96927851E-08 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 29 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.31448952E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.922836 2_GWT-(1,37,34) + Model 2 1 3.11875965E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 30 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.31227990E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.515078 2_GWT-(1,39,34) + Model 2 1 2.79729306E-08 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 31 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.30247276E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.285678 2_GWT-(1,38,35) + Model 2 1 3.00927923E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 32 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.30128337E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.976238 2_GWT-(1,39,35) + Model 2 1 2.62180606E-08 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 33 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.29055908E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.746540 2_GWT-(1,38,35) + Model 2 1 2.87420221E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 34 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.29053639E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.411326 2_GWT-(1,39,36) + Model 2 1 2.43591103E-08 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 35 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.27877127E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.337877 2_GWT-(1,38,36) + Model 2 1 2.72668217E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 36 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.28004780E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.949998 2_GWT-(1,38,37) + Model 2 1 2.33467858E-08 * 2_GWT-(1,38,35) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 37 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.26712181E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.840949 2_GWT-(1,39,37) + Model 2 1 2.57887223E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 38 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.26981516E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.623456 2_GWT-(1,38,37) + Model 2 1 2.26322072E-08 * 2_GWT-(1,38,35) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 39 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.25561596E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.444443 2_GWT-(1,39,37) + Model 2 1 2.43889531E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 40 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.25982841E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.251551 2_GWT-(1,38,38) + Model 2 1 2.17034994E-08 * 2_GWT-(1,38,35) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 41 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.24425419E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.042775 2_GWT-(1,39,38) + Model 2 1 2.31092940E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 42 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.25007266E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.937364 2_GWT-(1,38,38) + Model 2 1 2.06646860E-08 * 2_GWT-(1,38,35) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 43 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.23303376E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.666657 2_GWT-(1,39,38) + Model 2 1 2.19635012E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 44 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.24053024E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.571422 2_GWT-(1,38,39) + Model 2 1 1.95936423E-08 * 2_GWT-(1,38,35) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 45 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.22195001E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.387103 2_GWT-(1,38,39) + Model 2 1 2.09485620E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 46 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.23118224E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.267356 2_GWT-(1,38,39) + Model 2 1 1.85423232E-08 * 2_GWT-(1,38,35) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 47 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.21099721E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.076086 2_GWT-(1,38,40) + Model 2 1 2.00948307E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 48 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.22200952E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.9490976 2_GWT-(1,38,40) + Model 2 1 -1.78705477E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 49 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.20016916E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.8167509 2_GWT-(1,38,40) + Model 2 1 1.93446681E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 50 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.21299350E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.6565105 2_GWT-(1,38,40) + Model 2 1 -1.78268351E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 51 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.18945963E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.5358301 2_GWT-(1,38,41) + Model 2 1 1.86774400E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 52 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.20411660E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.4003398 2_GWT-(1,38,41) + Model 2 1 -1.77124093E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 53 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.17886264E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.2850529 2_GWT-(1,38,41) + Model 2 1 1.80779693E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 54 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.19536260E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.1292700 2_GWT-(1,38,42) + Model 2 1 -1.75357968E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 55 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.16837262E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.0337395 2_GWT-(1,38,42) + Model 2 1 1.75331252E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 56 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.18671672E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.9118973 2_GWT-(1,38,42) + Model 2 1 -1.73070021E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 57 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.15798450E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.7915278 2_GWT-(1,38,42) + Model 2 1 1.70319367E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 58 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.17816576E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.6772707 2_GWT-(1,38,43) + Model 2 1 -1.70351200E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 59 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.14769380E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.5752731 2_GWT-(1,38,43) + Model 2 1 1.65650818E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 60 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.16969806E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.4660940 2_GWT-(1,38,43) + Model 2 1 -1.67276539E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 61 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.13749661E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.3435135 2_GWT-(1,38,44) + Model 2 1 1.61254547E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 62 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.16130343E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.2592118 2_GWT-(1,38,44) + Model 2 1 -1.63929599E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 63 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.12738955E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.1587723 2_GWT-(1,38,44) + Model 2 1 1.57068598E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 64 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.15297312E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.0544301 2_GWT-(1,38,44) + Model 2 1 -1.60364380E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 65 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.11736982E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.9580651 2_GWT-(1,38,45) + Model 2 1 1.53050905E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 66 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.14469965E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.8732357 2_GWT-(1,38,45) + Model 2 1 -1.56638862E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 67 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.10743504E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.7775345 2_GWT-(1,38,45) + Model 2 1 1.49167363E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 68 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.13647677E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.6770439 2_GWT-(1,38,46) + Model 2 1 -1.52798521E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 69 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.09758332E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.6015920 2_GWT-(1,38,46) + Model 2 1 1.45389549E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 70 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12829928E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.5177991 2_GWT-(1,38,46) + Model 2 1 -1.48883146E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 71 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.08781314E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.4256740 2_GWT-(1,38,46) + Model 2 1 1.41703822E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 72 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12016296E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.3460142 2_GWT-(1,38,47) + Model 2 1 -1.44918886E-08 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 73 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.07812330E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.2711928 2_GWT-(1,38,47) + Model 2 1 1.38087444E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 74 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.11206446E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.1896258 2_GWT-(1,38,47) + Model 2 1 -1.41159262E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 75 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.06851293E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.1040973 2_GWT-(1,38,48) + Model 2 1 1.34535867E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 76 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.10400114E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.0381906 2_GWT-(1,38,48) + Model 2 1 -1.37468987E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 77 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.05898140E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.9650398 2_GWT-(1,38,48) + Model 2 1 1.31038860E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 78 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.09597107E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.8850784 2_GWT-(1,38,48) + Model 2 1 -1.33762796E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 79 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.04952826E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.8178148 2_GWT-(1,38,49) + Model 2 1 1.27593012E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 80 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.08797284E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7513980 2_GWT-(1,38,49) + Model 2 1 -1.30052058E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 81 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.04015327E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.6807113 2_GWT-(1,38,49) + Model 2 1 1.24201733E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 82 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.08000557E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.6072989 2_GWT-(1,38,50) + Model 2 1 -1.26359510E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 83 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.03085631E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.5500376 2_GWT-(1,38,50) + Model 2 1 1.20853656E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 84 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.07206875E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4844938 2_GWT-(1,38,50) + Model 2 1 -1.22691972E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 85 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.02163737E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4152516 2_GWT-(1,38,50) + Model 2 1 1.17554464E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 86 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.06416226E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.3573627 2_GWT-(1,38,51) + Model 2 1 -1.19061951E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 87 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.01249654E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2988525 2_GWT-(1,38,51) + Model 2 1 1.14301884E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 88 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.05628624E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2358974 2_GWT-(1,38,51) + Model 2 1 -1.15480816E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 89 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.00343395E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.1733560 2_GWT-(1,38,52) + Model 2 1 1.11101599E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 90 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04844109E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.1227368 2_GWT-(1,38,52) + Model 2 1 -1.11951977E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 91 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.94449774E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0638225 2_GWT-(1,38,52) + Model 2 1 1.07947926E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 92 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04062740E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0029069 2_GWT-(1,38,52) + Model 2 1 -1.08486802E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 93 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.85544226E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.9530691 2_GWT-(1,38,53) + Model 2 1 1.04845412E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 94 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.03284590E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.9012213 2_GWT-(1,38,53) + Model 2 1 -1.05085292E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 95 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.76717517E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8444551 2_GWT-(1,38,53) + Model 2 1 1.01792921E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 96 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.02509745E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7912217 2_GWT-(1,38,54) + Model 2 1 -1.01753130E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 97 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.67969860E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7459045 2_GWT-(1,38,54) + Model 2 1 9.87915882E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 98 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01738301E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.6926606 2_GWT-(1,38,54) + Model 2 1 -9.84903181E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 99 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.59301456E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.6385511 2_GWT-(1,38,55) + Model 2 1 9.58448254E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 100 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00970358E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.5955896 2_GWT-(1,38,55) + Model 2 1 -9.53014023E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 101 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.50712485E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.5491765 2_GWT-(1,38,55) + Model 2 1 9.29458110E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 102 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00206023E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4976515 2_GWT-(1,38,55) + Model 2 1 -9.21863830E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 103 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.42203101E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4520465 2_GWT-(1,38,56) + Model 2 1 9.01070507E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 104 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.94454028E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4115548 2_GWT-(1,38,56) + Model 2 1 -8.91463969E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 105 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.33773425E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3626728 2_GWT-(1,38,56) + Model 2 1 8.73228601E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 106 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.86886062E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3171915 2_GWT-(1,38,57) + Model 2 1 -8.61780336E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 107 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.25423542E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2770803 2_GWT-(1,38,57) + Model 2 1 8.45932391E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 108 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.79357411E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2357895 2_GWT-(1,38,57) + Model 2 1 -8.32881142E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 109 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.17153499E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1881004 2_GWT-(1,38,57) + Model 2 1 8.19261459E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 110 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.71869136E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1492295 2_GWT-(1,38,58) + Model 2 1 -8.04720912E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 111 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.08963300E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1129004 2_GWT-(1,38,58) + Model 2 1 7.93136223E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 112 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.64422271E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0676462 2_GWT-(1,38,58) + Model 2 1 -7.77322384E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 113 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.00852908E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0299902 2_GWT-(1,38,59) + Model 2 1 7.67602160E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 114 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.57017817E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9913574 2_GWT-(1,38,59) + Model 2 1 -7.50651452E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 115 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.92822241E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9554004 2_GWT-(1,38,59) + Model 2 1 7.42613793E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 116 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.49656733E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9123722 2_GWT-(1,38,60) + Model 2 1 -7.24708116E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 117 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.84871176E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8777922 2_GWT-(1,38,60) + Model 2 1 7.18227966E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 118 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.42339936E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8441354 2_GWT-(1,38,60) + Model 2 1 -6.99469638E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 119 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.76999545E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8028923 2_GWT-(1,38,60) + Model 2 1 6.94421942E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 120 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.35068290E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7716636 2_GWT-(1,38,61) + Model 2 1 -6.74936018E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 121 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.69861977E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7339035 2_GWT-(1,38,61) + Model 2 1 6.71161615E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 122 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.27842613E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7029340 2_GWT-(1,38,61) + Model 2 1 -6.51061782E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 123 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.64612649E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6639257 2_GWT-(1,38,62) + Model 2 1 6.48481091E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 124 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.20663668E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6335288 2_GWT-(1,38,62) + Model 2 1 -6.27892405E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 125 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.59359364E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6007223 2_GWT-(1,38,62) + Model 2 1 6.26357632E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 126 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.13532163E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5644195 2_GWT-(1,38,62) + Model 2 1 -6.05393780E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 127 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.54104036E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5375840 2_GWT-(1,38,63) + Model 2 1 6.04813977E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 128 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.06448754E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5013645 2_GWT-(1,38,63) + Model 2 1 -5.83531801E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 129 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.48848496E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4739222 2_GWT-(1,38,63) + Model 2 1 5.83827386E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 130 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.99414043E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4382634 2_GWT-(1,38,64) + Model 2 1 -5.62295099E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 131 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.43594497E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4124982 2_GWT-(1,38,64) + Model 2 1 5.63363756E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 132 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.92428576E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3794364 2_GWT-(1,38,64) + Model 2 1 -5.41695044E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 133 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.38343718E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3484393 2_GWT-(1,38,64) + Model 2 1 5.43457190E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 134 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.85492849E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3240793 2_GWT-(1,38,65) + Model 2 1 -5.21708898E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 135 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.33097758E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2908287 2_GWT-(1,38,65) + Model 2 1 5.24084953E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 136 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.78607303E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2648233 2_GWT-(1,38,65) + Model 2 1 -5.02313924E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 137 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.27858143E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2329495 2_GWT-(1,38,66) + Model 2 1 5.05258413E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 138 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.71772332E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2110817 2_GWT-(1,38,66) + Model 2 1 -4.83532858E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 139 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.22626326E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1779698 2_GWT-(1,38,66) + Model 2 1 4.86943463E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 140 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.64988279E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1514454 2_GWT-(1,38,66) + Model 2 1 -4.65308858E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 141 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.17403690E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1285570 2_GWT-(1,38,67) + Model 2 1 4.69151473E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 142 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.58255439E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0994207 2_GWT-(1,38,67) + Model 2 1 -4.47698767E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 143 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.12191546E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0732982 2_GWT-(1,38,68) + Model 2 1 4.51916549E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 144 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.51574064E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0459211 2_GWT-(1,38,68) + Model 2 1 -4.30611635E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 145 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.06991142E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0262963 2_GWT-(1,38,68) + Model 2 1 4.35193215E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 146 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.44944359E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9943584 2_GWT-(1,38,68) + Model 2 1 -4.14127044E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 147 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.01803656E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9721745 2_GWT-(1,38,69) + Model 2 1 4.19004209E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 148 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.38366491E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9492475 2_GWT-(1,38,69) + Model 2 1 -3.98188149E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 149 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.96630208E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9243191 2_GWT-(1,38,69) + Model 2 1 4.03360900E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 150 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.31840582E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9003471 2_GWT-(1,38,70) + Model 2 1 -3.82840426E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 151 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.91471854E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8750843 2_GWT-(1,38,70) + Model 2 1 3.88286026E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 152 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.25366721E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8559952 2_GWT-(1,38,70) + Model 2 1 -3.68095243E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 153 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.86329594E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8265798 2_GWT-(1,38,70) + Model 2 1 3.73779585E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 154 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.18944959E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8081980 2_GWT-(1,38,71) + Model 2 1 -3.53952601E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 155 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.81204370E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7847356 2_GWT-(1,38,71) + Model 2 1 3.59875685E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 156 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.12575310E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7630713 2_GWT-(1,38,71) + Model 2 1 -3.40435236E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 157 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.76097070E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7407278 2_GWT-(1,38,72) + Model 2 1 3.46608431E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 158 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.06257758E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7182992 2_GWT-(1,38,72) + Model 2 1 -3.27588623E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 159 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.71008531E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6987431 2_GWT-(1,38,72) + Model 2 1 3.34011929E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 160 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.99992258E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6727065 2_GWT-(1,38,73) + Model 2 1 -3.15435500E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 161 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.65939540E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6565055 2_GWT-(1,38,73) + Model 2 1 3.22097549E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 162 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.93778733E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6335994 2_GWT-(1,38,73) + Model 2 1 -3.04032710E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 163 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.60890836E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6138195 2_GWT-(1,38,73) + Model 2 1 3.10910764E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 164 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.87617080E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5933297 2_GWT-(1,38,74) + Model 2 1 -2.93402991E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 165 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.55863112E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5735821 2_GWT-(1,38,74) + Model 2 1 3.00553893E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 166 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.81507170E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5534782 2_GWT-(1,38,74) + Model 2 1 -2.83569079E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 167 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.50857017E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5315180 2_GWT-(1,38,75) + Model 2 1 2.91026936E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 168 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.75448852E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5157866 2_GWT-(1,38,75) + Model 2 1 -2.74656031E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 169 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.45873159E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4943103 2_GWT-(1,38,75) + Model 2 1 2.82398105E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 170 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.69441950E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4752938 2_GWT-(1,38,75) + Model 2 1 -2.66629741E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 171 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.40912106E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4571077 2_GWT-(1,38,76) + Model 2 1 2.74724243E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 172 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.63486270E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4393335 2_GWT-(1,38,76) + Model 2 1 -2.59603894E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 173 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.35974386E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4191947 2_GWT-(1,38,76) + Model 2 1 2.68073563E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 174 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.57581596E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4008454 2_GWT-(1,38,77) + Model 2 1 -2.53623966E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 175 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.31060492E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3850976 2_GWT-(1,38,77) + Model 2 1 2.62502908E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 176 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.51727696E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3653742 2_GWT-(1,38,77) + Model 2 1 -2.48712695E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 177 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.26170883E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3475125 2_GWT-(1,38,78) + Model 2 1 2.58057753E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 178 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.45924319E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3309635 2_GWT-(1,38,78) + Model 2 1 -2.44995135E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 179 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.21305983E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3143765 2_GWT-(1,38,78) + Model 2 1 2.54840415E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 180 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.40171200E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2948226 2_GWT-(1,38,78) + Model 2 1 -2.42448550E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 181 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.16466185E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2793750 2_GWT-(1,38,79) + Model 2 1 2.52805421E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 182 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.34468061E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2636306 2_GWT-(1,38,79) + Model 2 1 -2.41175258E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 183 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.11651852E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2454932 2_GWT-(1,38,79) + Model 2 1 2.52123300E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 184 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.28814608E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2295902 2_GWT-(1,38,80) + Model 2 1 -2.41186626E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 185 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.06863317E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2137853 2_GWT-(1,38,80) + Model 2 1 2.52771315E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 186 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.23210536E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1978564 2_GWT-(1,38,80) + Model 2 1 -2.42562237E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 187 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.02100889E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1802931 2_GWT-(1,38,81) + Model 2 1 2.54874521E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 188 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.17655531E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1660759 2_GWT-(1,38,81) + Model 2 1 -2.45358933E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 189 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.97364847E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1505762 2_GWT-(1,38,81) + Model 2 1 2.58467026E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 190 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.12149265E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1336517 2_GWT-(1,38,81) + Model 2 1 -2.49713139E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 191 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.92655448E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1195173 2_GWT-(1,38,82) + Model 2 1 2.63730726E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 192 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.06691404E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1045636 2_GWT-(1,38,82) + Model 2 1 -2.55704435E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 193 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.87972925E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0890740 2_GWT-(1,38,82) + Model 2 1 2.70824785E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 194 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.01281604E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0736985 2_GWT-(1,38,83) + Model 2 1 -2.63605671E-09 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 195 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.83317486E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0601522 2_GWT-(1,38,83) + Model 2 1 -2.86490831E-09 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 196 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.95919513E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0451257 2_GWT-(1,38,83) + Model 2 1 2.78942025E-09 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 197 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.78689321E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0292386 2_GWT-(1,38,84) + Model 2 1 -3.05919912E-09 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 198 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.90604776E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0166361 2_GWT-(1,38,84) + Model 2 1 3.00508418E-09 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 199 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.74088600E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0024483 2_GWT-(1,38,84) + Model 2 1 -3.29407612E-09 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 200 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.85337026E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9873868 2_GWT-(1,38,84) + Model 2 1 3.26519967E-09 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 201 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.69515470E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9740226 2_GWT-(1,38,85) + Model 2 1 -3.57897534E-09 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 202 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.80115896E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9609631 2_GWT-(1,38,85) + Model 2 1 3.58249963E-09 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 203 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.64970064E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9465148 2_GWT-(1,38,85) + Model 2 1 -3.92878974E-09 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 204 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.74941011E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9326001 2_GWT-(1,38,86) + Model 2 1 3.97426447E-09 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 205 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.60452495E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9203107 2_GWT-(1,38,86) + Model 2 1 -4.36455139E-09 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 206 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.69811992E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9067545 2_GWT-(1,38,86) + Model 2 1 4.46675585E-09 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 207 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.55962861E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8922071 2_GWT-(1,38,87) + Model 2 1 -4.91752417E-09 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 208 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.64728459E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8805914 2_GWT-(1,38,87) + Model 2 1 5.09953679E-09 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 209 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.51501244E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8679433 2_GWT-(1,38,87) + Model 2 1 -5.63716185E-09 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 210 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.59690027E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8540770 2_GWT-(1,38,87) + Model 2 1 5.93831828E-09 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 211 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.47067710E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8418782 2_GWT-(1,38,88) + Model 2 1 -6.60941168E-09 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 212 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.54696308E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8299515 2_GWT-(1,38,88) + Model 2 1 7.10190307E-09 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 213 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.42662314E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8169162 2_GWT-(1,38,88) + Model 2 1 -7.99923328E-09 * 2_GWT-(1,41,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 214 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.49746913E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8040658 2_GWT-(1,38,89) + Model 2 1 -9.18275589E-09 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 215 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.38285095E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7928357 2_GWT-(1,38,89) + Model 2 1 -1.08794396E-08 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 216 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.44841451E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7805831 2_GWT-(1,38,89) + Model 2 1 -1.31107640E-08 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 217 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.33936081E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7672503 2_GWT-(1,38,89) + Model 2 1 -1.62795146E-08 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 218 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.39979530E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7565957 2_GWT-(1,38,90) + Model 2 1 -2.10355751E-08 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 219 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.29615286E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7450405 2_GWT-(1,38,90) + Model 2 1 -2.92924156E-08 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 220 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.35160757E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7324633 2_GWT-(1,38,90) + Model 2 1 -4.68728985E-08 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 221 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.25322716E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7211889 2_GWT-(1,38,91) + Model 2 1 -1.14971122E-07 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 222 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.30384738E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7103093 2_GWT-(1,38,91) + Model 2 1 2.71867066E-07 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 223 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.21058364E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6984439 2_GWT-(1,38,91) + Model 2 1 6.15654514E-08 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 224 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.25651079E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6866167 2_GWT-(1,38,92) + Model 2 1 -3.67783883E-08 * 2_GWT-(1,43,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 225 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.16822213E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6763928 2_GWT-(1,38,92) + Model 2 1 -2.72500529E-08 * 2_GWT-(1,43,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 226 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.20959387E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6651977 2_GWT-(1,38,92) + Model 2 1 -2.20679794E-08 * 2_GWT-(1,43,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 227 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.12614238E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6530412 2_GWT-(1,38,92) + Model 2 1 -1.87476701E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 228 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.16309269E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6433178 2_GWT-(1,38,93) + Model 2 1 -1.64089613E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 229 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.08434402E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6327581 2_GWT-(1,38,93) + Model 2 1 -1.46089718E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 230 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.11700333E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6212685 2_GWT-(1,38,93) + Model 2 1 -1.31607294E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 231 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.04282664E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6111519 2_GWT-(1,38,94) + Model 2 1 -1.19348016E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 232 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.07132186E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6012058 2_GWT-(1,38,94) + Model 2 1 -1.08761782E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 233 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.00158971E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5903443 2_GWT-(1,38,94) + Model 2 1 -9.92901050E-09 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 234 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.02604438E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5800477 2_GWT-(1,38,95) + Model 2 1 -9.07786557E-09 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 235 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.96063263E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5706850 2_GWT-(1,38,95) + Model 2 1 -8.29265900E-09 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 236 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.98116700E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5604146 2_GWT-(1,38,95) + Model 2 1 -7.58501528E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 237 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.91995475E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5502748 2_GWT-(1,38,96) + Model 2 1 -6.92112678E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 238 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.93668585E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5414482 2_GWT-(1,38,96) + Model 2 1 -6.30529939E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 239 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.87955534E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5317295 2_GWT-(1,38,96) + Model 2 1 -5.72508441E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 240 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.89259707E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5222528 2_GWT-(1,38,97) + Model 2 1 -5.18623722E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 241 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.83943360E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5138930 2_GWT-(1,38,97) + Model 2 1 -4.67956340E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 242 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.84889683E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5046629 2_GWT-(1,38,97) + Model 2 1 -4.21033519E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 243 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.79958868E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4965434 2_GWT-(1,38,98) + Model 2 1 -3.77158926E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 244 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.80558129E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4885412 2_GWT-(1,38,98) + Model 2 1 -3.36729045E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 245 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.76001965E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4806793 2_GWT-(1,38,99) + Model 2 1 -2.99206704E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 246 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.76264667E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4736834 2_GWT-(1,38,99) + Model 2 1 -2.65256972E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 247 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.72072557E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4671988 2_GWT-(1,38,100) + Model 2 1 -2.33984565E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 248 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.72008920E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4615153 2_GWT-(1,38,101) + Model 2 1 -2.05523065E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 249 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.68170541E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4557706 2_GWT-(1,38,101) + Model 2 1 -1.79593940E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 250 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.67790512E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4491542 2_GWT-(1,38,101) + Model 2 1 -1.56228452E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.37620000E-02 + Logical 6.40000000E-05 + Integer 5.4216120 + Real 12.678856 + ------------------------------- + Total 18.114294 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/10/01 17:54:13 + Elapsed run time: 44.147 Seconds + Normal termination of simulation. diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/mfsim.nam b/src/notebooks/models/mf6/pumptreat_0p37p/mfsim.nam new file mode 100644 index 0000000..643505e --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p37p/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreat.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreat.nam gwf_pumptreat + gwt6 gwt_pumptreat.nam gwt_pumptreat +END models + +BEGIN exchanges + GWF6-GWT6 pumptreat.gwfgwt gwf_pumptreat gwt_pumptreat +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreat.ims gwf_pumptreat + ims6 gwt_pumptreat.ims gwt_pumptreat +END solutiongroup 1 + diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/plume.png b/src/notebooks/models/mf6/pumptreat_0p37p/plume.png new file mode 100644 index 0000000..18ab582 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p37p/plume.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p37p/pumptreat.gwfgwt b/src/notebooks/models/mf6/pumptreat_0p37p/pumptreat.gwfgwt new file mode 100644 index 0000000..7525875 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p37p/pumptreat.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:53:29. diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/boundary_conditions.png b/src/notebooks/models/mf6/pumptreat_0p56p/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p56p/boundary_conditions.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/concentration_time_series.png b/src/notebooks/models/mf6/pumptreat_0p56p/concentration_time_series.png new file mode 100644 index 0000000..7d4ae08 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p56p/concentration_time_series.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.chd b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.chd new 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0000000..a341340 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.ims @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options + PRINT_OPTION summary + COMPLEXITY simple +END options + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.lst new file mode 100644 index 0000000..7736865 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.lst @@ -0,0 +1,212 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREAT/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 3 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_pumptreat.dis.grb + + OPENED gwf_pumptreat.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreat.bud + + OPENED gwf_pumptreat.bud + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_pumptreat.hds + + OPENED gwf_pumptreat.hds + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.nam new file mode 100644 index 0000000..e19a111 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_pumptreat.dis dis + IC6 gwf_pumptreat.ic ic + NPF6 gwf_pumptreat.npf npf + STO6 gwf_pumptreat.sto sto + CHD6 gwf_pumptreat.chd chd-1 + WEL6 gwf_pumptreat.wel wel-1 + OC6 gwf_pumptreat.oc gwfgwt +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.npf b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.npf new file mode 100644 index 0000000..f0c0ef1 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.npf @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options + SAVE_FLOWS + SAVE_SPECIFIC_DISCHARGE +END options + +BEGIN griddata + icelltype + CONSTANT 1 + k + CONSTANT 1.00000000 + k33 + CONSTANT 0.30000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.oc new file mode 100644 index 0000000..b1414d3 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options + BUDGET FILEOUT gwf_pumptreat.bud + HEAD FILEOUT gwf_pumptreat.hds +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.sto b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.sto new file mode 100644 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0.20000000 0.20000000 0.20000000 0.20000000 0.20000000 0.20000000 0.20000000 0.20000000 +END griddata + +BEGIN period 1 + STEADY-STATE +END period 1 + +BEGIN period 2 + TRANSIENT +END period 2 + +BEGIN period 3 + TRANSIENT +END period 3 + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.tdis b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.tdis new file mode 100644 index 0000000..8c19834 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.tdis @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 2 +END dimensions + +BEGIN perioddata + 1.00000000 1 1.00000000 + 3000.00000000 250 1.00000000 +END perioddata + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.wel b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.wel new file mode 100644 index 0000000..b0d4156 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwf_pumptreat.wel @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 3 +END dimensions + +BEGIN period 1 +END period 1 + +BEGIN period 2 + 1 41 26 -6.60000000E-01 0 + 1 34 26 -6.60000000E-01 0 + 1 26 26 -6.60000000E-01 0 +END period 2 + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.adv b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.adv new file mode 100644 index 0000000..d08fa89 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.adv @@ -0,0 +1,5 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options + SCHEME upstream +END options + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.cbc b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.cbc new file mode 100644 index 0000000..e69de29 diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.cnc b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.cnc new file mode 100644 index 0000000..7ba197a --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.cnc @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 6 +END dimensions + +BEGIN period 1 + 1 41 26 1000.00000000 + 1 37 26 1000.00000000 + 1 43 26 1000.00000000 + 1 34 26 1000.00000000 + 1 43 24 1000.00000000 + 1 34 23 1000.00000000 +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.dis b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.dis new file mode 100644 index 0000000..3450505 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.dis @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 101 + NCOL 101 +END dimensions + +BEGIN griddata + delr + CONSTANT 1.00000000 + delc + CONSTANT 1.00000000 + top + CONSTANT 0.00000000 + botm + CONSTANT -30.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.dsp b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.dsp new file mode 100644 index 0000000..bb0dde1 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.dsp @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options +END options + +BEGIN griddata + alh + CONSTANT 1.00000000 + ath1 + CONSTANT 0.50000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.ic b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.ic new file mode 100644 index 0000000..7069a21 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.ic @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options +END options + +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.ims b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.ims new file mode 100644 index 0000000..d353b6c --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.ims @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + LINEAR_ACCELERATION bicgstab + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.lst new file mode 100644 index 0000000..35ea119 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.lst @@ -0,0 +1,207 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1017 + + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_pumptreat.cbc + + OPENED gwt_pumptreat.cbc + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_pumptreat.ucn + + OPENED gwt_pumptreat.ucn + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.mst b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.mst new file mode 100644 index 0000000..8489646 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.nam new file mode 100644 index 0000000..35dc1c4 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreat.dis dis + IC6 gwt_pumptreat.ic ic + ADV6 gwt_pumptreat.adv adv + DSP6 gwt_pumptreat.dsp dsp + MST6 gwt_pumptreat.mst mst + SSM6 gwt_pumptreat.ssm ssm + CNC6 gwt_pumptreat.cnc cnc + OC6 gwt_pumptreat.oc oc +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.oc new file mode 100644 index 0000000..271b284 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options + BUDGET FILEOUT gwt_pumptreat.cbc + CONCENTRATION FILEOUT gwt_pumptreat.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.ssm b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.ssm new file mode 100644 index 0000000..fe8294a --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.ucn b/src/notebooks/models/mf6/pumptreat_0p56p/gwt_pumptreat.ucn new file mode 100644 index 0000000..e69de29 diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/head_distribution.png b/src/notebooks/models/mf6/pumptreat_0p56p/head_distribution.png new file mode 100644 index 0000000..57d3c2c Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p56p/head_distribution.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/mfsim.lst b/src/notebooks/models/mf6/pumptreat_0p56p/mfsim.lst new file mode 100644 index 0000000..49c3979 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/mfsim.lst @@ -0,0 +1,384 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + OPENED gwf_pumptreat.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + OPENED gwf_pumptreat.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + OPENED gwf_pumptreat.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + OPENED gwf_pumptreat.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + OPENED gwf_pumptreat.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + OPENED gwf_pumptreat.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + OPENED gwf_pumptreat.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreat.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_pumptreat.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreat.nam + FILE TYPE:GWT6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + OPENED gwt_pumptreat.dis + FILE TYPE:DIS6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + OPENED gwt_pumptreat.ic + FILE TYPE:IC6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + OPENED gwt_pumptreat.mst + FILE TYPE:MST6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.adv + FILE TYPE:ADV6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.dsp + FILE TYPE:DSP6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + OPENED gwt_pumptreat.ssm + FILE TYPE:SSM6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.oc + FILE TYPE:OC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.cnc + FILE TYPE:CNC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + OPENED pumptreat.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreat.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreat.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 45 -0.49507281 1_GWF-(1,101,100) + Model 2 1 2.98305048E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 46 TOTAL ITERATIONS diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/mfsim.nam b/src/notebooks/models/mf6/pumptreat_0p56p/mfsim.nam new file mode 100644 index 0000000..0eda50d --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreat.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreat.nam gwf_pumptreat + gwt6 gwt_pumptreat.nam gwt_pumptreat +END models + +BEGIN exchanges + GWF6-GWT6 pumptreat.gwfgwt gwf_pumptreat gwt_pumptreat +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreat.ims gwf_pumptreat + ims6 gwt_pumptreat.ims gwt_pumptreat +END solutiongroup 1 + diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/plume.png b/src/notebooks/models/mf6/pumptreat_0p56p/plume.png new file mode 100644 index 0000000..0976ba8 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p56p/plume.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p56p/pumptreat.gwfgwt b/src/notebooks/models/mf6/pumptreat_0p56p/pumptreat.gwfgwt new file mode 100644 index 0000000..14b8de9 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p56p/pumptreat.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 13:06:56. diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/boundary_conditions.png b/src/notebooks/models/mf6/pumptreat_0p66p/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p66p/boundary_conditions.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/concentration_time_series.png b/src/notebooks/models/mf6/pumptreat_0p66p/concentration_time_series.png new file mode 100644 index 0000000..61faf16 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p66p/concentration_time_series.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.chd b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.chd new file mode 100644 index 0000000..1f24af7 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.chd @@ -0,0 +1,215 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 202 +END dimensions + +BEGIN period 1 + 1 1 1 2.50000000E+01 0.00000000E+00 + 1 1 101 2.45000000E+01 0.00000000E+00 + 1 2 1 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--git a/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.dis b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.dis new file mode 100644 index 0000000..939d485 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.dis @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 101 + NCOL 101 +END dimensions + +BEGIN griddata + delr + CONSTANT 1.00000000 + delc + CONSTANT 1.00000000 + top + CONSTANT 0.00000000 + botm + CONSTANT -30.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.dis.grb b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.dis.grb new file mode 100644 index 0000000..dce9abb Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.dis.grb differ diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.hds b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.hds 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b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.lst new file mode 100644 index 0000000..dbb67a1 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.lst @@ -0,0 +1,3817 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREAT/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 3 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_pumptreat.dis.grb + + OPENED gwf_pumptreat.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreat.bud + + OPENED gwf_pumptreat.bud + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_pumptreat.hds + + OPENED gwf_pumptreat.hds + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 14.8837 CHD = 14.8837 CHD-1 + + TOTAL IN = 14.8837 TOTAL IN = 14.8837 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 15.1526 CHD = 15.1526 CHD-1 + + TOTAL OUT = 15.1526 TOTAL OUT = 15.1526 + + IN - OUT = -0.2688 IN - OUT = -0.2688 + + PERCENT DISCREPANCY = -1.79 PERCENT DISCREPANCY = -1.79 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 2, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 3, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 4, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 5, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 6, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 7, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 8, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 9, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 10, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 11, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 12, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 13, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 14, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="15" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 15, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="16" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 16, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="17" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 17, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="18" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 18, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="19" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 19, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="20" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 20, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="21" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 21, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="22" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 22, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="23" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 23, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="24" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 24, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="25" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 25, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="26" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 26, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="27" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 27, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="28" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 28, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="29" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 29, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="30" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 30, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="31" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 31, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="32" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 32, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="33" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 33, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="34" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 34, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="35" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 35, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="36" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 36, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="37" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 37, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="38" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 38, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="39" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 39, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="40" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 40, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="41" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 41, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="42" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 42, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="43" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 43, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="44" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 44, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="45" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 45, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="46" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 46, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="47" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 47, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="48" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 48, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="49" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 49, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="50" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 50, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="51" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 51, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="52" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 52, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="53" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 53, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="54" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 54, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="55" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 55, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="56" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 56, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="57" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 57, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="58" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 58, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="59" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 59, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="60" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 60, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="61" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 61, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="62" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 62, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="63" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 63, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="64" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 64, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="65" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 65, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="66" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 66, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="67" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 67, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="68" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 68, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="69" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 69, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="70" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 70, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="71" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 71, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="72" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 72, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="73" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 73, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="74" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 74, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="75" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 75, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="76" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 76, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="77" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 77, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="78" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 78, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="79" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 79, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="80" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 80, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="81" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 81, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="82" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 82, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="83" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 83, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="84" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 84, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="85" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 85, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="86" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 86, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="87" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 87, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="88" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 88, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="89" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 89, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="90" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 90, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="91" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 91, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="92" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 92, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="93" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 93, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="94" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 94, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="95" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 95, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="96" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 96, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="97" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 97, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="98" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 98, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="99" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 99, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="100" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 100, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="101" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 101, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="102" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 102, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="103" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 103, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="104" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 104, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="105" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 105, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="106" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 106, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="107" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 107, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="108" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 108, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="109" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 109, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="110" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 110, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="111" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 111, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="112" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 112, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="113" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 113, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="114" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 114, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="115" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 115, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="116" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 116, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="117" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 117, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="118" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 118, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="119" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 119, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="120" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 120, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="121" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 121, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="122" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 122, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="123" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 123, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="124" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 124, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="125" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 125, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="126" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 126, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="127" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 127, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="128" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 128, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="129" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 129, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="130" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 130, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="131" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 131, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="132" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 132, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="133" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 133, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="134" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 134, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="135" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 135, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="136" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 136, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="137" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 137, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="138" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 138, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="139" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 139, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="140" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 140, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="141" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 141, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="142" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 142, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="143" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 143, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="144" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 144, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="145" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 145, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="146" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 146, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="147" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 147, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="148" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 148, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="149" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 149, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="150" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 150, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="151" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 151, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="152" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 152, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="153" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 153, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="154" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 154, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="155" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 155, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="156" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 156, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="157" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 157, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="158" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 158, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="159" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 159, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="160" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 160, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="161" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 161, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="162" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 162, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="163" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 163, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="164" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 164, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="165" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 165, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="166" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 166, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="167" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 167, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="168" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 168, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="169" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 169, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="170" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 170, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="171" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 171, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="172" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 172, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="173" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 173, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="174" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 174, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="175" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 175, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="176" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 176, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="177" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 177, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="178" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 178, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="179" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 179, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="180" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 180, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="181" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 181, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="182" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 182, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="183" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 183, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="184" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 184, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="185" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 185, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="186" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 186, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="187" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 187, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="188" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 188, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="189" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 189, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="190" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 190, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="191" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 191, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="192" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 192, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="193" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 193, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="194" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 194, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="195" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 195, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="196" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 196, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="197" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 197, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="198" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 198, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="199" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 199, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="200" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 200, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="201" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 201, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="202" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 202, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="203" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 203, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="204" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 204, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="205" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 205, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="206" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 206, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="207" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 207, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="208" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 208, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="209" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 209, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="210" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 210, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="211" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 211, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="212" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 212, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="213" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 213, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="214" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 214, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="215" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 215, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="216" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 216, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="217" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 217, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="218" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 218, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="219" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 219, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="220" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 220, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="221" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 221, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="222" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 222, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="223" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 223, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="224" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 224, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="225" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 225, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="226" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 226, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="227" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 227, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="228" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 228, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="229" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 229, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="230" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 230, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="231" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 231, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="232" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 232, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="233" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 233, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="234" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 234, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="235" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 235, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="236" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 236, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="237" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 237, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="238" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 238, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="239" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 239, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="240" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 240, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="241" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 241, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="242" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 242, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="243" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 243, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="244" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 244, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="245" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 245, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="246" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 246, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="247" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 247, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="248" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 248, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="249" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 249, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="250" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.4113E-02 STO-SS = 1.2329E-06 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 48969.7136 CHD = 16.3904 CHD-1 + + TOTAL IN = 48969.7277 TOTAL IN = 16.3904 + + OUT: OUT: + ---- ---- + STO-SS = 4.9001E-04 STO-SS = 2.4636E-08 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 5940.0000 WEL = 1.9800 WEL-1 + CHD = 45120.6708 CHD = 14.9113 CHD-1 + + TOTAL OUT = 51060.6713 TOTAL OUT = 16.8913 + + IN - OUT = -2090.9436 IN - OUT = -0.5009 + + PERCENT DISCREPANCY = -4.18 PERCENT DISCREPANCY = -3.01 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.nam new file mode 100644 index 0000000..a4f8cc8 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_pumptreat.dis dis + IC6 gwf_pumptreat.ic ic + NPF6 gwf_pumptreat.npf npf + STO6 gwf_pumptreat.sto sto + CHD6 gwf_pumptreat.chd chd-1 + WEL6 gwf_pumptreat.wel wel-1 + OC6 gwf_pumptreat.oc gwfgwt +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.npf b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.npf new file mode 100644 index 0000000..0c1bb50 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.npf @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. +BEGIN options + SAVE_FLOWS + SAVE_SPECIFIC_DISCHARGE +END options + +BEGIN griddata + icelltype + CONSTANT 1 + k + CONSTANT 1.00000000 + k33 + CONSTANT 0.30000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.oc new file mode 100644 index 0000000..8cc9aa0 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/gwf_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. +BEGIN options + BUDGET FILEOUT gwf_pumptreat.bud + HEAD FILEOUT gwf_pumptreat.hds +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL +END 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0000000..33ec18b --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.lst @@ -0,0 +1,4032 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1017 + + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_pumptreat.cbc + + OPENED gwt_pumptreat.cbc + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_pumptreat.ucn + + OPENED gwt_pumptreat.ucn + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 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8.3178-173 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 3509.0767 CNC = 3509.0767 CNC + + TOTAL IN = 3509.0767 TOTAL IN = 3509.0767 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 3509.0767 STORAGE-AQUEOUS = 3509.0767 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 8.1595E-98 CHD = 8.1595E-98 SSM_CHD-1 + CNC = 0.0000 CNC = 0.0000 CNC + + TOTAL OUT = 3509.0767 TOTAL OUT = 3509.0767 + + IN - OUT = 8.0036E-11 IN - OUT = 8.0036E-11 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + +end timestep + + 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........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ 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6.3096E-15 8.9361E-15 + 1.2589E-14 1.7642E-14 2.4597E-14 3.4119E-14 4.7088E-14 6.4663E-14 8.8356E-14 1.2014E-13 1.6255E-13 2.1886E-13 + 2.9326E-13 3.9106E-13 5.1898E-13 6.8547E-13 9.0108E-13 1.1789E-12 1.5352E-12 1.9899E-12 2.5672E-12 3.2968E-12 + 4.2142E-12 5.3623E-12 6.7921E-12 8.5642E-12 1.0750E-11 1.3433E-11 1.6711E-11 2.0697E-11 2.5519E-11 3.1327E-11 + 3.8289E-11 4.6593E-11 5.6453E-11 6.8103E-11 8.1803E-11 9.7839E-11 1.1652E-10 1.3818E-10 1.6316E-10 1.9186E-10 + 2.2466E-10 2.6196E-10 3.0418E-10 3.5175E-10 4.0507E-10 4.6455E-10 5.3058E-10 6.0352E-10 6.8369E-10 7.7137E-10 + 8.6676E-10 9.7004E-10 1.0813E-09 1.2004E-09 1.3273E-09 1.4619E-09 1.6037E-09 1.7523E-09 1.9071E-09 2.0675E-09 + 2.2326E-09 2.4014E-09 2.5730E-09 2.7462E-09 2.9197E-09 3.0922E-09 3.2624E-09 3.4287E-09 3.5898E-09 3.7442E-09 + 3.8905E-09 4.0273E-09 4.1534E-09 4.2675E-09 4.3688E-09 4.4565E-09 4.5302E-09 4.5900E-09 4.6363E-09 4.6694E-09 + 4.6888E-09 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 1481.3644 STORAGE-AQUEOUS = 0.1751 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 4440561.6610 CNC = 1462.4076 CNC + + TOTAL IN = 4442043.0254 TOTAL IN = 1462.5827 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 2733269.6852 STORAGE-AQUEOUS = 558.2580 MST + WEL = 7247.7995 WEL = 2.8286 SSM_WEL-1 + CHD = 150616.8773 CHD = 369.4969 SSM_CHD-1 + CNC = 1550908.6633 CNC = 531.9992 CNC + + TOTAL OUT = 4442043.0253 TOTAL OUT = 1462.5827 + + IN - OUT = 4.6006E-05 IN - OUT = -7.3733E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.mst b/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.mst new file mode 100644 index 0000000..bfea6e5 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.nam new file mode 100644 index 0000000..c7aa038 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreat.dis dis + IC6 gwt_pumptreat.ic ic + ADV6 gwt_pumptreat.adv adv + DSP6 gwt_pumptreat.dsp dsp + MST6 gwt_pumptreat.mst mst + SSM6 gwt_pumptreat.ssm ssm + CNC6 gwt_pumptreat.cnc cnc + OC6 gwt_pumptreat.oc oc +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.oc new file mode 100644 index 0000000..b2fafb8 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. +BEGIN options + BUDGET FILEOUT gwt_pumptreat.cbc + CONCENTRATION FILEOUT gwt_pumptreat.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.ssm b/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.ssm new file mode 100644 index 0000000..dc83ef0 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.ucn b/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.ucn new file mode 100644 index 0000000..e15bb76 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p66p/gwt_pumptreat.ucn differ diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/head_distribution.png b/src/notebooks/models/mf6/pumptreat_0p66p/head_distribution.png new file mode 100644 index 0000000..57d3c2c Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p66p/head_distribution.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/mfsim.lst b/src/notebooks/models/mf6/pumptreat_0p66p/mfsim.lst new file mode 100644 index 0000000..1f2579e --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/mfsim.lst @@ -0,0 +1,7424 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + OPENED gwf_pumptreat.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + OPENED gwf_pumptreat.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + OPENED gwf_pumptreat.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + OPENED gwf_pumptreat.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + OPENED gwf_pumptreat.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + OPENED gwf_pumptreat.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + OPENED gwf_pumptreat.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreat.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_pumptreat.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreat.nam + FILE TYPE:GWT6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + OPENED gwt_pumptreat.dis + FILE TYPE:DIS6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + OPENED gwt_pumptreat.ic + FILE TYPE:IC6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + OPENED gwt_pumptreat.mst + FILE TYPE:MST6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.adv + FILE TYPE:ADV6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.dsp + FILE TYPE:DSP6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + OPENED gwt_pumptreat.ssm + FILE TYPE:SSM6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.oc + FILE TYPE:OC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.cnc + FILE TYPE:CNC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + OPENED pumptreat.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreat.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreat.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 45 -0.49507281 1_GWF-(1,101,100) + Model 2 1 2.98305048E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 46 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 68.659043 2_GWT-(1,43,25) + Model 2 1 2.83247818E-18 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 3000.000 + ------------------------------------------ + NUMBER OF TIME STEPS = 250 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 12.00000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 19 -3.08870125E-02 1_GWF-(1,34,26) + Model 2 1 2.42818139E-04 * 1_GWF-(1,40,20) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 20 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 390.95827 2_GWT-(1,43,25) + Model 2 1 1.42620138E-10 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.73581206E-04 * 1_GWF-(1,41,19) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 173.67778 2_GWT-(1,43,25) + Model 2 1 -5.22398125E-10 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.68401946E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 102.93148 2_GWT-(1,42,27) + Model 2 1 -6.84170387E-10 * 2_GWT-(1,39,36) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.67808882E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 79.180468 2_GWT-(1,42,27) + Model 2 1 -6.67698785E-10 * 2_GWT-(1,39,36) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.66508811E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 62.778070 2_GWT-(1,42,27) + Model 2 1 -6.22129515E-10 * 2_GWT-(1,38,36) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65818542E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 50.050914 2_GWT-(1,42,28) + Model 2 1 -4.92219043E-10 * 2_GWT-(1,38,36) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.64285976E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 43.074153 2_GWT-(1,42,28) + Model 2 1 -4.13780676E-10 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.63774128E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 37.487087 2_GWT-(1,41,28) + Model 2 1 -3.22222804E-10 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.61835293E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 32.764893 2_GWT-(1,41,28) + Model 2 1 -2.33181030E-10 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.61790599E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 31.381812 2_GWT-(1,41,28) + Model 2 1 -1.75290893E-10 * 2_GWT-(1,38,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.59205420E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 27.808660 2_GWT-(1,41,29) + Model 2 1 -1.34306344E-10 * 2_GWT-(1,38,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.59937849E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 26.221850 2_GWT-(1,41,29) + Model 2 1 -1.07512221E-10 * 2_GWT-(1,37,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.56477592E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 24.204760 2_GWT-(1,41,29) + Model 2 1 -1.05250919E-10 * 2_GWT-(1,37,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.58238350E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 22.598502 2_GWT-(1,41,29) + Model 2 1 -7.37805372E-11 * 2_GWT-(1,37,39) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 15 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.53730608E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 21.372142 2_GWT-(1,41,30) + Model 2 1 -1.35894851E-10 * 2_GWT-(1,38,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 16 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.56682512E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 20.216295 2_GWT-(1,41,30) + Model 2 1 -1.01869198E-07 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 17 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.51024246E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 19.054630 2_GWT-(1,41,30) + Model 2 1 -4.18738821E-10 * 2_GWT-(1,38,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 18 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.55247362E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 18.426949 2_GWT-(1,41,31) + Model 2 1 9.18971068E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 19 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.48397531E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 17.501810 2_GWT-(1,36,31) + Model 2 1 -7.90954573E-08 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 20 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.53907627E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 16.878280 2_GWT-(1,41,31) + Model 2 1 8.87575311E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 21 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.46317159E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 16.027269 2_GWT-(1,36,31) + Model 2 1 -8.77271873E-08 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 22 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.52640565E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 15.419059 2_GWT-(1,36,32) + Model 2 1 8.34446325E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 23 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.45383863E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 15.147611 2_GWT-(1,40,32) + Model 2 1 -9.84158532E-08 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 24 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.51427427E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.438604 2_GWT-(1,36,32) + Model 2 1 1.01150761E-07 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 25 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.44456070E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.194954 2_GWT-(1,40,33) + Model 2 1 1.27122405E-07 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 26 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.50253452E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.718301 2_GWT-(1,39,33) + Model 2 1 1.44098692E-07 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 27 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.43529300E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.515817 2_GWT-(1,40,33) + Model 2 1 2.18453124E-07 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 28 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.49107342E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.134190 2_GWT-(1,39,34) + Model 2 1 3.06197393E-07 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 29 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.42600814E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.718060 2_GWT-(1,40,33) + Model 2 1 1.64827475E-06 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 30 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.47980629E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.700629 2_GWT-(1,39,34) + Model 2 1 4.86990984E-07 * 2_GWT-(1,33,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 31 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.41669037E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.255705 2_GWT-(1,38,35) + Model 2 1 -1.86121042E-07 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 32 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.46867100E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.140109 2_GWT-(1,39,34) + Model 2 1 7.31821501E-08 * 2_GWT-(1,33,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 33 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.40733175E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.939799 2_GWT-(1,38,35) + Model 2 1 3.02097192E-08 * 2_GWT-(1,33,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 34 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.45762303E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.543051 2_GWT-(1,39,35) + Model 2 1 1.99950421E-08 * 2_GWT-(1,32,35) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 35 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.39792976E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.511512 2_GWT-(1,38,35) + Model 2 1 3.09487405E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 36 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.44663148E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.125340 2_GWT-(1,37,36) + Model 2 1 4.17161914E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 37 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.38848560E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.053807 2_GWT-(1,38,36) + Model 2 1 4.09378345E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 38 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.43567591E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.786051 2_GWT-(1,37,36) + Model 2 1 3.77291656E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 39 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.37900305E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.668433 2_GWT-(1,38,36) + Model 2 1 3.18609636E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 40 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.42474381E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.475584 2_GWT-(1,38,37) + Model 2 1 2.93292430E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 41 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.36948765E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.241855 2_GWT-(1,39,37) + Model 2 1 2.22206609E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 42 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.41382860E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.159684 2_GWT-(1,38,37) + Model 2 1 2.32595028E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 43 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.35994610E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.8701875 2_GWT-(1,39,37) + Model 2 1 -1.57369016E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 44 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.40292806E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.8649736 2_GWT-(1,38,38) + Model 2 1 1.94468441E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 45 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.35038581E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.5206120 2_GWT-(1,38,38) + Model 2 1 -1.42745762E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 46 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.39204313E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.5750313 2_GWT-(1,38,38) + Model 2 1 1.70338410E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 47 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.34081451E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.2840586 2_GWT-(1,38,39) + Model 2 1 -1.33544802E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 48 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.38117693E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.2299997 2_GWT-(1,38,38) + Model 2 1 1.54340398E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 49 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.33124004E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.0538850 2_GWT-(1,37,39) + Model 2 1 -1.27219550E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 50 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.37033402E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.9393016 2_GWT-(1,38,39) + Model 2 1 1.43089949E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 51 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.32167009E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.8171878 2_GWT-(1,38,40) + Model 2 1 -1.22445272E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 52 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.35951986E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.6368819 2_GWT-(1,38,40) + Model 2 1 1.34693323E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 53 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.31211210E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.5897623 2_GWT-(1,38,40) + Model 2 1 -1.18526771E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 54 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.34874035E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.3820040 2_GWT-(1,38,40) + Model 2 1 1.28065665E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 55 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.30257311E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.3366224 2_GWT-(1,38,41) + Model 2 1 -1.15099681E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 56 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.33800156E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.1764670 2_GWT-(1,38,41) + Model 2 1 1.22577433E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 57 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.29305972E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.1218805 2_GWT-(1,38,41) + Model 2 1 -1.11962777E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 58 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.32730948E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.9644813 2_GWT-(1,38,42) + Model 2 1 1.17844934E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 59 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.28357805E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.8777021 2_GWT-(1,38,42) + Model 2 1 -1.08998677E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 60 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.31666984E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.7805678 2_GWT-(1,38,42) + Model 2 1 1.13629710E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 61 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.27413368E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.6737327 2_GWT-(1,38,42) + Model 2 1 -1.06144569E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 62 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.30608803E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.5794910 2_GWT-(1,38,43) + Model 2 1 1.09778284E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 63 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.26473167E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.4733017 2_GWT-(1,38,43) + Model 2 1 -1.03364926E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 64 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.29556904E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.4046449 2_GWT-(1,38,43) + Model 2 1 1.06198002E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 65 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.25537658E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.2801473 2_GWT-(1,38,43) + Model 2 1 -1.00640989E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 66 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.28511738E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.2109457 2_GWT-(1,38,44) + Model 2 1 1.02821218E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 67 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.24607246E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.1195091 2_GWT-(1,38,44) + Model 2 1 -9.79639481E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 68 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.27473710E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.0437060 2_GWT-(1,38,44) + Model 2 1 9.95993332E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 69 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.23682288E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.9422873 2_GWT-(1,38,45) + Model 2 1 -9.53269819E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 70 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.26443178E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.8701753 2_GWT-(1,38,45) + Model 2 1 9.65093250E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 71 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.22763097E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7967875 2_GWT-(1,38,45) + Model 2 1 -9.27263955E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 72 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.25420455E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7100766 2_GWT-(1,38,45) + Model 2 1 9.35349931E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 73 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.21849943E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.6340645 2_GWT-(1,38,46) + Model 2 1 -9.01667363E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 74 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.24405809E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.5615472 2_GWT-(1,38,46) + Model 2 1 9.06618425E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 75 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.20943058E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4939781 2_GWT-(1,38,46) + Model 2 1 -8.76443096E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 76 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.23399469E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4084709 2_GWT-(1,38,46) + Model 2 1 8.78759465E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 77 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.20042639E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.3459110 2_GWT-(1,38,47) + Model 2 1 -8.51605364E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 78 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.22401624E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2797142 2_GWT-(1,38,47) + Model 2 1 8.51721893E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 79 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.19148850E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2108254 2_GWT-(1,38,47) + Model 2 1 -8.27191116E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 80 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.21412430E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.1373208 2_GWT-(1,38,48) + Model 2 1 8.25491497E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 81 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.18261826E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0794165 2_GWT-(1,38,48) + Model 2 1 -8.03217404E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 82 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.20432009E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0180058 2_GWT-(1,38,48) + Model 2 1 8.00002908E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 83 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.17381676E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.9491560 2_GWT-(1,38,48) + Model 2 1 -7.79689913E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 84 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.19460456E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8893731 2_GWT-(1,38,49) + Model 2 1 7.75193598E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 85 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.16508486E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8331184 2_GWT-(1,38,49) + Model 2 1 -7.56631380E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 86 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.18497840E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7735820 2_GWT-(1,38,49) + Model 2 1 7.51089146E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 87 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.15642319E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7075036 2_GWT-(1,38,49) + Model 2 1 -7.34050332E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 88 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.17544207E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.6583279 2_GWT-(1,38,50) + Model 2 1 7.27638394E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 89 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.14783222E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.6037935 2_GWT-(1,38,50) + Model 2 1 -7.11941084E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 90 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.16599580E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.5459583 2_GWT-(1,38,50) + Model 2 1 7.04790182E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 91 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.13931225E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4900935 2_GWT-(1,38,51) + Model 2 1 -6.90315005E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 92 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.15663966E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4428307 2_GWT-(1,38,51) + Model 2 1 6.82553036E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 93 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.13086341E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3895276 2_GWT-(1,38,51) + Model 2 1 -6.69137989E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 94 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.14737358E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3337666 2_GWT-(1,38,51) + Model 2 1 6.60898536E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 95 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12248574E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2879170 2_GWT-(1,38,52) + Model 2 1 -6.48441301E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 96 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.13819732E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2405561 2_GWT-(1,38,52) + Model 2 1 6.39795417E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 97 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.11417915E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1897889 2_GWT-(1,38,52) + Model 2 1 -6.28205044E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 98 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12911052E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1388383 2_GWT-(1,38,53) + Model 2 1 6.19260732E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 99 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.10594346E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0987404 2_GWT-(1,38,53) + Model 2 1 -6.08454798E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 100 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12011274E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0505196 2_GWT-(1,38,53) + Model 2 1 5.99260375E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 101 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.09777840E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0030095 2_GWT-(1,38,53) + Model 2 1 -5.89167826E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 102 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.11120342E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9599599 2_GWT-(1,38,54) + Model 2 1 5.79800030E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 103 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.08968364E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9197422 2_GWT-(1,38,54) + Model 2 1 -5.70346970E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 104 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.10238196E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8733483 2_GWT-(1,38,54) + Model 2 1 5.60859803E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 105 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.08165880E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8281375 2_GWT-(1,38,55) + Model 2 1 -5.51980861E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 106 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.09364766E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7930008 2_GWT-(1,38,55) + Model 2 1 5.42425482E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 107 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.07370341E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7498223 2_GWT-(1,38,55) + Model 2 1 -5.34075184E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 108 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.08499979E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7081404 2_GWT-(1,38,55) + Model 2 1 5.24502752E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 109 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.06581701E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6680049 2_GWT-(1,38,56) + Model 2 1 -5.16632781E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 110 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.07643755E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6344014 2_GWT-(1,38,56) + Model 2 1 5.07063191E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 111 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.05799905E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5908426 2_GWT-(1,38,56) + Model 2 1 -4.99628072E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 112 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.06796014E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5519373 2_GWT-(1,38,57) + Model 2 1 4.90112484E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 113 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.05024900E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5193922 2_GWT-(1,38,57) + Model 2 1 -4.83026952E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 114 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.05956668E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4818974 2_GWT-(1,38,57) + Model 2 1 4.73619366E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 115 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04256627E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4434991 2_GWT-(1,38,57) + Model 2 1 -4.66872052E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 116 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.05125632E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4071389 2_GWT-(1,38,58) + Model 2 1 4.57561100E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 117 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.03495026E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3786395 2_GWT-(1,38,58) + Model 2 1 -4.51126425E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 118 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04302815E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3378326 2_GWT-(1,38,58) + Model 2 1 4.41949055E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 119 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.02740037E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3049433 2_GWT-(1,38,59) + Model 2 1 -4.35809966E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 120 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.03488127E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2733168 2_GWT-(1,38,59) + Model 2 1 4.26769020E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 121 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01991598E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2418231 2_GWT-(1,38,59) + Model 2 1 -4.20902779E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 122 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.02681476E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2072205 2_GWT-(1,37,59) + Model 2 1 4.12009626E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 123 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01249644E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1732910 2_GWT-(1,38,60) + Model 2 1 -4.06396339E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 124 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01882769E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1477669 2_GWT-(1,38,60) + Model 2 1 3.97659505E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 125 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00514113E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1105938 2_GWT-(1,38,60) + Model 2 1 -3.92276434E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 126 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01091913E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0825289 2_GWT-(1,38,61) + Model 2 1 3.83710130E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 127 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.97849400E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0524874 2_GWT-(1,37,61) + Model 2 1 -3.78537379E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 128 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00308816E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0252455 2_GWT-(1,38,61) + Model 2 1 3.70138764E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 129 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.90620611E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9930599 2_GWT-(1,37,61) + Model 2 1 -3.65164965E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 130 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.95333856E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9628151 2_GWT-(1,38,62) + Model 2 1 3.56931196E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 131 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.83454121E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9387450 2_GWT-(1,37,62) + Model 2 1 -3.52150664E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 132 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.87655284E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9057358 2_GWT-(1,38,62) + Model 2 1 3.44098794E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 133 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.76349287E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8807761 2_GWT-(1,38,63) + Model 2 1 -3.39477424E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 134 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.80051530E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8523542 2_GWT-(1,37,63) + Model 2 1 3.31621663E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 135 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.69305473E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8284527 2_GWT-(1,38,63) + Model 2 1 -3.27148086E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 136 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.72521681E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7979657 2_GWT-(1,37,63) + Model 2 1 3.19491278E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 137 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.62322044E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7722971 2_GWT-(1,38,64) + Model 2 1 -3.15154125E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 138 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.65064834E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7502522 2_GWT-(1,37,64) + Model 2 1 3.07699111E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 139 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.55398368E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7200317 2_GWT-(1,38,64) + Model 2 1 -3.03495540E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 140 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.57680092E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6966837 2_GWT-(1,38,65) + Model 2 1 2.96239477E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 141 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.48533821E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6701043 2_GWT-(1,37,65) + Model 2 1 -2.92163804E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 142 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.50366567E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6486040 2_GWT-(1,38,65) + Model 2 1 2.85109536E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 143 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.41727785E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6200472 2_GWT-(1,37,65) + Model 2 1 -2.81147550E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 144 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.43123382E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5986987 2_GWT-(1,38,66) + Model 2 1 2.74314971E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 145 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.34979645E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5774745 2_GWT-(1,37,66) + Model 2 1 -2.70463829E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 146 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.35949670E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5505847 2_GWT-(1,38,66) + Model 2 1 2.63838729E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 147 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.28288795E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5283533 2_GWT-(1,37,67) + Model 2 1 -2.60104116E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 148 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.28844576E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5040507 2_GWT-(1,37,67) + Model 2 1 2.53697863E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 149 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.21654635E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4857205 2_GWT-(1,37,67) + Model 2 1 -2.50076937E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 150 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.21807252E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4581657 2_GWT-(1,37,68) + Model 2 1 2.43883846E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 151 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.15076571E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4395116 2_GWT-(1,38,68) + Model 2 1 -2.40390818E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 152 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.14836865E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4188586 2_GWT-(1,37,68) + Model 2 1 2.34419417E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 153 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.08554019E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3950694 2_GWT-(1,37,68) + Model 2 1 -2.31054287E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 154 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.07932593E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3753869 2_GWT-(1,37,69) + Model 2 1 2.25321628E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 155 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.02086399E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3525218 2_GWT-(1,38,69) + Model 2 1 -2.22095764E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 156 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.01093622E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3357506 2_GWT-(1,37,69) + Model 2 1 2.16610374E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 157 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.95673140E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3098881 2_GWT-(1,37,70) + Model 2 1 -2.13540829E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 158 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.94319153E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2930521 2_GWT-(1,37,70) + Model 2 1 2.08322604E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 159 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.89313677E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2732130 2_GWT-(1,37,70) + Model 2 1 -2.05420747E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 160 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.87608398E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2531409 2_GWT-(1,37,70) + Model 2 1 2.00481054E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 161 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.83007453E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2341753 2_GWT-(1,37,71) + Model 2 1 -1.97763939E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 162 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.80960579E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2137003 2_GWT-(1,37,71) + Model 2 1 1.93131200E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 163 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.76753919E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1971625 2_GWT-(1,37,71) + Model 2 1 -1.90618721E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 164 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.74374929E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1737898 2_GWT-(1,37,72) + Model 2 1 1.86307147E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 165 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.70552532E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1592032 2_GWT-(1,37,72) + Model 2 1 -1.84030569E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 166 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.67850694E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1394403 2_GWT-(1,37,72) + Model 2 1 1.80065740E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 167 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.64402757E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1219033 2_GWT-(1,37,72) + Model 2 1 -1.78047799E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 168 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.61387131E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1037228 2_GWT-(1,37,73) + Model 2 1 1.74455295E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 169 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.58304065E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0859058 2_GWT-(1,37,73) + Model 2 1 -1.72732939E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 170 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.54983507E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0690252 2_GWT-(1,37,73) + Model 2 1 1.69535497E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 171 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.52255934E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0486174 2_GWT-(1,37,74) + Model 2 1 -1.68145675E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 172 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.48639099E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0350965 2_GWT-(1,37,74) + Model 2 1 1.65374558E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 173 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.46257850E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0163374 2_GWT-(1,37,74) + Model 2 1 -1.64345693E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 174 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.42353198E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0001067 2_GWT-(1,37,74) + Model 2 1 1.62026481E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 175 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.40309305E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9831862 2_GWT-(1,37,75) + Model 2 1 -1.61392677E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 176 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.36125104E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9676050 2_GWT-(1,37,75) + Model 2 1 1.59553792E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 177 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.34409798E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9505478 2_GWT-(1,37,75) + Model 2 1 -1.59354840E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 178 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.29954124E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9330702 2_GWT-(1,37,76) + Model 2 1 1.58021862E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 179 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.28558834E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9198284 2_GWT-(1,37,76) + Model 2 1 -1.58277658E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 180 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.23839582E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9026428 2_GWT-(1,37,76) + Model 2 1 1.57479008E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 181 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.22755924E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8868943 2_GWT-(1,37,76) + Model 2 1 -1.58229341E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 182 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.17780806E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8717099 2_GWT-(1,37,77) + Model 2 1 1.57979230E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 183 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.17000586E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8576253 2_GWT-(1,37,77) + Model 2 1 -1.59232627E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 184 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.11777138E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8409166 2_GWT-(1,37,77) + Model 2 1 1.59548108E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 185 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.11292345E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8259309 2_GWT-(1,37,78) + Model 2 1 -1.61344360E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 186 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.05827927E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8127181 2_GWT-(1,37,78) + Model 2 1 1.62231117E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 187 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.05630730E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7971679 2_GWT-(1,37,78) + Model 2 1 -1.64590119E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 188 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.99932534E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7819579 2_GWT-(1,37,79) + Model 2 1 1.66059522E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 189 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.00015278E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7683751 2_GWT-(1,37,79) + Model 2 1 -1.69004011E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 190 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.94090329E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7551272 2_GWT-(1,37,79) + Model 2 1 1.71081638E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 191 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.94445530E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7392442 2_GWT-(1,37,79) + Model 2 1 -1.74625825E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 192 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.88300688E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7261828 2_GWT-(1,37,80) + Model 2 1 1.77325887E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 193 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.88921036E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7131270 2_GWT-(1,37,80) + Model 2 1 -1.81506721E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 194 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.82563002E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6989211 2_GWT-(1,37,80) + Model 2 1 1.84854798E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 195 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.83441346E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6849756 2_GWT-(1,37,81) + Model 2 1 -1.89734806E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 196 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.76876666E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6722715 2_GWT-(1,37,81) + Model 2 1 1.93773531E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 197 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.78006022E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6594873 2_GWT-(1,37,81) + Model 2 1 -1.99423766E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 198 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.71241086E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6446457 2_GWT-(1,37,81) + Model 2 1 2.04241246E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 199 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.72614627E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6330481 2_GWT-(1,37,82) + Model 2 1 -2.10772555E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 200 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.65655676E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6203905 2_GWT-(1,37,82) + Model 2 1 2.16482476E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 201 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.67266731E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6071456 2_GWT-(1,37,82) + Model 2 1 -2.24068231E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 202 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.60119859E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5944391 2_GWT-(1,37,83) + Model 2 1 2.30855335E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 203 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.61961909E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5825957 2_GWT-(1,37,83) + Model 2 1 -2.39720066E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 204 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.54633066E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5701702 2_GWT-(1,37,83) + Model 2 1 2.47823095E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 205 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.56699740E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5565650 2_GWT-(1,37,84) + Model 2 1 -2.58290811E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 206 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.49194737E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5459261 2_GWT-(1,37,84) + Model 2 1 2.68065037E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 207 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.51479811E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5338432 2_GWT-(1,37,84) + Model 2 1 -2.80581958E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 208 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.43804318E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5212599 2_GWT-(1,37,84) + Model 2 1 2.92496338E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 209 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.46301711E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5098184 2_GWT-(1,37,85) + Model 2 1 -3.07659320E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 210 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.38461266E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4986816 2_GWT-(1,37,85) + Model 2 1 3.22376081E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 211 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.41165035E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4866629 2_GWT-(1,37,85) + Model 2 1 -3.40997985E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 212 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.33165043E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4745789 2_GWT-(1,37,86) + Model 2 1 3.59432306E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 213 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.36069383E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4643276 2_GWT-(1,37,86) + Model 2 1 -3.82681264E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 214 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.27915120E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4528606 2_GWT-(1,37,86) + Model 2 1 4.06166123E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 215 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.31014360E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4407909 2_GWT-(1,37,86) + Model 2 1 -4.35773018E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 216 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.22710976E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4305870 2_GWT-(1,37,87) + Model 2 1 4.66371830E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 217 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.25999576E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4200049 2_GWT-(1,37,87) + Model 2 1 -5.05104936E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 218 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.17552096E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4084532 2_GWT-(1,37,87) + Model 2 1 5.46239676E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 219 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.21024643E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3977089 2_GWT-(1,37,88) + Model 2 1 -5.98916472E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 220 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.12437973E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3878033 2_GWT-(1,37,88) + Model 2 1 6.57004762E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 221 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.16089180E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3769136 2_GWT-(1,37,88) + Model 2 1 -7.33163574E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 222 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.07368107E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3656442 2_GWT-(1,37,89) + Model 2 1 8.21918889E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 223 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.11192811E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3562666 2_GWT-(1,37,89) + Model 2 1 -9.43873601E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 224 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.02342005E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3461269 2_GWT-(1,37,89) + Model 2 1 1.09922382E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 225 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.06335161E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3350743 2_GWT-(1,37,89) + Model 2 1 -1.33350113E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 226 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.97359181E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3255041 2_GWT-(1,37,90) + Model 2 1 -1.72883574E-08 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 227 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.01515863E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3159543 2_GWT-(1,37,90) + Model 2 1 -2.49617713E-08 * 2_GWT-(1,29,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 228 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.92419157E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3055617 2_GWT-(1,37,90) + Model 2 1 -4.32783338E-08 * 2_GWT-(1,29,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 229 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.96734553E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2954497 2_GWT-(1,37,91) + Model 2 1 -1.55467475E-07 * 2_GWT-(1,29,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 230 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.87521458E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2864468 2_GWT-(1,37,91) + Model 2 1 1.00802076E-07 * 2_GWT-(1,29,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 231 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.91990870E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2767017 2_GWT-(1,37,91) + Model 2 1 -4.01945215E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 232 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.82665621E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2661254 2_GWT-(1,37,91) + Model 2 1 -2.64287081E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 233 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.87284459E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2576533 2_GWT-(1,37,92) + Model 2 1 -2.01376622E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 234 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.77851185E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2484545 2_GWT-(1,37,92) + Model 2 1 -1.65007208E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 235 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.82614966E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2385012 2_GWT-(1,37,92) + Model 2 1 -1.40535832E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 236 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.73077696E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2295478 2_GWT-(1,37,93) + Model 2 1 -1.22726362E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 237 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.77982045E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2208980 2_GWT-(1,37,93) + Model 2 1 -1.08941549E-08 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 238 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.68344708E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2115133 2_GWT-(1,37,93) + Model 2 1 -9.77135528E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 239 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.73385350E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2022007 2_GWT-(1,37,94) + Model 2 1 -8.80973516E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 240 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.63651780E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1940861 2_GWT-(1,37,94) + Model 2 1 -7.97442112E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 241 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.68824543E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1852317 2_GWT-(1,37,94) + Model 2 1 -7.22448590E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 242 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.58998477E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1757457 2_GWT-(1,37,95) + Model 2 1 -6.55033716E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 243 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.64299287E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1681320 2_GWT-(1,37,95) + Model 2 1 -5.93026073E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 244 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.54384370E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1597855 2_GWT-(1,37,95) + Model 2 1 -5.36358868E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 245 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.59809249E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1507398 2_GWT-(1,37,95) + Model 2 1 -4.83699125E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 246 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.49809037E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1432475 2_GWT-(1,37,96) + Model 2 1 -4.35503011E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 247 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.55354100E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1353827 2_GWT-(1,37,96) + Model 2 1 -3.91038668E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 248 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.45272059E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1268145 2_GWT-(1,37,96) + Model 2 1 -3.50068774E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 249 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.50933515E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1197789 2_GWT-(1,37,97) + Model 2 1 -3.11955262E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 250 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.40773026E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1123279 2_GWT-(1,37,97) + Model 2 1 -2.76980927E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.37620000E-02 + Logical 6.40000000E-05 + Integer 5.4216120 + Real 12.678856 + ------------------------------- + Total 18.114294 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/10/08 11:36:58 + Elapsed run time: 1 Minutes, 8.983 Seconds + Normal termination of simulation. diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/mfsim.nam b/src/notebooks/models/mf6/pumptreat_0p66p/mfsim.nam new file mode 100644 index 0000000..c4d256f --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreat.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreat.nam gwf_pumptreat + gwt6 gwt_pumptreat.nam gwt_pumptreat +END models + +BEGIN exchanges + GWF6-GWT6 pumptreat.gwfgwt gwf_pumptreat gwt_pumptreat +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreat.ims gwf_pumptreat + ims6 gwt_pumptreat.ims gwt_pumptreat +END solutiongroup 1 + diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/plume.png b/src/notebooks/models/mf6/pumptreat_0p66p/plume.png new file mode 100644 index 0000000..f5779cd Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p66p/plume.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p66p/pumptreat.gwfgwt b/src/notebooks/models/mf6/pumptreat_0p66p/pumptreat.gwfgwt new file mode 100644 index 0000000..82ac15c --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p66p/pumptreat.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 10/08/2025 at 11:35:49. diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/boundary_conditions.png b/src/notebooks/models/mf6/pumptreat_0p75p/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p75p/boundary_conditions.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/concentration_time_series.png b/src/notebooks/models/mf6/pumptreat_0p75p/concentration_time_series.png new file mode 100644 index 0000000..640d5e7 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p75p/concentration_time_series.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.chd b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.chd new file mode 100644 index 0000000..323371d --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.chd @@ -0,0 +1,215 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 202 +END dimensions + +BEGIN period 1 + 1 1 1 2.50000000E+01 0.00000000E+00 + 1 1 101 2.45000000E+01 0.00000000E+00 + 1 2 1 2.50000000E+01 0.00000000E+00 + 1 2 101 2.45000000E+01 0.00000000E+00 + 1 3 1 2.50000000E+01 0.00000000E+00 + 1 3 101 2.45000000E+01 0.00000000E+00 + 1 4 1 2.50000000E+01 0.00000000E+00 + 1 4 101 2.45000000E+01 0.00000000E+00 + 1 5 1 2.50000000E+01 0.00000000E+00 + 1 5 101 2.45000000E+01 0.00000000E+00 + 1 6 1 2.50000000E+01 0.00000000E+00 + 1 6 101 2.45000000E+01 0.00000000E+00 + 1 7 1 2.50000000E+01 0.00000000E+00 + 1 7 101 2.45000000E+01 0.00000000E+00 + 1 8 1 2.50000000E+01 0.00000000E+00 + 1 8 101 2.45000000E+01 0.00000000E+00 + 1 9 1 2.50000000E+01 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0.00000000E+00 + 1 84 101 2.45000000E+01 0.00000000E+00 + 1 85 1 2.50000000E+01 0.00000000E+00 + 1 85 101 2.45000000E+01 0.00000000E+00 + 1 86 1 2.50000000E+01 0.00000000E+00 + 1 86 101 2.45000000E+01 0.00000000E+00 + 1 87 1 2.50000000E+01 0.00000000E+00 + 1 87 101 2.45000000E+01 0.00000000E+00 + 1 88 1 2.50000000E+01 0.00000000E+00 + 1 88 101 2.45000000E+01 0.00000000E+00 + 1 89 1 2.50000000E+01 0.00000000E+00 + 1 89 101 2.45000000E+01 0.00000000E+00 + 1 90 1 2.50000000E+01 0.00000000E+00 + 1 90 101 2.45000000E+01 0.00000000E+00 + 1 91 1 2.50000000E+01 0.00000000E+00 + 1 91 101 2.45000000E+01 0.00000000E+00 + 1 92 1 2.50000000E+01 0.00000000E+00 + 1 92 101 2.45000000E+01 0.00000000E+00 + 1 93 1 2.50000000E+01 0.00000000E+00 + 1 93 101 2.45000000E+01 0.00000000E+00 + 1 94 1 2.50000000E+01 0.00000000E+00 + 1 94 101 2.45000000E+01 0.00000000E+00 + 1 95 1 2.50000000E+01 0.00000000E+00 + 1 95 101 2.45000000E+01 0.00000000E+00 + 1 96 1 2.50000000E+01 0.00000000E+00 + 1 96 101 2.45000000E+01 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-30.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.dis.grb b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.dis.grb new file mode 100644 index 0000000..dce9abb Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.dis.grb differ diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.hds b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.hds new file mode 100644 index 0000000..b406e5b Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.hds differ diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.ic b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.ic new file mode 100644 index 0000000..fb1a0d2 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.ic @@ -0,0 +1,110 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. +BEGIN options +END options + +BEGIN griddata + strt + INTERNAL FACTOR 1.0 + 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b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.ims new file mode 100644 index 0000000..385c273 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.ims @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. +BEGIN options + PRINT_OPTION summary + COMPLEXITY simple +END options + diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.lst new file mode 100644 index 0000000..72bf7ce --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.lst @@ -0,0 +1,3817 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREAT/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 3 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_pumptreat.dis.grb + + OPENED gwf_pumptreat.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreat.bud + + OPENED gwf_pumptreat.bud + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_pumptreat.hds + + OPENED gwf_pumptreat.hds + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 14.8837 CHD = 14.8837 CHD-1 + + TOTAL IN = 14.8837 TOTAL IN = 14.8837 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 15.1526 CHD = 15.1526 CHD-1 + + TOTAL OUT = 15.1526 TOTAL OUT = 15.1526 + + IN - OUT = -0.2688 IN - OUT = -0.2688 + + PERCENT DISCREPANCY = -1.79 PERCENT DISCREPANCY = -1.79 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 2, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 3, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 4, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 5, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 6, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 7, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 8, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 9, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 10, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 11, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 12, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 13, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 14, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="15" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 15, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="16" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 16, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="17" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 17, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="18" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 18, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="19" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 19, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="20" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 20, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="21" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 21, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="22" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 22, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="23" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 23, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="24" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 24, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="25" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 25, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="26" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 26, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="27" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 27, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="28" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 28, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="29" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 29, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="30" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 30, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="31" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 31, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="32" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 32, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="33" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 33, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="34" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 34, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="35" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 35, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="36" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 36, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="37" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 37, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="38" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 38, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="39" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 39, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="40" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 40, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="41" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 41, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="42" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 42, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="43" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 43, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="44" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 44, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="45" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 45, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="46" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 46, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="47" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 47, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="48" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 48, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="49" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 49, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="50" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 50, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="51" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 51, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="52" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 52, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="53" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 53, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="54" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 54, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="55" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 55, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="56" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 56, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="57" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 57, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="58" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 58, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="59" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 59, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="60" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 60, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="61" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 61, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="62" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 62, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="63" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 63, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="64" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 64, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="65" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 65, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="66" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 66, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="67" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 67, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="68" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 68, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="69" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 69, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="70" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 70, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="71" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 71, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="72" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 72, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="73" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 73, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="74" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 74, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="75" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 75, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="76" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 76, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="77" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 77, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="78" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 78, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="79" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 79, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="80" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 80, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="81" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 81, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="82" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 82, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="83" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 83, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="84" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 84, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="85" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 85, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="86" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 86, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="87" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 87, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="88" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 88, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="89" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 89, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="90" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 90, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="91" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 91, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="92" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 92, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="93" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 93, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="94" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 94, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="95" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 95, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="96" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 96, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="97" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 97, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="98" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 98, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="99" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 99, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="100" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 100, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="101" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 101, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="102" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 102, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="103" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 103, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="104" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 104, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="105" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 105, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="106" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 106, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="107" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 107, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="108" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 108, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="109" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 109, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="110" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 110, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="111" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 111, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="112" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 112, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="113" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 113, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="114" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 114, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="115" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 115, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="116" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 116, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="117" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 117, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="118" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 118, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="119" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 119, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="120" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 120, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="121" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 121, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="122" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 122, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="123" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 123, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="124" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 124, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="125" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 125, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="126" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 126, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="127" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 127, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="128" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 128, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="129" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 129, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="130" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 130, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="131" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 131, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="132" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 132, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="133" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 133, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="134" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 134, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="135" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 135, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="136" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 136, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="137" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 137, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="138" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 138, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="139" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 139, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="140" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 140, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="141" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 141, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="142" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 142, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="143" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 143, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="144" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 144, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="145" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 145, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="146" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 146, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="147" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 147, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="148" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 148, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="149" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 149, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="150" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 150, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="151" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 151, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="152" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 152, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="153" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 153, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="154" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 154, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="155" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 155, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="156" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 156, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="157" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 157, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="158" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 158, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="159" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 159, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="160" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 160, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="161" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 161, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="162" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 162, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="163" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 163, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="164" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 164, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="165" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 165, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="166" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 166, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="167" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 167, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="168" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 168, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="169" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 169, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="170" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 170, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="171" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 171, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="172" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 172, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="173" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 173, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="174" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 174, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="175" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 175, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="176" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 176, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="177" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 177, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="178" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 178, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="179" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 179, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="180" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 180, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="181" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 181, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="182" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 182, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="183" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 183, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="184" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 184, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="185" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 185, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="186" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 186, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="187" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 187, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="188" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 188, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="189" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 189, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="190" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 190, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="191" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 191, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="192" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 192, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="193" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 193, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="194" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 194, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="195" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 195, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="196" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 196, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="197" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 197, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="198" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 198, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="199" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 199, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="200" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 200, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="201" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 201, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="202" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 202, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="203" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 203, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="204" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 204, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="205" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 205, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="206" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 206, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="207" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 207, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="208" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 208, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="209" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 209, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="210" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 210, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="211" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 211, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="212" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 212, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="213" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 213, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="214" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 214, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="215" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 215, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="216" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 216, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="217" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 217, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="218" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 218, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="219" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 219, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="220" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 220, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="221" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 221, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="222" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 222, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="223" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 223, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="224" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 224, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="225" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 225, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="226" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 226, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="227" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 227, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="228" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 228, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="229" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 229, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="230" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 230, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="231" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 231, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="232" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 232, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="233" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 233, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="234" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 234, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="235" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 235, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="236" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 236, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="237" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 237, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="238" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 238, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="239" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 239, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="240" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 240, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="241" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 241, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="242" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 242, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="243" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 243, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="244" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 244, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="245" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 245, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="246" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 246, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="247" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 247, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="248" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 248, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="249" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 249, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="250" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.6585E-02 STO-SS = 1.2276E-06 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 49605.5177 CHD = 16.5934 CHD-1 + + TOTAL IN = 49605.5343 TOTAL IN = 16.5934 + + OUT: OUT: + ---- ---- + STO-SS = 4.9091E-04 STO-SS = 2.5095E-08 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 6750.0000 WEL = 2.2500 WEL-1 + CHD = 44996.4835 CHD = 14.8503 CHD-1 + + TOTAL OUT = 51746.4840 TOTAL OUT = 17.1003 + + IN - OUT = -2140.9497 IN - OUT = -0.5069 + + PERCENT DISCREPANCY = -4.22 PERCENT DISCREPANCY = -3.01 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.nam new file mode 100644 index 0000000..043be73 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_pumptreat.dis dis + IC6 gwf_pumptreat.ic ic + NPF6 gwf_pumptreat.npf npf + STO6 gwf_pumptreat.sto sto + CHD6 gwf_pumptreat.chd chd-1 + WEL6 gwf_pumptreat.wel wel-1 + OC6 gwf_pumptreat.oc gwfgwt +END packages + diff --git 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a/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.wel b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.wel new file mode 100644 index 0000000..59003fd --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/gwf_pumptreat.wel @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 3 +END dimensions + +BEGIN period 1 +END period 1 + +BEGIN period 2 + 1 41 26 -7.50000000E-01 0 + 1 34 26 -7.50000000E-01 0 + 1 26 26 -7.50000000E-01 0 +END period 2 + diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.adv b/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.adv new file mode 100644 index 0000000..03c14ad --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.adv @@ -0,0 +1,5 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. +BEGIN options + SCHEME upstream +END options + diff --git 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0000000..41713c4 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.lst @@ -0,0 +1,4032 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1017 + + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_pumptreat.cbc + + OPENED gwt_pumptreat.cbc + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_pumptreat.ucn + + OPENED gwt_pumptreat.ucn + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 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8.3178-173 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 3509.0767 CNC = 3509.0767 CNC + + TOTAL IN = 3509.0767 TOTAL IN = 3509.0767 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 3509.0767 STORAGE-AQUEOUS = 3509.0767 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 8.1595E-98 CHD = 8.1595E-98 SSM_CHD-1 + CNC = 0.0000 CNC = 0.0000 CNC + + TOTAL OUT = 3509.0767 TOTAL OUT = 3509.0767 + + IN - OUT = 8.0036E-11 IN - OUT = 8.0036E-11 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + +end timestep + + 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........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ 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SSM_CHD-1 + CNC = 1797308.5470 CNC = 615.7501 CNC + + TOTAL OUT = 4537948.2969 TOTAL OUT = 1494.4716 + + IN - OUT = 5.6084E-05 IN - OUT = -7.2097E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.mst b/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.mst new file mode 100644 index 0000000..7185cca --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.nam new file mode 100644 index 0000000..e724a7a --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreat.dis dis + IC6 gwt_pumptreat.ic ic + ADV6 gwt_pumptreat.adv adv + DSP6 gwt_pumptreat.dsp dsp + MST6 gwt_pumptreat.mst mst + SSM6 gwt_pumptreat.ssm ssm + CNC6 gwt_pumptreat.cnc cnc + OC6 gwt_pumptreat.oc oc +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.oc new file mode 100644 index 0000000..c934afe --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. +BEGIN options + BUDGET FILEOUT gwt_pumptreat.cbc + CONCENTRATION FILEOUT gwt_pumptreat.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.ssm b/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.ssm new file mode 100644 index 0000000..8d3cd4e --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.ucn b/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.ucn new file mode 100644 index 0000000..a975614 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p75p/gwt_pumptreat.ucn differ diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/head_distribution.png b/src/notebooks/models/mf6/pumptreat_0p75p/head_distribution.png new file mode 100644 index 0000000..57d3c2c Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p75p/head_distribution.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/mfsim.lst b/src/notebooks/models/mf6/pumptreat_0p75p/mfsim.lst new file mode 100644 index 0000000..3bae718 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/mfsim.lst @@ -0,0 +1,7424 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + OPENED gwf_pumptreat.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + OPENED gwf_pumptreat.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + OPENED gwf_pumptreat.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + OPENED gwf_pumptreat.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + OPENED gwf_pumptreat.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + OPENED gwf_pumptreat.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + OPENED gwf_pumptreat.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreat.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_pumptreat.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreat.nam + FILE TYPE:GWT6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + OPENED gwt_pumptreat.dis + FILE TYPE:DIS6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + OPENED gwt_pumptreat.ic + FILE TYPE:IC6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + OPENED gwt_pumptreat.mst + FILE TYPE:MST6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.adv + FILE TYPE:ADV6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.dsp + FILE TYPE:DSP6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + OPENED gwt_pumptreat.ssm + FILE TYPE:SSM6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.oc + FILE TYPE:OC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.cnc + FILE TYPE:CNC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + OPENED pumptreat.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreat.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreat.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 45 -0.49507281 1_GWF-(1,101,100) + Model 2 1 2.98305048E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 46 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 68.659043 2_GWT-(1,43,25) + Model 2 1 2.83247818E-18 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 3000.000 + ------------------------------------------ + NUMBER OF TIME STEPS = 250 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 12.00000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -3.56354283E-02 1_GWF-(1,34,26) + Model 2 1 1.77761787E-04 * 1_GWF-(1,42,18) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 22 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 392.38114 2_GWT-(1,43,25) + Model 2 1 1.02957642E-10 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65173962E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 174.57803 2_GWT-(1,43,25) + Model 2 1 -4.24321911E-10 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.64516425E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 103.62749 2_GWT-(1,42,27) + Model 2 1 7.27510496E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65329136E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 78.907530 2_GWT-(1,42,27) + Model 2 1 8.32784508E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.64278467E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 61.457513 2_GWT-(1,42,27) + Model 2 1 7.24213578E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65705979E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 48.665118 2_GWT-(1,42,28) + Model 2 1 5.83952442E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.63238636E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 41.829810 2_GWT-(1,42,28) + Model 2 1 -4.98274200E-10 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65922776E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 36.446044 2_GWT-(1,41,28) + Model 2 1 -3.84427490E-10 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.62851389E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 32.396029 2_GWT-(1,41,28) + Model 2 1 -2.77389223E-10 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65983965E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 31.038367 2_GWT-(1,41,28) + Model 2 1 -2.10690132E-10 * 2_GWT-(1,38,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.63512731E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 26.967612 2_GWT-(1,41,29) + Model 2 1 -1.58492774E-10 * 2_GWT-(1,37,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65859543E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 25.794068 2_GWT-(1,41,29) + Model 2 1 -1.26603616E-10 * 2_GWT-(1,37,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.63767306E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 23.656612 2_GWT-(1,41,29) + Model 2 1 -1.01755049E-10 * 2_GWT-(1,37,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65527858E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 22.443054 2_GWT-(1,41,29) + Model 2 1 -8.55342464E-11 * 2_GWT-(1,37,39) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 15 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.63647029E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 21.018774 2_GWT-(1,41,30) + Model 2 1 -8.10072009E-11 * 2_GWT-(1,37,39) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 16 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.64993079E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 19.507137 2_GWT-(1,41,30) + Model 2 1 -9.84877424E-08 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 17 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.63213471E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 18.866816 2_GWT-(1,41,30) + Model 2 1 -9.32551814E-11 * 2_GWT-(1,37,39) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 18 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.64276549E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 17.606746 2_GWT-(1,41,31) + Model 2 1 9.08179487E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 19 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.62531681E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 17.116928 2_GWT-(1,36,31) + Model 2 1 -7.34332986E-08 * 2_GWT-(1,38,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 20 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.63406174E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 16.169206 2_GWT-(1,41,31) + Model 2 1 8.55535234E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 21 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.61659163E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 15.713623 2_GWT-(1,36,31) + Model 2 1 -7.17379294E-08 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 22 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.62409898E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.978530 2_GWT-(1,36,32) + Model 2 1 7.87368037E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 23 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.60642852E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.609155 2_GWT-(1,40,32) + Model 2 1 -7.48058255E-08 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 24 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.61312740E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.113298 2_GWT-(1,40,32) + Model 2 1 7.15223791E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 25 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.59519539E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.717176 2_GWT-(1,40,32) + Model 2 1 -7.81143967E-08 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 26 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.60135899E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.369510 2_GWT-(1,37,33) + Model 2 1 7.63564287E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 27 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.58317469E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.086180 2_GWT-(1,40,33) + Model 2 1 -8.29187456E-08 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 28 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.58896840E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.720187 2_GWT-(1,37,33) + Model 2 1 9.04861679E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 29 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.57058119E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.345679 2_GWT-(1,40,33) + Model 2 1 9.91934712E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 30 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.57609770E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.300704 2_GWT-(1,39,34) + Model 2 1 1.19031540E-07 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 31 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.55757775E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.895244 2_GWT-(1,38,34) + Model 2 1 1.51062522E-07 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 32 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.56286194E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.787653 2_GWT-(1,39,34) + Model 2 1 2.03450469E-07 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 33 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.54428807E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.569519 2_GWT-(1,38,35) + Model 2 1 4.48022092E-07 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 34 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.54935436E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.214882 2_GWT-(1,39,35) + Model 2 1 -7.02465277E-05 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 35 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.53080658E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.184821 2_GWT-(1,38,35) + Model 2 1 -2.65335075E-07 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 36 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.53565080E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.789543 2_GWT-(1,37,36) + Model 2 1 1.14020736E-07 * 2_GWT-(1,33,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 37 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.51720587E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.728555 2_GWT-(1,38,36) + Model 2 1 -5.47663603E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 38 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.52181325E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.493798 2_GWT-(1,37,36) + Model 2 1 -2.99681346E-08 * 2_GWT-(1,34,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 39 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.50354220E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.385162 2_GWT-(1,38,36) + Model 2 1 -1.91679987E-08 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 40 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.50789269E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.189865 2_GWT-(1,38,37) + Model 2 1 3.21062998E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 41 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.48985957E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.9725603 2_GWT-(1,38,36) + Model 2 1 3.13539203E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 42 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.49393124E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.9131938 2_GWT-(1,38,37) + Model 2 1 3.51140557E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 43 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.47619269E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.5884943 2_GWT-(1,39,37) + Model 2 1 2.84999260E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 44 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.47996393E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.5799333 2_GWT-(1,38,38) + Model 2 1 2.78375012E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 45 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.46256924E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.2902334 2_GWT-(1,37,38) + Model 2 1 2.03233412E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 46 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.46601999E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.3264693 2_GWT-(1,38,38) + Model 2 1 2.16309104E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 47 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.44901140E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.0212939 2_GWT-(1,37,38) + Model 2 1 -1.41918122E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 48 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.45212388E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.0166490 2_GWT-(1,38,38) + Model 2 1 1.76927131E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 49 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.43553715E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.8294390 2_GWT-(1,37,39) + Model 2 1 -1.25534996E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 50 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.43829616E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.6911709 2_GWT-(1,38,39) + Model 2 1 1.52524819E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 51 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.42216108E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.5861737 2_GWT-(1,37,39) + Model 2 1 -1.15716148E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 52 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.42455409E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.4062451 2_GWT-(1,38,39) + Model 2 1 1.36733718E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 53 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.40889511E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.3565130 2_GWT-(1,38,40) + Model 2 1 -1.09321832E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 54 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.41091217E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.1423556 2_GWT-(1,38,40) + Model 2 1 1.25861277E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 55 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.39574898E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.1159060 2_GWT-(1,38,40) + Model 2 1 -1.04724336E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 56 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.39738258E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.9306404 2_GWT-(1,37,41) + Model 2 1 1.17875061E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 57 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.38273065E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.8907996 2_GWT-(1,38,41) + Model 2 1 -1.01090905E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 58 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.38397548E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.7405959 2_GWT-(1,37,41) + Model 2 1 1.11644454E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 59 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.36984659E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.6668383 2_GWT-(1,38,41) + Model 2 1 -9.79835590E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 60 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.37069934E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.5460400 2_GWT-(1,38,42) + Model 2 1 1.06520588E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 61 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.35710204E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.4451832 2_GWT-(1,38,42) + Model 2 1 -9.51760626E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 62 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.35756112E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.3650125 2_GWT-(1,37,42) + Model 2 1 1.02123465E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 63 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.34450115E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.2351969 2_GWT-(1,38,42) + Model 2 1 -9.25413701E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 64 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.34456654E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.1806839 2_GWT-(1,38,43) + Model 2 1 9.82191750E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 65 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.33204721E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.0606416 2_GWT-(1,38,43) + Model 2 1 -9.00115538E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 66 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.33172018E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.9997738 2_GWT-(1,38,43) + Model 2 1 9.46647560E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 67 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.31974268E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.8876399 2_GWT-(1,38,44) + Model 2 1 -8.75496653E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 68 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.31902565E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.8259707 2_GWT-(1,38,44) + Model 2 1 9.13661324E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 69 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.30758937E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7387802 2_GWT-(1,37,44) + Model 2 1 -8.51352411E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 70 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.30648572E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.6548303 2_GWT-(1,38,44) + Model 2 1 8.82621976E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 71 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.29558851E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.5771510 2_GWT-(1,38,45) + Model 2 1 -8.27594704E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 72 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.29410241E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4993182 2_GWT-(1,38,45) + Model 2 1 8.53142978E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 73 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.28374079E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4326593 2_GWT-(1,37,45) + Model 2 1 -8.04095635E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 74 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.28187710E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.3376694 2_GWT-(1,38,46) + Model 2 1 8.24903168E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 75 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.27204645E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2835793 2_GWT-(1,38,46) + Model 2 1 -7.80957521E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 76 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.26981058E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2096528 2_GWT-(1,37,46) + Model 2 1 7.97720645E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 77 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.26050537E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.1418095 2_GWT-(1,37,46) + Model 2 1 -7.58157626E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 78 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.25790318E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0667808 2_GWT-(1,37,47) + Model 2 1 7.71504460E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 79 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.24911703E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0083356 2_GWT-(1,38,47) + Model 2 1 -7.35695949E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 80 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.24615477E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.9496665 2_GWT-(1,37,47) + Model 2 1 7.46140927E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 81 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.23788066E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8764570 2_GWT-(1,37,47) + Model 2 1 -7.13595227E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 82 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.23456484E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8166331 2_GWT-(1,37,48) + Model 2 1 7.21558990E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 83 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.22679520E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7585204 2_GWT-(1,37,48) + Model 2 1 -6.91878199E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 84 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.22313256E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7034099 2_GWT-(1,37,48) + Model 2 1 6.97721703E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 85 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.21585935E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.6353567 2_GWT-(1,37,48) + Model 2 1 -6.70536338E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 86 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.21185683E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.5830489 2_GWT-(1,37,49) + Model 2 1 6.74575062E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 87 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.20507165E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.5302386 2_GWT-(1,37,49) + Model 2 1 -6.49603749E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 88 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.20073628E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4735160 2_GWT-(1,37,49) + Model 2 1 6.52070753E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 89 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.19443044E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4135655 2_GWT-(1,37,50) + Model 2 1 -6.29071906E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 90 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.18976934E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3663507 2_GWT-(1,37,50) + Model 2 1 6.30203090E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 91 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.18393393E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3162296 2_GWT-(1,37,50) + Model 2 1 -6.08969231E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 92 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.17895427E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2603841 2_GWT-(1,37,50) + Model 2 1 6.08943651E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 93 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.17358020E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2107308 2_GWT-(1,37,51) + Model 2 1 -5.89298566E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 94 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.16828917E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1640968 2_GWT-(1,37,51) + Model 2 1 5.88281068E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 95 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.16336723E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1159913 2_GWT-(1,37,51) + Model 2 1 -5.70048542E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 96 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.15777202E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0615144 2_GWT-(1,37,51) + Model 2 1 5.68198288E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 97 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.15329293E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0208267 2_GWT-(1,37,52) + Model 2 1 -5.51233370E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 98 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.14740069E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9746009 2_GWT-(1,37,52) + Model 2 1 5.48678258E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 99 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.14335512E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9285993 2_GWT-(1,37,52) + Model 2 1 -5.32861577E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 100 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.13717297E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8807878 2_GWT-(1,37,53) + Model 2 1 5.29709610E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 101 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.13355159E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8415746 2_GWT-(1,37,53) + Model 2 1 -5.14927478E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 102 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12708660E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7978557 2_GWT-(1,37,53) + Model 2 1 5.11261078E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 103 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12388007E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7517342 2_GWT-(1,37,53) + Model 2 1 -4.97433916E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 104 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.11713922E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7138014 2_GWT-(1,37,54) + Model 2 1 4.93329821E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 105 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.11433827E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6721082 2_GWT-(1,37,54) + Model 2 1 -4.80358153E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 106 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.10732849E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6326693 2_GWT-(1,37,54) + Model 2 1 4.75901629E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 107 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.10492390E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5872880 2_GWT-(1,37,55) + Model 2 1 -4.63717242E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 108 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.09765202E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5550994 2_GWT-(1,37,55) + Model 2 1 4.58976501E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 109 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.09563463E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5139421 2_GWT-(1,37,55) + Model 2 1 -4.47496973E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 110 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.08810738E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4756753 2_GWT-(1,37,55) + Model 2 1 4.42526016E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 111 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.08646815E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4392118 2_GWT-(1,37,56) + Model 2 1 -4.31691660E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 112 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.07869219E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4029869 2_GWT-(1,37,56) + Model 2 1 4.26558699E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 113 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.07742215E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3671494 2_GWT-(1,37,56) + Model 2 1 -4.16335411E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 114 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.06940401E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3253228 2_GWT-(1,37,57) + Model 2 1 4.11048973E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 115 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.06849433E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2986477 2_GWT-(1,37,57) + Model 2 1 -4.01379907E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 116 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.06024046E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2598771 2_GWT-(1,37,57) + Model 2 1 3.95993993E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 117 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.05968242E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2278227 2_GWT-(1,37,57) + Model 2 1 -3.86816623E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 118 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.05119915E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1924523 2_GWT-(1,37,58) + Model 2 1 3.81379550E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 119 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.05098415E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1621989 2_GWT-(1,37,58) + Model 2 1 -3.72656928E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 120 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04227772E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1278940 2_GWT-(1,37,58) + Model 2 1 3.67182906E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 121 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04239730E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0925391 2_GWT-(1,37,58) + Model 2 1 -3.58886609E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 122 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.03347383E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0674409 2_GWT-(1,37,59) + Model 2 1 3.53406904E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 123 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.03391967E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0319119 2_GWT-(1,37,59) + Model 2 1 -3.45491458E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 124 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.02478518E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0037803 2_GWT-(1,37,59) + Model 2 1 3.40028805E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 125 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.02554910E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9700224 2_GWT-(1,37,60) + Model 2 1 -3.32468630E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 126 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01620948E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9453276 2_GWT-(1,37,60) + Model 2 1 3.27034400E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 127 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01728344E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9117473 2_GWT-(1,37,60) + Model 2 1 -3.19806759E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 128 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00774450E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8825047 2_GWT-(1,37,60) + Model 2 1 3.14418003E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 129 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00912061E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8578303 2_GWT-(1,37,61) + Model 2 1 -3.07500159E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 130 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.99388040E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8266502 2_GWT-(1,37,61) + Model 2 1 3.02162562E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 131 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00105854E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8001932 2_GWT-(1,37,61) + Model 2 1 -2.95531777E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 132 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.91137933E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7691440 2_GWT-(1,37,62) + Model 2 1 2.90268076E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 133 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.93095237E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7486108 2_GWT-(1,37,62) + Model 2 1 -2.83893087E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 134 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.82992059E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7161910 2_GWT-(1,37,62) + Model 2 1 2.78708967E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 135 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.85228710E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6915800 2_GWT-(1,37,62) + Model 2 1 -2.72584089E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 136 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.74948339E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6671671 2_GWT-(1,37,63) + Model 2 1 2.67502287E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 137 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.77457031E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6408918 2_GWT-(1,37,63) + Model 2 1 -2.61604782E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 138 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.67004738E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6146424 2_GWT-(1,37,63) + Model 2 1 2.56622457E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 139 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.69778310E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5873474 2_GWT-(1,37,64) + Model 2 1 -2.50938115E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 140 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.59159261E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5690818 2_GWT-(1,37,64) + Model 2 1 2.46069476E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 141 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.62190700E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5389498 2_GWT-(1,37,64) + Model 2 1 -2.40592612E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 142 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.51409962E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5169924 2_GWT-(1,37,64) + Model 2 1 2.35837661E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 143 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.54692396E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4934728 2_GWT-(1,37,65) + Model 2 1 -2.30556907E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 144 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.43754935E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4717199 2_GWT-(1,37,65) + Model 2 1 2.25918484E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 145 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.47281636E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4453861 2_GWT-(1,37,66) + Model 2 1 -2.20833840E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 146 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.36192319E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4222600 2_GWT-(1,37,66) + Model 2 1 2.16311946E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 147 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.39956700E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4045608 2_GWT-(1,37,66) + Model 2 1 -2.11406359E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 148 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.28720298E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3777948 2_GWT-(1,37,66) + Model 2 1 2.07029416E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 149 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.32715910E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3576314 2_GWT-(1,37,67) + Model 2 1 -2.02294359E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 150 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.21337099E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3351013 2_GWT-(1,37,67) + Model 2 1 1.98070893E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 151 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.25557631E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3166650 2_GWT-(1,37,67) + Model 2 1 -1.93512051E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 152 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.14040991E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2912557 2_GWT-(1,37,68) + Model 2 1 1.89450589E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 153 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.18480267E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2715866 2_GWT-(1,37,68) + Model 2 1 -1.85070803E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 154 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.06830287E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2535115 2_GWT-(1,37,68) + Model 2 1 1.81179871E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 155 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.11482265E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2305381 2_GWT-(1,37,68) + Model 2 1 -1.76990511E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 156 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.99703341E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2117655 2_GWT-(1,37,69) + Model 2 1 1.73284320E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 157 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.04562109E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1904598 2_GWT-(1,37,69) + Model 2 1 -1.69291070E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 158 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.92658549E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1738386 2_GWT-(1,37,69) + Model 2 1 1.65780989E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 159 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.97718325E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1498131 2_GWT-(1,37,70) + Model 2 1 -1.61992375E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 160 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.85694348E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1332544 2_GWT-(1,37,70) + Model 2 1 1.58706825E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 161 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.90949475E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1147555 2_GWT-(1,37,70) + Model 2 1 -1.55142743E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 162 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.78809214E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0951899 2_GWT-(1,37,70) + Model 2 1 1.52093094E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 163 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.84254159E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0771722 2_GWT-(1,37,71) + Model 2 1 -1.48767754E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 164 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.72001662E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0579263 2_GWT-(1,37,71) + Model 2 1 1.45973900E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 165 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.77631016E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0418991 2_GWT-(1,37,71) + Model 2 1 -1.42910039E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 166 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.65270246E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0199173 2_GWT-(1,37,72) + Model 2 1 1.40403245E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 167 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.71078718E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0055608 2_GWT-(1,37,72) + Model 2 1 -1.37617917E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 168 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.58613556E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9872220 2_GWT-(1,37,72) + Model 2 1 1.35420919E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 169 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.64595974E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9701152 2_GWT-(1,37,72) + Model 2 1 -1.32934019E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 170 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.52030221E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9528353 2_GWT-(1,37,73) + Model 2 1 1.31072397E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 171 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.58181526E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9359161 2_GWT-(1,37,73) + Model 2 1 -1.28920874E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 172 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.45518902E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9198967 2_GWT-(1,37,73) + Model 2 1 1.27420208E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 173 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.51834150E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9003986 2_GWT-(1,37,74) + Model 2 1 -1.25609745E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 174 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.39078298E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8872409 2_GWT-(1,37,74) + Model 2 1 1.24504140E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 175 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.45552654E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8697953 2_GWT-(1,37,74) + Model 2 1 -1.23071686E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 176 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.32707140E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8541061 2_GWT-(1,37,74) + Model 2 1 1.22372512E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 177 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.39335878E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8379170 2_GWT-(1,37,75) + Model 2 1 -1.21332278E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 178 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.26404193E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8230303 2_GWT-(1,37,75) + Model 2 1 1.21070798E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 179 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.33182692E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8070472 2_GWT-(1,37,75) + Model 2 1 -1.20434152E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 180 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.20168252E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7900644 2_GWT-(1,37,76) + Model 2 1 1.20635946E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 181 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.27091998E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7773910 2_GWT-(1,37,76) + Model 2 1 -1.20402888E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 182 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.13998146E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7613246 2_GWT-(1,37,76) + Model 2 1 1.21073640E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 183 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.21062724E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7463071 2_GWT-(1,37,76) + Model 2 1 -1.21258381E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 184 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.07892733E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7315990 2_GWT-(1,37,77) + Model 2 1 1.22415145E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 185 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.15093828E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7181561 2_GWT-(1,37,77) + Model 2 1 -1.23009158E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 186 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.01850899E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7025752 2_GWT-(1,37,77) + Model 2 1 1.24649091E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 187 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.09184294E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6877925 2_GWT-(1,37,78) + Model 2 1 -1.25643851E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 188 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.95871560E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6753206 2_GWT-(1,37,78) + Model 2 1 1.27781163E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 189 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.03333135E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6607198 2_GWT-(1,37,78) + Model 2 1 -1.29156774E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 190 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.89953661E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6460681 2_GWT-(1,37,78) + Model 2 1 1.31791467E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 191 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.97539387E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6330304 2_GWT-(1,37,79) + Model 2 1 -1.33542244E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 192 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.84096172E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6204683 2_GWT-(1,37,79) + Model 2 1 1.36682843E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 193 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.91802113E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6056630 2_GWT-(1,37,79) + Model 2 1 -1.38797418E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 194 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.78298090E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5926289 2_GWT-(1,37,80) + Model 2 1 1.42455292E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 195 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.86120399E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5804059 2_GWT-(1,37,80) + Model 2 1 -1.44947876E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 196 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.72558436E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5670543 2_GWT-(1,37,80) + Model 2 1 1.49165658E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 197 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.80493354E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5532172 2_GWT-(1,37,81) + Model 2 1 -1.52053303E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 198 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.66876257E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5413733 2_GWT-(1,37,81) + Model 2 1 1.56890678E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 199 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.74920112E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5293435 2_GWT-(1,37,81) + Model 2 1 -1.60238756E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 200 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.61250625E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5154994 2_GWT-(1,37,81) + Model 2 1 1.65778147E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 201 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.69399827E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5038216 2_GWT-(1,37,82) + Model 2 1 -1.69674763E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 202 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.55680633E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4920207 2_GWT-(1,37,82) + Model 2 1 1.76063963E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 203 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.63931674E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4795987 2_GWT-(1,37,82) + Model 2 1 -1.80654069E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 204 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.50165396E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4669129 2_GWT-(1,37,83) + Model 2 1 1.88086346E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 205 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.58514851E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4558742 2_GWT-(1,37,83) + Model 2 1 -1.93583105E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 206 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.44704054E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4442556 2_GWT-(1,37,83) + Model 2 1 2.02317096E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 207 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.53148574E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4313525 2_GWT-(1,37,83) + Model 2 1 -2.08962092E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 208 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.39295765E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4207840 2_GWT-(1,37,84) + Model 2 1 2.19375806E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 209 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.47832079E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4095417 2_GWT-(1,37,84) + Model 2 1 -2.27515784E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 210 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.33939708E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3977863 2_GWT-(1,37,84) + Model 2 1 2.40075337E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 211 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.42564622E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3862605 2_GWT-(1,37,85) + Model 2 1 -2.50173571E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 212 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.28635084E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3759027 2_GWT-(1,37,85) + Model 2 1 2.65495714E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 213 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.37345474E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3647096 2_GWT-(1,37,85) + Model 2 1 -2.78200218E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 214 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.23381110E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3526102 2_GWT-(1,37,85) + Model 2 1 2.97123393E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 215 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.32173928E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3430335 2_GWT-(1,37,86) + Model 2 1 -3.13320925E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 216 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.18177024E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3323867 2_GWT-(1,37,86) + Model 2 1 3.37050210E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 217 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.27049290E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3211516 2_GWT-(1,37,86) + Model 2 1 -3.58036800E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 218 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.13022081E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3107641 2_GWT-(1,37,87) + Model 2 1 3.88399712E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 219 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.21970885E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3009485 2_GWT-(1,37,87) + Model 2 1 -4.16244461E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 220 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.07915554E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2902243 2_GWT-(1,37,87) + Model 2 1 4.56199700E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 221 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.16938054E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2793098 2_GWT-(1,37,88) + Model 2 1 -4.94486585E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 222 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.02856733E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2701396 2_GWT-(1,37,88) + Model 2 1 5.49405854E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 223 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.11950151E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2600499 2_GWT-(1,37,88) + Model 2 1 -6.05152195E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 224 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.97844923E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2492786 2_GWT-(1,37,88) + Model 2 1 6.86154067E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 225 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.07006549E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2399655 2_GWT-(1,37,89) + Model 2 1 -7.75577291E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 226 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.92879447E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2305911 2_GWT-(1,37,89) + Model 2 1 9.10694098E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 227 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.02106632E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2203539 2_GWT-(1,37,89) + Model 2 1 -1.09234080E-08 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 228 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.87959643E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2105315 2_GWT-(1,37,90) + Model 2 1 -1.43266874E-08 * 2_GWT-(1,29,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 229 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.97249801E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2017156 2_GWT-(1,37,90) + Model 2 1 -2.02721537E-08 * 2_GWT-(1,29,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 230 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.83084864E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1921138 2_GWT-(1,37,90) + Model 2 1 -3.33894690E-08 * 2_GWT-(1,29,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 231 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.92435468E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1817930 2_GWT-(1,37,90) + Model 2 1 -8.99880206E-08 * 2_GWT-(1,29,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 232 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.78254475E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1734784 2_GWT-(1,37,91) + Model 2 1 -1.40305133E-07 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 233 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.87663060E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1644914 2_GWT-(1,37,91) + Model 2 1 -4.26978346E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 234 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.73467859E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1547224 2_GWT-(1,37,91) + Model 2 1 -2.64380731E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 235 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.82932016E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1459201 2_GWT-(1,37,92) + Model 2 1 -1.96067589E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 236 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.68724410E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1374550 2_GWT-(1,37,92) + Model 2 1 -1.58030247E-08 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 237 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.78241788E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1282802 2_GWT-(1,37,92) + Model 2 1 -1.33327092E-08 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 238 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.64023538E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1190190 2_GWT-(1,37,93) + Model 2 1 -1.15555849E-08 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 239 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.73591839E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1110756 2_GWT-(1,37,93) + Model 2 1 -1.01800026E-08 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 240 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.59364661E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1024458 2_GWT-(1,37,93) + Model 2 1 -9.06639741E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 241 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.68981645E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0931090 2_GWT-(1,37,93) + Model 2 1 -8.12447354E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 242 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.54747215E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0854099 2_GWT-(1,37,94) + Model 2 1 -7.31131422E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 243 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.64410693E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0772810 2_GWT-(1,37,94) + Model 2 1 -6.58863542E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 244 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.50170645E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0684837 2_GWT-(1,37,94) + Model 2 1 -5.94275207E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 245 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.59878480E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0605575 2_GWT-(1,37,95) + Model 2 1 -5.35364109E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 246 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.45634408E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0529176 2_GWT-(1,37,95) + Model 2 1 -4.82360463E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 247 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.55384515E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0446167 2_GWT-(1,37,95) + Model 2 1 -4.33595915E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 248 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.41137973E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0367298 2_GWT-(1,37,96) + Model 2 1 -3.88871513E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 249 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.50928317E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0295476 2_GWT-(1,37,96) + Model 2 1 -3.47391449E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 250 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.36680820E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0217048 2_GWT-(1,37,96) + Model 2 1 -3.09351833E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.37620000E-02 + Logical 6.40000000E-05 + Integer 5.4216120 + Real 12.678856 + ------------------------------- + Total 18.114294 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/10/06 12:39:44 + Elapsed run time: 48.879 Seconds + Normal termination of simulation. diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/mfsim.nam b/src/notebooks/models/mf6/pumptreat_0p75p/mfsim.nam new file mode 100644 index 0000000..6e8bb51 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreat.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreat.nam gwf_pumptreat + gwt6 gwt_pumptreat.nam gwt_pumptreat +END models + +BEGIN exchanges + GWF6-GWT6 pumptreat.gwfgwt gwf_pumptreat gwt_pumptreat +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreat.ims gwf_pumptreat + ims6 gwt_pumptreat.ims gwt_pumptreat +END solutiongroup 1 + diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/plume.png b/src/notebooks/models/mf6/pumptreat_0p75p/plume.png new file mode 100644 index 0000000..023f11f Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_0p75p/plume.png differ diff --git a/src/notebooks/models/mf6/pumptreat_0p75p/pumptreat.gwfgwt b/src/notebooks/models/mf6/pumptreat_0p75p/pumptreat.gwfgwt new file mode 100644 index 0000000..7864d47 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_0p75p/pumptreat.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:38:55. diff --git a/src/notebooks/models/mf6/pumptreat_12p/boundary_conditions.png b/src/notebooks/models/mf6/pumptreat_12p/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_12p/boundary_conditions.png differ diff --git a/src/notebooks/models/mf6/pumptreat_12p/concentration_time_series.png b/src/notebooks/models/mf6/pumptreat_12p/concentration_time_series.png new file mode 100644 index 0000000..f6db703 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_12p/concentration_time_series.png differ diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.chd b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.chd new file mode 100644 index 0000000..8606c49 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.chd @@ -0,0 +1,215 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 202 +END dimensions + +BEGIN period 1 + 1 1 1 2.50000000E+01 0.00000000E+00 + 1 1 101 2.45000000E+01 0.00000000E+00 + 1 2 1 2.50000000E+01 0.00000000E+00 + 1 2 101 2.45000000E+01 0.00000000E+00 + 1 3 1 2.50000000E+01 0.00000000E+00 + 1 3 101 2.45000000E+01 0.00000000E+00 + 1 4 1 2.50000000E+01 0.00000000E+00 + 1 4 101 2.45000000E+01 0.00000000E+00 + 1 5 1 2.50000000E+01 0.00000000E+00 + 1 5 101 2.45000000E+01 0.00000000E+00 + 1 6 1 2.50000000E+01 0.00000000E+00 + 1 6 101 2.45000000E+01 0.00000000E+00 + 1 7 1 2.50000000E+01 0.00000000E+00 + 1 7 101 2.45000000E+01 0.00000000E+00 + 1 8 1 2.50000000E+01 0.00000000E+00 + 1 8 101 2.45000000E+01 0.00000000E+00 + 1 9 1 2.50000000E+01 0.00000000E+00 + 1 9 101 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--git a/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.dis.grb b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.dis.grb new file mode 100644 index 0000000..dce9abb Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.dis.grb differ diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.hds b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.hds new file mode 100644 index 0000000..e69de29 diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.ic b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.ic new file mode 100644 index 0000000..7a9ba50 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.ic @@ -0,0 +1,110 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options +END options + +BEGIN griddata + strt + INTERNAL FACTOR 1.0 + 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 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b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.ims @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options + PRINT_OPTION summary + COMPLEXITY simple +END options + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.lst new file mode 100644 index 0000000..da3de0a --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.lst @@ -0,0 +1,212 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREAT/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 3 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_pumptreat.dis.grb + + OPENED gwf_pumptreat.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreat.bud + + OPENED gwf_pumptreat.bud + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_pumptreat.hds + + OPENED gwf_pumptreat.hds + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.nam new file mode 100644 index 0000000..1378d98 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_pumptreat.dis dis + IC6 gwf_pumptreat.ic ic + NPF6 gwf_pumptreat.npf npf + STO6 gwf_pumptreat.sto sto + CHD6 gwf_pumptreat.chd chd-1 + WEL6 gwf_pumptreat.wel wel-1 + OC6 gwf_pumptreat.oc gwfgwt +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.npf b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.npf new file mode 100644 index 0000000..eecc949 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.npf @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options + SAVE_FLOWS + SAVE_SPECIFIC_DISCHARGE +END options + +BEGIN griddata + icelltype + CONSTANT 1 + k + CONSTANT 1.00000000 + k33 + CONSTANT 0.30000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.oc new file mode 100644 index 0000000..c6d780a --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options + BUDGET FILEOUT gwf_pumptreat.bud + HEAD FILEOUT gwf_pumptreat.hds +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.sto b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.sto new file mode 100644 index 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0.20000000 0.20000000 0.20000000 0.20000000 0.20000000 0.20000000 0.20000000 0.20000000 +END griddata + +BEGIN period 1 + STEADY-STATE +END period 1 + +BEGIN period 2 + TRANSIENT +END period 2 + +BEGIN period 3 + TRANSIENT +END period 3 + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.tdis b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.tdis new file mode 100644 index 0000000..a0d90bb --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.tdis @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 2 +END dimensions + +BEGIN perioddata + 1.00000000 1 1.00000000 + 3000.00000000 250 1.00000000 +END perioddata + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.wel b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.wel new file mode 100644 index 0000000..2adb55a --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwf_pumptreat.wel @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 3 +END dimensions + +BEGIN period 1 +END period 1 + +BEGIN period 2 + 1 41 26 -3.00000000E+00 0 + 1 34 26 -3.00000000E+00 0 + 1 26 26 -3.00000000E+00 0 +END period 2 + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.adv b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.adv new file mode 100644 index 0000000..19d85e8 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.adv @@ -0,0 +1,5 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options + SCHEME upstream +END options + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.cbc b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.cbc new file mode 100644 index 0000000..e69de29 diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.cnc b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.cnc new file mode 100644 index 0000000..47f5b61 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.cnc @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 6 +END dimensions + +BEGIN period 1 + 1 41 26 1000.00000000 + 1 37 26 1000.00000000 + 1 43 26 1000.00000000 + 1 34 26 1000.00000000 + 1 43 24 1000.00000000 + 1 34 23 1000.00000000 +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.dis b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.dis new file mode 100644 index 0000000..f0a9aff --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.dis @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 101 + NCOL 101 +END dimensions + +BEGIN griddata + delr + CONSTANT 1.00000000 + delc + CONSTANT 1.00000000 + top + CONSTANT 0.00000000 + botm + CONSTANT -30.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.dsp b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.dsp new file mode 100644 index 0000000..a0fd085 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.dsp @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options +END options + +BEGIN griddata + alh + CONSTANT 1.00000000 + ath1 + CONSTANT 0.50000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.ic b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.ic new file mode 100644 index 0000000..5492686 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.ic @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options +END options + +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.ims b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.ims new file mode 100644 index 0000000..72e76a0 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.ims @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + LINEAR_ACCELERATION bicgstab + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.lst new file mode 100644 index 0000000..b29755e --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.lst @@ -0,0 +1,207 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1017 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_pumptreat.cbc + + OPENED gwt_pumptreat.cbc + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_pumptreat.ucn + + OPENED gwt_pumptreat.ucn + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.mst b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.mst new file mode 100644 index 0000000..86e53e9 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.nam new file mode 100644 index 0000000..f15347a --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreat.dis dis + IC6 gwt_pumptreat.ic ic + ADV6 gwt_pumptreat.adv adv + DSP6 gwt_pumptreat.dsp dsp + MST6 gwt_pumptreat.mst mst + SSM6 gwt_pumptreat.ssm ssm + CNC6 gwt_pumptreat.cnc cnc + OC6 gwt_pumptreat.oc oc +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.oc new file mode 100644 index 0000000..bde59c4 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options + BUDGET FILEOUT gwt_pumptreat.cbc + CONCENTRATION FILEOUT gwt_pumptreat.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.ssm b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.ssm new file mode 100644 index 0000000..1c7b256 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.ucn b/src/notebooks/models/mf6/pumptreat_12p/gwt_pumptreat.ucn new file mode 100644 index 0000000..e69de29 diff --git a/src/notebooks/models/mf6/pumptreat_12p/head_distribution.png b/src/notebooks/models/mf6/pumptreat_12p/head_distribution.png new file mode 100644 index 0000000..57d3c2c Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_12p/head_distribution.png differ diff --git a/src/notebooks/models/mf6/pumptreat_12p/mfsim.lst b/src/notebooks/models/mf6/pumptreat_12p/mfsim.lst new file mode 100644 index 0000000..2700c7d --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/mfsim.lst @@ -0,0 +1,391 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + OPENED gwf_pumptreat.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + OPENED gwf_pumptreat.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + OPENED gwf_pumptreat.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + OPENED gwf_pumptreat.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + OPENED gwf_pumptreat.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + OPENED gwf_pumptreat.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + OPENED gwf_pumptreat.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreat.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_pumptreat.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreat.nam + FILE TYPE:GWT6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + OPENED gwt_pumptreat.dis + FILE TYPE:DIS6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + OPENED gwt_pumptreat.ic + FILE TYPE:IC6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + OPENED gwt_pumptreat.mst + FILE TYPE:MST6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.adv + FILE TYPE:ADV6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.dsp + FILE TYPE:DSP6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + OPENED gwt_pumptreat.ssm + FILE TYPE:SSM6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.oc + FILE TYPE:OC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.cnc + FILE TYPE:CNC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + OPENED pumptreat.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreat.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreat.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 45 -0.49507281 1_GWF-(1,101,100) + Model 2 1 2.98305048E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 46 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 68.659043 2_GWT-(1,43,25) diff --git a/src/notebooks/models/mf6/pumptreat_12p/mfsim.nam b/src/notebooks/models/mf6/pumptreat_12p/mfsim.nam new file mode 100644 index 0000000..af10021 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreat.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreat.nam gwf_pumptreat + gwt6 gwt_pumptreat.nam gwt_pumptreat +END models + +BEGIN exchanges + GWF6-GWT6 pumptreat.gwfgwt gwf_pumptreat gwt_pumptreat +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreat.ims gwf_pumptreat + ims6 gwt_pumptreat.ims gwt_pumptreat +END solutiongroup 1 + diff --git a/src/notebooks/models/mf6/pumptreat_12p/plume.png b/src/notebooks/models/mf6/pumptreat_12p/plume.png new file mode 100644 index 0000000..7995d31 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_12p/plume.png differ diff --git a/src/notebooks/models/mf6/pumptreat_12p/pumptreat.gwfgwt b/src/notebooks/models/mf6/pumptreat_12p/pumptreat.gwfgwt new file mode 100644 index 0000000..b6c6087 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_12p/pumptreat.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:35:45. diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/boundary_conditions.png b/src/notebooks/models/mf6/pumptreat_1p5p/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_1p5p/boundary_conditions.png differ diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/concentration_time_series.png b/src/notebooks/models/mf6/pumptreat_1p5p/concentration_time_series.png new file mode 100644 index 0000000..640d5e7 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_1p5p/concentration_time_series.png differ diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.chd 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+ top + CONSTANT 0.00000000 + botm + CONSTANT -30.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.dis.grb b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.dis.grb new file mode 100644 index 0000000..dce9abb Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.dis.grb differ diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.hds b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.hds new file mode 100644 index 0000000..b406e5b Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.hds differ diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.ic b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.ic new file mode 100644 index 0000000..cf3ef10 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.ic @@ -0,0 +1,110 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. +BEGIN options +END options + +BEGIN 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a/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.ims b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.ims new file mode 100644 index 0000000..a50046e --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.ims @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. +BEGIN options + PRINT_OPTION summary + COMPLEXITY simple +END options + diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.lst new file mode 100644 index 0000000..dfe66f6 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.lst @@ -0,0 +1,3817 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREAT/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 3 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_pumptreat.dis.grb + + OPENED gwf_pumptreat.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreat.bud + + OPENED gwf_pumptreat.bud + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_pumptreat.hds + + OPENED gwf_pumptreat.hds + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 14.8837 CHD = 14.8837 CHD-1 + + TOTAL IN = 14.8837 TOTAL IN = 14.8837 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 15.1526 CHD = 15.1526 CHD-1 + + TOTAL OUT = 15.1526 TOTAL OUT = 15.1526 + + IN - OUT = -0.2688 IN - OUT = -0.2688 + + PERCENT DISCREPANCY = -1.79 PERCENT DISCREPANCY = -1.79 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 2, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 3, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 4, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 5, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 6, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 7, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 8, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 9, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 10, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 11, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 12, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 13, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 14, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="15" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 15, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="16" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 16, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="17" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 17, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="18" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 18, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="19" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 19, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="20" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 20, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="21" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 21, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="22" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 22, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="23" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 23, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="24" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 24, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="25" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 25, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="26" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 26, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="27" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 27, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="28" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 28, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="29" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 29, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="30" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 30, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="31" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 31, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="32" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 32, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="33" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 33, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="34" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 34, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="35" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 35, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="36" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 36, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="37" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 37, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="38" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 38, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="39" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 39, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="40" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 40, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="41" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 41, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="42" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 42, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="43" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 43, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="44" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 44, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="45" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 45, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="46" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 46, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="47" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 47, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="48" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 48, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="49" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 49, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="50" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 50, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="51" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 51, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="52" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 52, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="53" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 53, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="54" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 54, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="55" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 55, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="56" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 56, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="57" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 57, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="58" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 58, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="59" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 59, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="60" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 60, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="61" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 61, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="62" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 62, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="63" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 63, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="64" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 64, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="65" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 65, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="66" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 66, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="67" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 67, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="68" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 68, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="69" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 69, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="70" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 70, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="71" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 71, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="72" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 72, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="73" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 73, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="74" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 74, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="75" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 75, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="76" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 76, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="77" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 77, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="78" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 78, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="79" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 79, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="80" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 80, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="81" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 81, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="82" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 82, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="83" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 83, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="84" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 84, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="85" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 85, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="86" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 86, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="87" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 87, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="88" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 88, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="89" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 89, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="90" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 90, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="91" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 91, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="92" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 92, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="93" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 93, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="94" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 94, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="95" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 95, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="96" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 96, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="97" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 97, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="98" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 98, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="99" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 99, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="100" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 100, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="101" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 101, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="102" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 102, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="103" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 103, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="104" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 104, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="105" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 105, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="106" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 106, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="107" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 107, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="108" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 108, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="109" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 109, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="110" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 110, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="111" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 111, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="112" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 112, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="113" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 113, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="114" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 114, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="115" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 115, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="116" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 116, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="117" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 117, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="118" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 118, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="119" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 119, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="120" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 120, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="121" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 121, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="122" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 122, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="123" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 123, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="124" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 124, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="125" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 125, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="126" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 126, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="127" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 127, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="128" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 128, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="129" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 129, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="130" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 130, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="131" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 131, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="132" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 132, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="133" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 133, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="134" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 134, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="135" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 135, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="136" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 136, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="137" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 137, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="138" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 138, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="139" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 139, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="140" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 140, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="141" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 141, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="142" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 142, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="143" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 143, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="144" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 144, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="145" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 145, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="146" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 146, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="147" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 147, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="148" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 148, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="149" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 149, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="150" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 150, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="151" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 151, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="152" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 152, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="153" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 153, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="154" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 154, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="155" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 155, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="156" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 156, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="157" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 157, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="158" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 158, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="159" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 159, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="160" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 160, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="161" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 161, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="162" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 162, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="163" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 163, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="164" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 164, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="165" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 165, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="166" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 166, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="167" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 167, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="168" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 168, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="169" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 169, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="170" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 170, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="171" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 171, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="172" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 172, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="173" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 173, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="174" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 174, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="175" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 175, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="176" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 176, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="177" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 177, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="178" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 178, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="179" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 179, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="180" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 180, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="181" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 181, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="182" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 182, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="183" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 183, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="184" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 184, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="185" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 185, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="186" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 186, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="187" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 187, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="188" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 188, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="189" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 189, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="190" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 190, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="191" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 191, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="192" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 192, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="193" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 193, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="194" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 194, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="195" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 195, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="196" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 196, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="197" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 197, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="198" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 198, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="199" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 199, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="200" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 200, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="201" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 201, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="202" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 202, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="203" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 203, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="204" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 204, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="205" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 205, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="206" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 206, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="207" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 207, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="208" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 208, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="209" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 209, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="210" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 210, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="211" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 211, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="212" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 212, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="213" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 213, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="214" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 214, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="215" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 215, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="216" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 216, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="217" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 217, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="218" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 218, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="219" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 219, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="220" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 220, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="221" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 221, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="222" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 222, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="223" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 223, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="224" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 224, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="225" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 225, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="226" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 226, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="227" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 227, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="228" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 228, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="229" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 229, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="230" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 230, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="231" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 231, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="232" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 232, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="233" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 233, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="234" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 234, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="235" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 235, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="236" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 236, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="237" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 237, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="238" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 238, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="239" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 239, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="240" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 240, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="241" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 241, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="242" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 242, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="243" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 243, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="244" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 244, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="245" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 245, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="246" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 246, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="247" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 247, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="248" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 248, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="249" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 249, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="250" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.6585E-02 STO-SS = 1.2276E-06 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 49605.5177 CHD = 16.5934 CHD-1 + + TOTAL IN = 49605.5343 TOTAL IN = 16.5934 + + OUT: OUT: + ---- ---- + STO-SS = 4.9091E-04 STO-SS = 2.5095E-08 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 6750.0000 WEL = 2.2500 WEL-1 + CHD = 44996.4835 CHD = 14.8503 CHD-1 + + TOTAL OUT = 51746.4840 TOTAL OUT = 17.1003 + + IN - OUT = -2140.9497 IN - OUT = -0.5069 + + PERCENT DISCREPANCY = -4.22 PERCENT DISCREPANCY = -3.01 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.nam new file mode 100644 index 0000000..959f3f1 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_pumptreat.dis dis + IC6 gwf_pumptreat.ic ic + NPF6 gwf_pumptreat.npf npf + STO6 gwf_pumptreat.sto sto + CHD6 gwf_pumptreat.chd chd-1 + WEL6 gwf_pumptreat.wel wel-1 + OC6 gwf_pumptreat.oc gwfgwt +END packages + diff --git 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a/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.wel b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.wel new file mode 100644 index 0000000..3a8eaf8 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/gwf_pumptreat.wel @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 3 +END dimensions + +BEGIN period 1 +END period 1 + +BEGIN period 2 + 1 41 26 -7.50000000E-01 0 + 1 34 26 -7.50000000E-01 0 + 1 26 26 -7.50000000E-01 0 +END period 2 + diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.adv b/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.adv new file mode 100644 index 0000000..85fb7ce --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.adv @@ -0,0 +1,5 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. +BEGIN options + SCHEME upstream +END options + diff --git 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0000000..d44b70e --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.lst @@ -0,0 +1,4032 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1017 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_pumptreat.cbc + + OPENED gwt_pumptreat.cbc + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_pumptreat.ucn + + OPENED gwt_pumptreat.ucn + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 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8.3178-173 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 3509.0767 CNC = 3509.0767 CNC + + TOTAL IN = 3509.0767 TOTAL IN = 3509.0767 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 3509.0767 STORAGE-AQUEOUS = 3509.0767 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 8.1595E-98 CHD = 8.1595E-98 SSM_CHD-1 + CNC = 0.0000 CNC = 0.0000 CNC + + TOTAL OUT = 3509.0767 TOTAL OUT = 3509.0767 + + IN - OUT = 8.0036E-11 IN - OUT = 8.0036E-11 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + +end timestep + + 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........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ 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SSM_CHD-1 + CNC = 1797308.5470 CNC = 615.7501 CNC + + TOTAL OUT = 4537948.2969 TOTAL OUT = 1494.4716 + + IN - OUT = 5.6084E-05 IN - OUT = -7.2097E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.mst b/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.mst new file mode 100644 index 0000000..5f7a789 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.nam new file mode 100644 index 0000000..0943a9a --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreat.dis dis + IC6 gwt_pumptreat.ic ic + ADV6 gwt_pumptreat.adv adv + DSP6 gwt_pumptreat.dsp dsp + MST6 gwt_pumptreat.mst mst + SSM6 gwt_pumptreat.ssm ssm + CNC6 gwt_pumptreat.cnc cnc + OC6 gwt_pumptreat.oc oc +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.oc new file mode 100644 index 0000000..5fe36f8 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. +BEGIN options + BUDGET FILEOUT gwt_pumptreat.cbc + CONCENTRATION FILEOUT gwt_pumptreat.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.ssm b/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.ssm new file mode 100644 index 0000000..7fe964c --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.ucn b/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.ucn new file mode 100644 index 0000000..a975614 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_1p5p/gwt_pumptreat.ucn differ diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/head_distribution.png b/src/notebooks/models/mf6/pumptreat_1p5p/head_distribution.png new file mode 100644 index 0000000..57d3c2c Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_1p5p/head_distribution.png differ diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/mfsim.lst b/src/notebooks/models/mf6/pumptreat_1p5p/mfsim.lst new file mode 100644 index 0000000..ca241ca --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/mfsim.lst @@ -0,0 +1,7424 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + OPENED gwf_pumptreat.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + OPENED gwf_pumptreat.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + OPENED gwf_pumptreat.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + OPENED gwf_pumptreat.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + OPENED gwf_pumptreat.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + OPENED gwf_pumptreat.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + OPENED gwf_pumptreat.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreat.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_pumptreat.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreat.nam + FILE TYPE:GWT6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + OPENED gwt_pumptreat.dis + FILE TYPE:DIS6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + OPENED gwt_pumptreat.ic + FILE TYPE:IC6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + OPENED gwt_pumptreat.mst + FILE TYPE:MST6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.adv + FILE TYPE:ADV6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.dsp + FILE TYPE:DSP6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + OPENED gwt_pumptreat.ssm + FILE TYPE:SSM6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.oc + FILE TYPE:OC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.cnc + FILE TYPE:CNC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + OPENED pumptreat.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreat.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreat.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 45 -0.49507281 1_GWF-(1,101,100) + Model 2 1 2.98305048E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 46 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 68.659043 2_GWT-(1,43,25) + Model 2 1 2.83247818E-18 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 3000.000 + ------------------------------------------ + NUMBER OF TIME STEPS = 250 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 12.00000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 21 -3.56354283E-02 1_GWF-(1,34,26) + Model 2 1 1.77761787E-04 * 1_GWF-(1,42,18) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 22 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 392.38114 2_GWT-(1,43,25) + Model 2 1 1.02957642E-10 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65173962E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 174.57803 2_GWT-(1,43,25) + Model 2 1 -4.24321911E-10 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.64516425E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 103.62749 2_GWT-(1,42,27) + Model 2 1 7.27510496E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65329136E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 78.907530 2_GWT-(1,42,27) + Model 2 1 8.32784508E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.64278467E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 61.457513 2_GWT-(1,42,27) + Model 2 1 7.24213578E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65705979E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 48.665118 2_GWT-(1,42,28) + Model 2 1 5.83952442E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.63238636E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 41.829810 2_GWT-(1,42,28) + Model 2 1 -4.98274200E-10 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65922776E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 36.446044 2_GWT-(1,41,28) + Model 2 1 -3.84427490E-10 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.62851389E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 32.396029 2_GWT-(1,41,28) + Model 2 1 -2.77389223E-10 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65983965E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 31.038367 2_GWT-(1,41,28) + Model 2 1 -2.10690132E-10 * 2_GWT-(1,38,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.63512731E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 26.967612 2_GWT-(1,41,29) + Model 2 1 -1.58492774E-10 * 2_GWT-(1,37,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65859543E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 25.794068 2_GWT-(1,41,29) + Model 2 1 -1.26603616E-10 * 2_GWT-(1,37,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.63767306E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 23.656612 2_GWT-(1,41,29) + Model 2 1 -1.01755049E-10 * 2_GWT-(1,37,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.65527858E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 22.443054 2_GWT-(1,41,29) + Model 2 1 -8.55342464E-11 * 2_GWT-(1,37,39) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 15 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.63647029E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 21.018774 2_GWT-(1,41,30) + Model 2 1 -8.10072009E-11 * 2_GWT-(1,37,39) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 16 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.64993079E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 19.507137 2_GWT-(1,41,30) + Model 2 1 -9.84877424E-08 * 2_GWT-(1,38,37) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 17 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.63213471E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 18.866816 2_GWT-(1,41,30) + Model 2 1 -9.32551814E-11 * 2_GWT-(1,37,39) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 18 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.64276549E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 17.606746 2_GWT-(1,41,31) + Model 2 1 9.08179487E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 19 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.62531681E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 17.116928 2_GWT-(1,36,31) + Model 2 1 -7.34332986E-08 * 2_GWT-(1,38,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 20 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.63406174E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 16.169206 2_GWT-(1,41,31) + Model 2 1 8.55535234E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 21 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.61659163E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 15.713623 2_GWT-(1,36,31) + Model 2 1 -7.17379294E-08 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 22 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.62409898E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.978530 2_GWT-(1,36,32) + Model 2 1 7.87368037E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 23 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.60642852E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.609155 2_GWT-(1,40,32) + Model 2 1 -7.48058255E-08 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 24 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.61312740E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.113298 2_GWT-(1,40,32) + Model 2 1 7.15223791E-08 * 2_GWT-(1,39,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 25 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.59519539E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.717176 2_GWT-(1,40,32) + Model 2 1 -7.81143967E-08 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 26 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.60135899E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.369510 2_GWT-(1,37,33) + Model 2 1 7.63564287E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 27 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.58317469E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.086180 2_GWT-(1,40,33) + Model 2 1 -8.29187456E-08 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 28 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.58896840E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.720187 2_GWT-(1,37,33) + Model 2 1 9.04861679E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 29 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.57058119E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.345679 2_GWT-(1,40,33) + Model 2 1 9.91934712E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 30 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.57609770E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.300704 2_GWT-(1,39,34) + Model 2 1 1.19031540E-07 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 31 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.55757775E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.895244 2_GWT-(1,38,34) + Model 2 1 1.51062522E-07 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 32 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.56286194E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.787653 2_GWT-(1,39,34) + Model 2 1 2.03450469E-07 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 33 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.54428807E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.569519 2_GWT-(1,38,35) + Model 2 1 4.48022092E-07 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 34 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.54935436E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.214882 2_GWT-(1,39,35) + Model 2 1 -7.02465277E-05 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 35 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.53080658E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.184821 2_GWT-(1,38,35) + Model 2 1 -2.65335075E-07 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 36 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.53565080E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.789543 2_GWT-(1,37,36) + Model 2 1 1.14020736E-07 * 2_GWT-(1,33,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 37 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.51720587E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.728555 2_GWT-(1,38,36) + Model 2 1 -5.47663603E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 38 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.52181325E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.493798 2_GWT-(1,37,36) + Model 2 1 -2.99681346E-08 * 2_GWT-(1,34,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 39 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.50354220E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.385162 2_GWT-(1,38,36) + Model 2 1 -1.91679987E-08 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 40 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.50789269E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.189865 2_GWT-(1,38,37) + Model 2 1 3.21062998E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 41 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.48985957E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.9725603 2_GWT-(1,38,36) + Model 2 1 3.13539203E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 42 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.49393124E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.9131938 2_GWT-(1,38,37) + Model 2 1 3.51140557E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 43 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.47619269E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.5884943 2_GWT-(1,39,37) + Model 2 1 2.84999260E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 44 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.47996393E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.5799333 2_GWT-(1,38,38) + Model 2 1 2.78375012E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 45 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.46256924E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.2902334 2_GWT-(1,37,38) + Model 2 1 2.03233412E-08 * 2_GWT-(1,35,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 46 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.46601999E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.3264693 2_GWT-(1,38,38) + Model 2 1 2.16309104E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 47 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.44901140E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.0212939 2_GWT-(1,37,38) + Model 2 1 -1.41918122E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 48 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.45212388E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.0166490 2_GWT-(1,38,38) + Model 2 1 1.76927131E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 49 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.43553715E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.8294390 2_GWT-(1,37,39) + Model 2 1 -1.25534996E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 50 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.43829616E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.6911709 2_GWT-(1,38,39) + Model 2 1 1.52524819E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 51 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.42216108E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.5861737 2_GWT-(1,37,39) + Model 2 1 -1.15716148E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 52 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.42455409E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.4062451 2_GWT-(1,38,39) + Model 2 1 1.36733718E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 53 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.40889511E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.3565130 2_GWT-(1,38,40) + Model 2 1 -1.09321832E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 54 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.41091217E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.1423556 2_GWT-(1,38,40) + Model 2 1 1.25861277E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 55 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.39574898E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.1159060 2_GWT-(1,38,40) + Model 2 1 -1.04724336E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 56 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.39738258E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.9306404 2_GWT-(1,37,41) + Model 2 1 1.17875061E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 57 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.38273065E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.8907996 2_GWT-(1,38,41) + Model 2 1 -1.01090905E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 58 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.38397548E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.7405959 2_GWT-(1,37,41) + Model 2 1 1.11644454E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 59 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.36984659E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.6668383 2_GWT-(1,38,41) + Model 2 1 -9.79835590E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 60 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.37069934E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.5460400 2_GWT-(1,38,42) + Model 2 1 1.06520588E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 61 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.35710204E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.4451832 2_GWT-(1,38,42) + Model 2 1 -9.51760626E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 62 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.35756112E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.3650125 2_GWT-(1,37,42) + Model 2 1 1.02123465E-08 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 63 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.34450115E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.2351969 2_GWT-(1,38,42) + Model 2 1 -9.25413701E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 64 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.34456654E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.1806839 2_GWT-(1,38,43) + Model 2 1 9.82191750E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 65 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.33204721E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.0606416 2_GWT-(1,38,43) + Model 2 1 -9.00115538E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 66 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.33172018E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.9997738 2_GWT-(1,38,43) + Model 2 1 9.46647560E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 67 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.31974268E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.8876399 2_GWT-(1,38,44) + Model 2 1 -8.75496653E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 68 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.31902565E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.8259707 2_GWT-(1,38,44) + Model 2 1 9.13661324E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 69 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.30758937E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7387802 2_GWT-(1,37,44) + Model 2 1 -8.51352411E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 70 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.30648572E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.6548303 2_GWT-(1,38,44) + Model 2 1 8.82621976E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 71 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.29558851E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.5771510 2_GWT-(1,38,45) + Model 2 1 -8.27594704E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 72 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.29410241E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4993182 2_GWT-(1,38,45) + Model 2 1 8.53142978E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 73 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.28374079E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4326593 2_GWT-(1,37,45) + Model 2 1 -8.04095635E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 74 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.28187710E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.3376694 2_GWT-(1,38,46) + Model 2 1 8.24903168E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 75 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.27204645E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2835793 2_GWT-(1,38,46) + Model 2 1 -7.80957521E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 76 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.26981058E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2096528 2_GWT-(1,37,46) + Model 2 1 7.97720645E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 77 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.26050537E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.1418095 2_GWT-(1,37,46) + Model 2 1 -7.58157626E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 78 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.25790318E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0667808 2_GWT-(1,37,47) + Model 2 1 7.71504460E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 79 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.24911703E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0083356 2_GWT-(1,38,47) + Model 2 1 -7.35695949E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 80 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.24615477E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.9496665 2_GWT-(1,37,47) + Model 2 1 7.46140927E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 81 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.23788066E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8764570 2_GWT-(1,37,47) + Model 2 1 -7.13595227E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 82 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.23456484E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8166331 2_GWT-(1,37,48) + Model 2 1 7.21558990E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 83 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.22679520E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7585204 2_GWT-(1,37,48) + Model 2 1 -6.91878199E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 84 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.22313256E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7034099 2_GWT-(1,37,48) + Model 2 1 6.97721703E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 85 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.21585935E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.6353567 2_GWT-(1,37,48) + Model 2 1 -6.70536338E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 86 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.21185683E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.5830489 2_GWT-(1,37,49) + Model 2 1 6.74575062E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 87 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.20507165E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.5302386 2_GWT-(1,37,49) + Model 2 1 -6.49603749E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 88 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.20073628E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4735160 2_GWT-(1,37,49) + Model 2 1 6.52070753E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 89 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.19443044E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4135655 2_GWT-(1,37,50) + Model 2 1 -6.29071906E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 90 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.18976934E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3663507 2_GWT-(1,37,50) + Model 2 1 6.30203090E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 91 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.18393393E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3162296 2_GWT-(1,37,50) + Model 2 1 -6.08969231E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 92 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.17895427E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2603841 2_GWT-(1,37,50) + Model 2 1 6.08943651E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 93 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.17358020E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2107308 2_GWT-(1,37,51) + Model 2 1 -5.89298566E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 94 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.16828917E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1640968 2_GWT-(1,37,51) + Model 2 1 5.88281068E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 95 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.16336723E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1159913 2_GWT-(1,37,51) + Model 2 1 -5.70048542E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 96 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.15777202E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0615144 2_GWT-(1,37,51) + Model 2 1 5.68198288E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 97 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.15329293E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0208267 2_GWT-(1,37,52) + Model 2 1 -5.51233370E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 98 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.14740069E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9746009 2_GWT-(1,37,52) + Model 2 1 5.48678258E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 99 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.14335512E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9285993 2_GWT-(1,37,52) + Model 2 1 -5.32861577E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 100 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.13717297E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8807878 2_GWT-(1,37,53) + Model 2 1 5.29709610E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 101 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.13355159E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8415746 2_GWT-(1,37,53) + Model 2 1 -5.14927478E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 102 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12708660E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7978557 2_GWT-(1,37,53) + Model 2 1 5.11261078E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 103 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12388007E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7517342 2_GWT-(1,37,53) + Model 2 1 -4.97433916E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 104 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.11713922E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7138014 2_GWT-(1,37,54) + Model 2 1 4.93329821E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 105 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.11433827E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6721082 2_GWT-(1,37,54) + Model 2 1 -4.80358153E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 106 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.10732849E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6326693 2_GWT-(1,37,54) + Model 2 1 4.75901629E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 107 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.10492390E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5872880 2_GWT-(1,37,55) + Model 2 1 -4.63717242E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 108 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.09765202E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5550994 2_GWT-(1,37,55) + Model 2 1 4.58976501E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 109 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.09563463E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5139421 2_GWT-(1,37,55) + Model 2 1 -4.47496973E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 110 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.08810738E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4756753 2_GWT-(1,37,55) + Model 2 1 4.42526016E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 111 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.08646815E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4392118 2_GWT-(1,37,56) + Model 2 1 -4.31691660E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 112 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.07869219E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4029869 2_GWT-(1,37,56) + Model 2 1 4.26558699E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 113 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.07742215E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3671494 2_GWT-(1,37,56) + Model 2 1 -4.16335411E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 114 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.06940401E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3253228 2_GWT-(1,37,57) + Model 2 1 4.11048973E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 115 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.06849433E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2986477 2_GWT-(1,37,57) + Model 2 1 -4.01379907E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 116 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.06024046E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2598771 2_GWT-(1,37,57) + Model 2 1 3.95993993E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 117 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.05968242E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2278227 2_GWT-(1,37,57) + Model 2 1 -3.86816623E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 118 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.05119915E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1924523 2_GWT-(1,37,58) + Model 2 1 3.81379550E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 119 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.05098415E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1621989 2_GWT-(1,37,58) + Model 2 1 -3.72656928E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 120 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04227772E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1278940 2_GWT-(1,37,58) + Model 2 1 3.67182906E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 121 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04239730E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0925391 2_GWT-(1,37,58) + Model 2 1 -3.58886609E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 122 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.03347383E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0674409 2_GWT-(1,37,59) + Model 2 1 3.53406904E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 123 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.03391967E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0319119 2_GWT-(1,37,59) + Model 2 1 -3.45491458E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 124 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.02478518E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0037803 2_GWT-(1,37,59) + Model 2 1 3.40028805E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 125 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.02554910E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9700224 2_GWT-(1,37,60) + Model 2 1 -3.32468630E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 126 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01620948E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9453276 2_GWT-(1,37,60) + Model 2 1 3.27034400E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 127 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01728344E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9117473 2_GWT-(1,37,60) + Model 2 1 -3.19806759E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 128 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00774450E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8825047 2_GWT-(1,37,60) + Model 2 1 3.14418003E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 129 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00912061E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8578303 2_GWT-(1,37,61) + Model 2 1 -3.07500159E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 130 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.99388040E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8266502 2_GWT-(1,37,61) + Model 2 1 3.02162562E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 131 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00105854E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8001932 2_GWT-(1,37,61) + Model 2 1 -2.95531777E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 132 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.91137933E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7691440 2_GWT-(1,37,62) + Model 2 1 2.90268076E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 133 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.93095237E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7486108 2_GWT-(1,37,62) + Model 2 1 -2.83893087E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 134 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.82992059E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7161910 2_GWT-(1,37,62) + Model 2 1 2.78708967E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 135 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.85228710E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6915800 2_GWT-(1,37,62) + Model 2 1 -2.72584089E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 136 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.74948339E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6671671 2_GWT-(1,37,63) + Model 2 1 2.67502287E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 137 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.77457031E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6408918 2_GWT-(1,37,63) + Model 2 1 -2.61604782E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 138 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.67004738E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6146424 2_GWT-(1,37,63) + Model 2 1 2.56622457E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 139 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.69778310E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5873474 2_GWT-(1,37,64) + Model 2 1 -2.50938115E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 140 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.59159261E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5690818 2_GWT-(1,37,64) + Model 2 1 2.46069476E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 141 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.62190700E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5389498 2_GWT-(1,37,64) + Model 2 1 -2.40592612E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 142 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.51409962E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5169924 2_GWT-(1,37,64) + Model 2 1 2.35837661E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 143 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.54692396E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4934728 2_GWT-(1,37,65) + Model 2 1 -2.30556907E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 144 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.43754935E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4717199 2_GWT-(1,37,65) + Model 2 1 2.25918484E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 145 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.47281636E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4453861 2_GWT-(1,37,66) + Model 2 1 -2.20833840E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 146 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.36192319E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4222600 2_GWT-(1,37,66) + Model 2 1 2.16311946E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 147 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.39956700E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4045608 2_GWT-(1,37,66) + Model 2 1 -2.11406359E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 148 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.28720298E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3777948 2_GWT-(1,37,66) + Model 2 1 2.07029416E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 149 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.32715910E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3576314 2_GWT-(1,37,67) + Model 2 1 -2.02294359E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 150 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.21337099E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3351013 2_GWT-(1,37,67) + Model 2 1 1.98070893E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 151 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.25557631E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3166650 2_GWT-(1,37,67) + Model 2 1 -1.93512051E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 152 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.14040991E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2912557 2_GWT-(1,37,68) + Model 2 1 1.89450589E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 153 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.18480267E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2715866 2_GWT-(1,37,68) + Model 2 1 -1.85070803E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 154 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.06830287E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2535115 2_GWT-(1,37,68) + Model 2 1 1.81179871E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 155 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.11482265E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2305381 2_GWT-(1,37,68) + Model 2 1 -1.76990511E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 156 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.99703341E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2117655 2_GWT-(1,37,69) + Model 2 1 1.73284320E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 157 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.04562109E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1904598 2_GWT-(1,37,69) + Model 2 1 -1.69291070E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 158 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.92658549E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1738386 2_GWT-(1,37,69) + Model 2 1 1.65780989E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 159 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.97718325E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1498131 2_GWT-(1,37,70) + Model 2 1 -1.61992375E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 160 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.85694348E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1332544 2_GWT-(1,37,70) + Model 2 1 1.58706825E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 161 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.90949475E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1147555 2_GWT-(1,37,70) + Model 2 1 -1.55142743E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 162 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.78809214E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0951899 2_GWT-(1,37,70) + Model 2 1 1.52093094E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 163 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.84254159E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0771722 2_GWT-(1,37,71) + Model 2 1 -1.48767754E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 164 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.72001662E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0579263 2_GWT-(1,37,71) + Model 2 1 1.45973900E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 165 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.77631016E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0418991 2_GWT-(1,37,71) + Model 2 1 -1.42910039E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 166 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.65270246E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0199173 2_GWT-(1,37,72) + Model 2 1 1.40403245E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 167 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.71078718E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0055608 2_GWT-(1,37,72) + Model 2 1 -1.37617917E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 168 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.58613556E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9872220 2_GWT-(1,37,72) + Model 2 1 1.35420919E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 169 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.64595974E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9701152 2_GWT-(1,37,72) + Model 2 1 -1.32934019E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 170 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.52030221E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9528353 2_GWT-(1,37,73) + Model 2 1 1.31072397E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 171 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.58181526E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9359161 2_GWT-(1,37,73) + Model 2 1 -1.28920874E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 172 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.45518902E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9198967 2_GWT-(1,37,73) + Model 2 1 1.27420208E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 173 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.51834150E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9003986 2_GWT-(1,37,74) + Model 2 1 -1.25609745E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 174 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.39078298E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8872409 2_GWT-(1,37,74) + Model 2 1 1.24504140E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 175 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.45552654E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8697953 2_GWT-(1,37,74) + Model 2 1 -1.23071686E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 176 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.32707140E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8541061 2_GWT-(1,37,74) + Model 2 1 1.22372512E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 177 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.39335878E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8379170 2_GWT-(1,37,75) + Model 2 1 -1.21332278E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 178 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.26404193E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8230303 2_GWT-(1,37,75) + Model 2 1 1.21070798E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 179 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.33182692E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8070472 2_GWT-(1,37,75) + Model 2 1 -1.20434152E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 180 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.20168252E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7900644 2_GWT-(1,37,76) + Model 2 1 1.20635946E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 181 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.27091998E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7773910 2_GWT-(1,37,76) + Model 2 1 -1.20402888E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 182 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.13998146E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7613246 2_GWT-(1,37,76) + Model 2 1 1.21073640E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 183 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.21062724E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7463071 2_GWT-(1,37,76) + Model 2 1 -1.21258381E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 184 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.07892733E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7315990 2_GWT-(1,37,77) + Model 2 1 1.22415145E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 185 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.15093828E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7181561 2_GWT-(1,37,77) + Model 2 1 -1.23009158E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 186 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.01850899E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7025752 2_GWT-(1,37,77) + Model 2 1 1.24649091E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 187 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.09184294E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6877925 2_GWT-(1,37,78) + Model 2 1 -1.25643851E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 188 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.95871560E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6753206 2_GWT-(1,37,78) + Model 2 1 1.27781163E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 189 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.03333135E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6607198 2_GWT-(1,37,78) + Model 2 1 -1.29156774E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 190 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.89953661E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6460681 2_GWT-(1,37,78) + Model 2 1 1.31791467E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 191 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.97539387E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6330304 2_GWT-(1,37,79) + Model 2 1 -1.33542244E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 192 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.84096172E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6204683 2_GWT-(1,37,79) + Model 2 1 1.36682843E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 193 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.91802113E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6056630 2_GWT-(1,37,79) + Model 2 1 -1.38797418E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 194 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.78298090E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5926289 2_GWT-(1,37,80) + Model 2 1 1.42455292E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 195 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.86120399E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5804059 2_GWT-(1,37,80) + Model 2 1 -1.44947876E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 196 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.72558436E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5670543 2_GWT-(1,37,80) + Model 2 1 1.49165658E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 197 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.80493354E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5532172 2_GWT-(1,37,81) + Model 2 1 -1.52053303E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 198 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.66876257E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5413733 2_GWT-(1,37,81) + Model 2 1 1.56890678E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 199 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.74920112E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5293435 2_GWT-(1,37,81) + Model 2 1 -1.60238756E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 200 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.61250625E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5154994 2_GWT-(1,37,81) + Model 2 1 1.65778147E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 201 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.69399827E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5038216 2_GWT-(1,37,82) + Model 2 1 -1.69674763E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 202 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.55680633E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4920207 2_GWT-(1,37,82) + Model 2 1 1.76063963E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 203 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.63931674E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4795987 2_GWT-(1,37,82) + Model 2 1 -1.80654069E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 204 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.50165396E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4669129 2_GWT-(1,37,83) + Model 2 1 1.88086346E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 205 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.58514851E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4558742 2_GWT-(1,37,83) + Model 2 1 -1.93583105E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 206 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.44704054E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4442556 2_GWT-(1,37,83) + Model 2 1 2.02317096E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 207 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.53148574E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4313525 2_GWT-(1,37,83) + Model 2 1 -2.08962092E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 208 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.39295765E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4207840 2_GWT-(1,37,84) + Model 2 1 2.19375806E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 209 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.47832079E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4095417 2_GWT-(1,37,84) + Model 2 1 -2.27515784E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 210 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.33939708E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3977863 2_GWT-(1,37,84) + Model 2 1 2.40075337E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 211 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.42564622E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3862605 2_GWT-(1,37,85) + Model 2 1 -2.50173571E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 212 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.28635084E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3759027 2_GWT-(1,37,85) + Model 2 1 2.65495714E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 213 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.37345474E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3647096 2_GWT-(1,37,85) + Model 2 1 -2.78200218E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 214 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.23381110E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3526102 2_GWT-(1,37,85) + Model 2 1 2.97123393E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 215 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.32173928E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3430335 2_GWT-(1,37,86) + Model 2 1 -3.13320925E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 216 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.18177024E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3323867 2_GWT-(1,37,86) + Model 2 1 3.37050210E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 217 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.27049290E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3211516 2_GWT-(1,37,86) + Model 2 1 -3.58036800E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 218 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.13022081E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3107641 2_GWT-(1,37,87) + Model 2 1 3.88399712E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 219 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.21970885E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3009485 2_GWT-(1,37,87) + Model 2 1 -4.16244461E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 220 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.07915554E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2902243 2_GWT-(1,37,87) + Model 2 1 4.56199700E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 221 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.16938054E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2793098 2_GWT-(1,37,88) + Model 2 1 -4.94486585E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 222 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.02856733E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2701396 2_GWT-(1,37,88) + Model 2 1 5.49405854E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 223 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.11950151E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2600499 2_GWT-(1,37,88) + Model 2 1 -6.05152195E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 224 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.97844923E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2492786 2_GWT-(1,37,88) + Model 2 1 6.86154067E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 225 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.07006549E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2399655 2_GWT-(1,37,89) + Model 2 1 -7.75577291E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 226 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.92879447E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2305911 2_GWT-(1,37,89) + Model 2 1 9.10694098E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 227 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.02106632E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2203539 2_GWT-(1,37,89) + Model 2 1 -1.09234080E-08 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 228 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.87959643E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2105315 2_GWT-(1,37,90) + Model 2 1 -1.43266874E-08 * 2_GWT-(1,29,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 229 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.97249801E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2017156 2_GWT-(1,37,90) + Model 2 1 -2.02721537E-08 * 2_GWT-(1,29,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 230 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.83084864E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1921138 2_GWT-(1,37,90) + Model 2 1 -3.33894690E-08 * 2_GWT-(1,29,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 231 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.92435468E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1817930 2_GWT-(1,37,90) + Model 2 1 -8.99880206E-08 * 2_GWT-(1,29,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 232 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.78254475E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1734784 2_GWT-(1,37,91) + Model 2 1 -1.40305133E-07 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 233 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.87663060E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1644914 2_GWT-(1,37,91) + Model 2 1 -4.26978346E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 234 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.73467859E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1547224 2_GWT-(1,37,91) + Model 2 1 -2.64380731E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 235 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.82932016E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1459201 2_GWT-(1,37,92) + Model 2 1 -1.96067589E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 236 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.68724410E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1374550 2_GWT-(1,37,92) + Model 2 1 -1.58030247E-08 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 237 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.78241788E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1282802 2_GWT-(1,37,92) + Model 2 1 -1.33327092E-08 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 238 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.64023538E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1190190 2_GWT-(1,37,93) + Model 2 1 -1.15555849E-08 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 239 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.73591839E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1110756 2_GWT-(1,37,93) + Model 2 1 -1.01800026E-08 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 240 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.59364661E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1024458 2_GWT-(1,37,93) + Model 2 1 -9.06639741E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 241 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.68981645E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0931090 2_GWT-(1,37,93) + Model 2 1 -8.12447354E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 242 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.54747215E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0854099 2_GWT-(1,37,94) + Model 2 1 -7.31131422E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 243 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.64410693E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0772810 2_GWT-(1,37,94) + Model 2 1 -6.58863542E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 244 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.50170645E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0684837 2_GWT-(1,37,94) + Model 2 1 -5.94275207E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 245 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.59878480E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0605575 2_GWT-(1,37,95) + Model 2 1 -5.35364109E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 246 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.45634408E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0529176 2_GWT-(1,37,95) + Model 2 1 -4.82360463E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 247 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.55384515E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0446167 2_GWT-(1,37,95) + Model 2 1 -4.33595915E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 248 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.41137973E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0367298 2_GWT-(1,37,96) + Model 2 1 -3.88871513E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 249 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.50928317E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0295476 2_GWT-(1,37,96) + Model 2 1 -3.47391449E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 250 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.36680820E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0217048 2_GWT-(1,37,96) + Model 2 1 -3.09351833E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.37620000E-02 + Logical 6.40000000E-05 + Integer 5.4216120 + Real 12.678856 + ------------------------------- + Total 18.114294 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/10/01 17:43:40 + Elapsed run time: 34.766 Seconds + Normal termination of simulation. diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/mfsim.nam b/src/notebooks/models/mf6/pumptreat_1p5p/mfsim.nam new file mode 100644 index 0000000..fc161e7 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreat.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreat.nam gwf_pumptreat + gwt6 gwt_pumptreat.nam gwt_pumptreat +END models + +BEGIN exchanges + GWF6-GWT6 pumptreat.gwfgwt gwf_pumptreat gwt_pumptreat +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreat.ims gwf_pumptreat + ims6 gwt_pumptreat.ims gwt_pumptreat +END solutiongroup 1 + diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/plume.png b/src/notebooks/models/mf6/pumptreat_1p5p/plume.png new file mode 100644 index 0000000..023f11f Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_1p5p/plume.png differ diff --git a/src/notebooks/models/mf6/pumptreat_1p5p/pumptreat.gwfgwt b/src/notebooks/models/mf6/pumptreat_1p5p/pumptreat.gwfgwt new file mode 100644 index 0000000..a4bd0d6 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_1p5p/pumptreat.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:43:05. diff --git a/src/notebooks/models/mf6/pumptreat_25p/boundary_conditions.png b/src/notebooks/models/mf6/pumptreat_25p/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_25p/boundary_conditions.png differ diff --git a/src/notebooks/models/mf6/pumptreat_25p/concentration_time_series.png b/src/notebooks/models/mf6/pumptreat_25p/concentration_time_series.png new file mode 100644 index 0000000..bb97532 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_25p/concentration_time_series.png differ diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.chd b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.chd new file mode 100644 index 0000000..33ec8a7 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.chd @@ -0,0 +1,215 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 202 +END dimensions + +BEGIN period 1 + 1 1 1 2.50000000E+01 0.00000000E+00 + 1 1 101 2.45000000E+01 0.00000000E+00 + 1 2 1 2.50000000E+01 0.00000000E+00 + 1 2 101 2.45000000E+01 0.00000000E+00 + 1 3 1 2.50000000E+01 0.00000000E+00 + 1 3 101 2.45000000E+01 0.00000000E+00 + 1 4 1 2.50000000E+01 0.00000000E+00 + 1 4 101 2.45000000E+01 0.00000000E+00 + 1 5 1 2.50000000E+01 0.00000000E+00 + 1 5 101 2.45000000E+01 0.00000000E+00 + 1 6 1 2.50000000E+01 0.00000000E+00 + 1 6 101 2.45000000E+01 0.00000000E+00 + 1 7 1 2.50000000E+01 0.00000000E+00 + 1 7 101 2.45000000E+01 0.00000000E+00 + 1 8 1 2.50000000E+01 0.00000000E+00 + 1 8 101 2.45000000E+01 0.00000000E+00 + 1 9 1 2.50000000E+01 0.00000000E+00 + 1 9 101 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--git a/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.dis.grb b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.dis.grb new file mode 100644 index 0000000..dce9abb Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.dis.grb differ diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.hds b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.hds new file mode 100644 index 0000000..9497adc Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.hds differ diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.ic b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.ic new file mode 100644 index 0000000..9c8f351 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.ic @@ -0,0 +1,110 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options +END options + +BEGIN griddata + strt + INTERNAL FACTOR 1.0 + 25.00000000 25.00000000 25.00000000 25.00000000 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file mode 100644 index 0000000..d9e74c5 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.ims @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options + PRINT_OPTION summary + COMPLEXITY simple +END options + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.lst new file mode 100644 index 0000000..ab5fbe8 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.lst @@ -0,0 +1,3817 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREAT/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 3 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_pumptreat.dis.grb + + OPENED gwf_pumptreat.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreat.bud + + OPENED gwf_pumptreat.bud + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_pumptreat.hds + + OPENED gwf_pumptreat.hds + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 14.8837 CHD = 14.8837 CHD-1 + + TOTAL IN = 14.8837 TOTAL IN = 14.8837 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 15.1526 CHD = 15.1526 CHD-1 + + TOTAL OUT = 15.1526 TOTAL OUT = 15.1526 + + IN - OUT = -0.2688 IN - OUT = -0.2688 + + PERCENT DISCREPANCY = -1.79 PERCENT DISCREPANCY = -1.79 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 2, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 3, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 4, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 5, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 6, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 7, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 8, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 9, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 10, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 11, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 12, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 13, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 14, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="15" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 15, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="16" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 16, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="17" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 17, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="18" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 18, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="19" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 19, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="20" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 20, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="21" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 21, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="22" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 22, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="23" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 23, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="24" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 24, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="25" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 25, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="26" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 26, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="27" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 27, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="28" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 28, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="29" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 29, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="30" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 30, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="31" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 31, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="32" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 32, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="33" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 33, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="34" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 34, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="35" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 35, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="36" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 36, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="37" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 37, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="38" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 38, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="39" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 39, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="40" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 40, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="41" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 41, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="42" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 42, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="43" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 43, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="44" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 44, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="45" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 45, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="46" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 46, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="47" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 47, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="48" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 48, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="49" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 49, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="50" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 50, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="51" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 51, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="52" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 52, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="53" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 53, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="54" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 54, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="55" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 55, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="56" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 56, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="57" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 57, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="58" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 58, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="59" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 59, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="60" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 60, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="61" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 61, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="62" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 62, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="63" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 63, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="64" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 64, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="65" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 65, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="66" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 66, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="67" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 67, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="68" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 68, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="69" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 69, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="70" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 70, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="71" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 71, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="72" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 72, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="73" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 73, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="74" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 74, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="75" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 75, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="76" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 76, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="77" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 77, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="78" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 78, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="79" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 79, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="80" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 80, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="81" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 81, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="82" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 82, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="83" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 83, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="84" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 84, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="85" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 85, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="86" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 86, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="87" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 87, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="88" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 88, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="89" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 89, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="90" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 90, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="91" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 91, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="92" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 92, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="93" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 93, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="94" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 94, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="95" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 95, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="96" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 96, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="97" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 97, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="98" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 98, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="99" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 99, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="100" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 100, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="101" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 101, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="102" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 102, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="103" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 103, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="104" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 104, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="105" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 105, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="106" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 106, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="107" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 107, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="108" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 108, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="109" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 109, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="110" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 110, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="111" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 111, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="112" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 112, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="113" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 113, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="114" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 114, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="115" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 115, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="116" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 116, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="117" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 117, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="118" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 118, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="119" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 119, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="120" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 120, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="121" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 121, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="122" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 122, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="123" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 123, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="124" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 124, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="125" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 125, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="126" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 126, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="127" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 127, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="128" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 128, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="129" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 129, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="130" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 130, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="131" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 131, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="132" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 132, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="133" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 133, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="134" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 134, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="135" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 135, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="136" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 136, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="137" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 137, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="138" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 138, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="139" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 139, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="140" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 140, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="141" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 141, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="142" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 142, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="143" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 143, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="144" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 144, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="145" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 145, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="146" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 146, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="147" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 147, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="148" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 148, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="149" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 149, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="150" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 150, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="151" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 151, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="152" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 152, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="153" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 153, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="154" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 154, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="155" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 155, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="156" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 156, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="157" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 157, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="158" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 158, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="159" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 159, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="160" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 160, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="161" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 161, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="162" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 162, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="163" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 163, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="164" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 164, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="165" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 165, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="166" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 166, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="167" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 167, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="168" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 168, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="169" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 169, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="170" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 170, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="171" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 171, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="172" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 172, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="173" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 173, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="174" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 174, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="175" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 175, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="176" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 176, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="177" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 177, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="178" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 178, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="179" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 179, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="180" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 180, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="181" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 181, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="182" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 182, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="183" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 183, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="184" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 184, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="185" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 185, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="186" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 186, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="187" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 187, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="188" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 188, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="189" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 189, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="190" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 190, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="191" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 191, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="192" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 192, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="193" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 193, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="194" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 194, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="195" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 195, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="196" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 196, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="197" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 197, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="198" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 198, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="199" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 199, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="200" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 200, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="201" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 201, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="202" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 202, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="203" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 203, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="204" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 204, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="205" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 205, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="206" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 206, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="207" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 207, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="208" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 208, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="209" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 209, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="210" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 210, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="211" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 211, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="212" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 212, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="213" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 213, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="214" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 214, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="215" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 215, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="216" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 216, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="217" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 217, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="218" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 218, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="219" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 219, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="220" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 220, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="221" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 221, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="222" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 222, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="223" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 223, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="224" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 224, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="225" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 225, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="226" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 226, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="227" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 227, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="228" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 228, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="229" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 229, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="230" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 230, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="231" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 231, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="232" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 232, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="233" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 233, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="234" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 234, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="235" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 235, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="236" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 236, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="237" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 237, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="238" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 238, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="239" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 239, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="240" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 240, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="241" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 241, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="242" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 242, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="243" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 243, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="244" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 244, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="245" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 245, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="246" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 246, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="247" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 247, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="248" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL 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GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 249, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="250" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.3519 STO-SS = 1.0699E-06 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 128983.2170 CHD = 43.1004 CHD-1 + + TOTAL IN = 128983.5689 TOTAL IN = 43.1004 + + OUT: OUT: + ---- ---- + STO-SS = 3.4191E-03 STO-SS = 3.0001E-07 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 112500.0000 WEL = 37.5000 WEL-1 + CHD = 17677.3685 CHD = 5.9189 CHD-1 + + TOTAL OUT = 130177.3719 TOTAL OUT = 43.4189 + + IN - OUT = -1193.8030 IN - OUT = -0.3185 + + PERCENT DISCREPANCY = -0.92 PERCENT DISCREPANCY = -0.74 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.nam new file mode 100644 index 0000000..832f074 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_pumptreat.dis dis + IC6 gwf_pumptreat.ic ic + NPF6 gwf_pumptreat.npf npf + STO6 gwf_pumptreat.sto sto + CHD6 gwf_pumptreat.chd chd-1 + WEL6 gwf_pumptreat.wel wel-1 + OC6 gwf_pumptreat.oc gwfgwt +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.npf 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1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 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1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 + 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 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1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 + 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 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1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 + 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 + 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 + 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 + 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 + 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 1.00000000E-05 + sy + 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b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.wel new file mode 100644 index 0000000..5640495 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwf_pumptreat.wel @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 3 +END dimensions + +BEGIN period 1 +END period 1 + +BEGIN period 2 + 1 41 26 -1.25000000E+01 0 + 1 34 26 -1.25000000E+01 0 + 1 26 26 -1.25000000E+01 0 +END period 2 + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.adv b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.adv new file mode 100644 index 0000000..8283c8c --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.adv @@ -0,0 +1,5 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options + SCHEME upstream +END options + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.cbc b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.cbc new file mode 100644 index 0000000..e69de29 diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.cnc b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.cnc new file mode 100644 index 0000000..967d8ad --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.cnc @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 6 +END dimensions + +BEGIN period 1 + 1 41 26 1000.00000000 + 1 37 26 1000.00000000 + 1 43 26 1000.00000000 + 1 34 26 1000.00000000 + 1 43 24 1000.00000000 + 1 34 23 1000.00000000 +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.dis b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.dis new file mode 100644 index 0000000..9ac8327 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.dis @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 101 + NCOL 101 +END dimensions + +BEGIN griddata + delr + CONSTANT 1.00000000 + delc + CONSTANT 1.00000000 + top + CONSTANT 0.00000000 + botm + CONSTANT -30.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.dsp b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.dsp new file mode 100644 index 0000000..c73bca1 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.dsp @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options +END options + +BEGIN griddata + alh + CONSTANT 1.00000000 + ath1 + CONSTANT 0.50000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.ic b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.ic new file mode 100644 index 0000000..8a8a193 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.ic @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options +END options + +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.ims b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.ims new file mode 100644 index 0000000..2e394e7 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.ims @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + LINEAR_ACCELERATION bicgstab + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.lst new file mode 100644 index 0000000..e9db2a2 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.lst @@ -0,0 +1,4032 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1017 + + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_pumptreat.cbc + + OPENED gwt_pumptreat.cbc + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_pumptreat.ucn + + OPENED gwt_pumptreat.ucn + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 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8.3178-173 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 3509.0767 CNC = 3509.0767 CNC + + TOTAL IN = 3509.0767 TOTAL IN = 3509.0767 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 3509.0767 STORAGE-AQUEOUS = 3509.0767 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 8.1595E-98 CHD = 8.1595E-98 SSM_CHD-1 + CNC = 0.0000 CNC = 0.0000 CNC + + TOTAL OUT = 3509.0767 TOTAL OUT = 3509.0767 + + IN - OUT = 8.0036E-11 IN - OUT = 8.0036E-11 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + 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........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ 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1.8212E-14 2.3152E-14 2.9245E-14 3.6711E-14 4.5801E-14 5.6799E-14 7.0024E-14 8.5828E-14 + 1.0460E-13 1.2677E-13 1.5278E-13 1.8313E-13 2.1834E-13 2.5893E-13 3.0547E-13 3.5851E-13 4.1860E-13 4.8629E-13 + 5.6208E-13 6.4644E-13 7.3976E-13 8.4236E-13 9.5445E-13 1.0761E-12 1.2073E-12 1.3477E-12 1.4970E-12 1.6544E-12 + 1.8192E-12 1.9902E-12 2.1660E-12 2.3450E-12 2.5254E-12 2.7050E-12 2.8817E-12 3.0529E-12 3.2160E-12 3.3686E-12 + 3.5080E-12 3.6316E-12 3.7371E-12 3.8223E-12 3.8854E-12 3.9249E-12 3.9398E-12 3.9294E-12 3.8937E-12 3.8332E-12 + 3.7488E-12 3.6419E-12 3.5143E-12 3.3685E-12 3.2068E-12 3.0323E-12 2.8477E-12 2.6561E-12 2.4606E-12 2.2639E-12 + 2.0688E-12 1.8777E-12 1.6928E-12 1.5158E-12 1.3483E-12 1.1913E-12 1.0457E-12 9.1194E-13 7.9014E-13 6.8025E-13 + 5.8196E-13 4.9479E-13 4.1810E-13 3.5118E-13 2.9324E-13 2.4350E-13 2.0118E-13 1.6565E-13 1.3653E-13 1.1411E-13 + 1.0021E-13 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 1370.7130 STORAGE-AQUEOUS = 7.3623E-02 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 27448320.3213 CNC = 9127.1366 CNC + + TOTAL IN = 27449691.0343 TOTAL IN = 9127.2103 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 175737.9683 STORAGE-AQUEOUS = 6.2983E-02 MST + WEL = 81102.8215 WEL = 27.5063 SSM_WEL-1 + CHD = 2.2707E-06 CHD = 1.2514E-08 SSM_CHD-1 + CNC = 27192850.2449 CNC = 9099.6410 CNC + + TOTAL OUT = 27449691.0347 TOTAL OUT = 9127.2103 + + IN - OUT = -3.4549E-04 IN - OUT = -6.2619E-08 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.mst b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.mst new file mode 100644 index 0000000..bb73893 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.nam new file mode 100644 index 0000000..ab52631 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreat.dis dis + IC6 gwt_pumptreat.ic ic + ADV6 gwt_pumptreat.adv adv + DSP6 gwt_pumptreat.dsp dsp + MST6 gwt_pumptreat.mst mst + SSM6 gwt_pumptreat.ssm ssm + CNC6 gwt_pumptreat.cnc cnc + OC6 gwt_pumptreat.oc oc +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.oc new file mode 100644 index 0000000..8c77d19 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options + BUDGET FILEOUT gwt_pumptreat.cbc + CONCENTRATION FILEOUT gwt_pumptreat.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.ssm b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.ssm new file mode 100644 index 0000000..b3aa321 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.ucn b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.ucn new file mode 100644 index 0000000..3308e6a Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_25p/gwt_pumptreat.ucn differ diff --git a/src/notebooks/models/mf6/pumptreat_25p/head_distribution.png b/src/notebooks/models/mf6/pumptreat_25p/head_distribution.png new file mode 100644 index 0000000..57d3c2c Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_25p/head_distribution.png differ diff --git a/src/notebooks/models/mf6/pumptreat_25p/mfsim.lst b/src/notebooks/models/mf6/pumptreat_25p/mfsim.lst new file mode 100644 index 0000000..21272d4 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/mfsim.lst @@ -0,0 +1,7424 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + OPENED gwf_pumptreat.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + OPENED gwf_pumptreat.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + OPENED gwf_pumptreat.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + OPENED gwf_pumptreat.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + OPENED gwf_pumptreat.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + OPENED gwf_pumptreat.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + OPENED gwf_pumptreat.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreat.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_pumptreat.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreat.nam + FILE TYPE:GWT6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + OPENED gwt_pumptreat.dis + FILE TYPE:DIS6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + OPENED gwt_pumptreat.ic + FILE TYPE:IC6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + OPENED gwt_pumptreat.mst + FILE TYPE:MST6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.adv + FILE TYPE:ADV6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.dsp + FILE TYPE:DSP6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + OPENED gwt_pumptreat.ssm + FILE TYPE:SSM6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.oc + FILE TYPE:OC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.cnc + FILE TYPE:CNC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + OPENED pumptreat.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreat.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreat.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 45 -0.49507281 1_GWF-(1,101,100) + Model 2 1 2.98305048E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 46 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 68.659043 2_GWT-(1,43,25) + Model 2 1 2.83247818E-18 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 3000.000 + ------------------------------------------ + NUMBER OF TIME STEPS = 250 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 12.00000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 50 -0.63135301 1_GWF-(1,34,26) + Model 2 1 5.25263168E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 51 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 653.71902 2_GWT-(1,42,26) + Model 2 1 5.00729719E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.63543151E-04 * 1_GWF-(1,3,84) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 113.83648 2_GWT-(1,42,25) + Model 2 1 8.53929691E-08 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.57650344E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 42.138972 2_GWT-(1,35,25) + Model 2 1 2.43693421E-08 * 2_GWT-(1,36,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.06355674E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 24.109488 2_GWT-(1,38,27) + Model 2 1 -4.49410759E-05 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.02744680E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 17.401763 2_GWT-(1,38,27) + Model 2 1 2.06707688E-06 * 2_GWT-(1,39,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.89825122E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 12.204714 2_GWT-(1,38,27) + Model 2 1 1.55725675E-06 * 2_GWT-(1,39,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.78631081E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 8.9372392 2_GWT-(1,38,27) + Model 2 1 8.19247816E-07 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.75403588E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 6.2707068 2_GWT-(1,38,27) + Model 2 1 5.59051955E-07 * 2_GWT-(1,39,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.65753681E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 4.7599007 2_GWT-(1,38,27) + Model 2 1 3.86934346E-07 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.64186752E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 3.3328639 2_GWT-(1,38,27) + Model 2 1 2.71103744E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.57564066E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 2.6616275 2_GWT-(1,38,27) + Model 2 1 2.70861165E-07 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.55356430E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 2.2230244 2_GWT-(1,37,27) + Model 2 1 2.49958617E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.51516802E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 1.5679377 2_GWT-(1,38,27) + Model 2 1 2.28527114E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.48116380E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 1.6237985 2_GWT-(1,37,27) + Model 2 1 1.72063892E-07 * 2_GWT-(1,39,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 15 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.46522443E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.97178457 2_GWT-(1,38,27) + Model 2 1 2.02576473E-07 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 16 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.41929892E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 1.2648804 2_GWT-(1,37,27) + Model 2 1 1.18975350E-07 * 2_GWT-(1,39,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 17 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.42085264E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.63102743 2_GWT-(1,38,27) + Model 2 1 1.23302186E-07 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 18 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.36466438E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 1.0371841 2_GWT-(1,37,27) + Model 2 1 1.08262668E-07 * 2_GWT-(1,39,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 19 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.37972328E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.44836452 2_GWT-(1,38,26) + Model 2 1 2.57546731E-08 * 2_GWT-(1,35,27) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 20 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.31525624E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.88471136 2_GWT-(1,37,27) + Model 2 1 1.07157234E-07 * 2_GWT-(1,39,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 21 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.34072859E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.44464726 2_GWT-(1,36,26) + Model 2 1 -1.93982999E-08 * 2_GWT-(1,45,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 22 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.26983519E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.77733357 2_GWT-(1,37,27) + Model 2 1 9.80555228E-08 * 2_GWT-(1,39,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 23 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.30334000E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.44131462 2_GWT-(1,36,26) + Model 2 1 -1.06698565E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 24 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.22760223E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.69817012 2_GWT-(1,37,27) + Model 2 1 8.12111693E-08 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 25 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.26730201E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.43247602 2_GWT-(1,36,26) + Model 2 1 3.88150485E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 26 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.18801342E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.63738148 2_GWT-(1,37,27) + Model 2 1 6.08456503E-08 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 27 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.23248372E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.42075849 2_GWT-(1,36,26) + Model 2 1 3.53413324E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 28 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.15067619E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.58902894 2_GWT-(1,37,27) + Model 2 1 4.29932356E-08 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 29 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.19880730E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.40761759 2_GWT-(1,36,26) + Model 2 1 3.06945145E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 30 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.11529133E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.54940925 2_GWT-(1,37,27) + Model 2 1 2.68921423E-06 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 31 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.16621454E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.39393124 2_GWT-(1,36,26) + Model 2 1 2.57325277E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 32 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.08162036E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.51612003 2_GWT-(1,37,27) + Model 2 1 2.23147913E-06 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 33 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.13465235E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.38206691 2_GWT-(1,37,27) + Model 2 1 2.17144060E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 34 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.04946660E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.48756136 2_GWT-(1,37,27) + Model 2 1 -1.86545634E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 35 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.10406739E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.37496828 2_GWT-(1,37,27) + Model 2 1 1.98732130E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 36 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.01866407E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.46262825 2_GWT-(1,37,27) + Model 2 1 -2.01738129E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 37 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.07440486E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.36694054 2_GWT-(1,37,27) + Model 2 1 1.84905070E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 38 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.98907043E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.44053830 2_GWT-(1,37,27) + Model 2 1 -2.08473296E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 39 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.04560915E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.35839495 2_GWT-(1,37,27) + Model 2 1 1.74720469E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 40 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.96056249E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.42072625 2_GWT-(1,37,27) + Model 2 1 -2.09981391E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 41 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.01762492E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.34959581 2_GWT-(1,37,27) + Model 2 1 1.67006544E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 42 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.93303295E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.40277333 2_GWT-(1,37,27) + Model 2 1 -2.08386734E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 43 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.99039830E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.34071415 2_GWT-(1,37,27) + Model 2 1 1.60872384E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 44 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.90638809E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.38636199 2_GWT-(1,37,27) + Model 2 1 -2.05020712E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 45 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.96387777E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.33186059 2_GWT-(1,37,27) + Model 2 1 1.55725212E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 46 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.88054588E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.37124671 2_GWT-(1,37,27) + Model 2 1 -2.00692466E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 47 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.93801486E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.32310616 2_GWT-(1,37,27) + Model 2 1 1.51190687E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 48 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.85543443E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.35723457 2_GWT-(1,37,27) + Model 2 1 -1.95884019E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 49 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.91276455E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.31449566 2_GWT-(1,37,27) + Model 2 1 1.47038185E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 50 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.83099077E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.34417168 2_GWT-(1,37,27) + Model 2 1 -1.90877927E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 51 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.88808545E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.30605652 2_GWT-(1,37,27) + Model 2 1 1.43127994E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 52 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.80715971E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.33193377 2_GWT-(1,37,27) + Model 2 1 -1.85836950E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 53 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.86393982E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.29780460 2_GWT-(1,37,27) + Model 2 1 1.39376618E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 54 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.78389286E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.32041926 2_GWT-(1,37,27) + Model 2 1 -1.80852254E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 55 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.84029352E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.28974817 2_GWT-(1,37,27) + Model 2 1 1.35735365E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 56 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.76114781E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.30954437 2_GWT-(1,37,27) + Model 2 1 -1.75972849E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 57 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.81711580E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.28189044 2_GWT-(1,37,27) + Model 2 1 1.32176558E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 58 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.73888737E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.29923929 2_GWT-(1,37,27) + Model 2 1 -1.71222484E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 59 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.79437910E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.27423139 2_GWT-(1,37,27) + Model 2 1 1.28685400E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 60 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.71707894E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.28944546 2_GWT-(1,37,27) + Model 2 1 -1.66610653E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 61 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.77205878E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.26676892 2_GWT-(1,37,27) + Model 2 1 1.25254542E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 62 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.69569389E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.28011333 2_GWT-(1,37,27) + Model 2 1 -1.62138406E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 63 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.75013289E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.25949963 2_GWT-(1,37,27) + Model 2 1 1.21881152E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 64 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.67470709E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.27120077 2_GWT-(1,37,27) + Model 2 1 -1.57802475E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 65 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.72858186E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.25241942 2_GWT-(1,37,27) + Model 2 1 1.18564776E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 66 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.65409641E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.26267166 2_GWT-(1,37,27) + Model 2 1 -1.53597085E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 67 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.70738828E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.24552375 2_GWT-(1,37,27) + Model 2 1 1.15306278E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 68 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.63384240E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.25449492 2_GWT-(1,37,27) + Model 2 1 -1.49515620E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 69 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.68653667E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.23880792 2_GWT-(1,37,27) + Model 2 1 1.12107023E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 70 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.61392786E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.24664360 2_GWT-(1,37,27) + Model 2 1 -1.45551178E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 71 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.66601324E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.23226723 2_GWT-(1,37,27) + Model 2 1 1.08968618E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 72 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.59433762E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.23909427 2_GWT-(1,37,27) + Model 2 1 -1.41697006E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 73 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.64580568E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.22589703 2_GWT-(1,37,27) + Model 2 1 1.05892525E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 74 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.57505820E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.23182639 2_GWT-(1,37,27) + Model 2 1 -1.37946824E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 75 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.62590298E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.21969280 2_GWT-(1,37,27) + Model 2 1 1.02879943E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 76 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.55607764E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.22482191 2_GWT-(1,37,27) + Model 2 1 -1.34294891E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 77 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.60629530E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.21365017 2_GWT-(1,37,27) + Model 2 1 9.99319468E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 78 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.53738525E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.21806486 2_GWT-(1,37,27) + Model 2 1 -1.30735833E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 79 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.58697377E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.20776493 2_GWT-(1,37,27) + Model 2 1 9.70492238E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 80 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.51897147E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.21154105 2_GWT-(1,37,27) + Model 2 1 -1.27264997E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 81 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.56793038E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.20203303 2_GWT-(1,37,27) + Model 2 1 9.42323084E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 82 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.50082771E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.20523781 2_GWT-(1,37,27) + Model 2 1 -1.23878129E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 83 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.54915787E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.19645058 2_GWT-(1,37,27) + Model 2 1 9.14813029E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 84 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.48294621E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.19914377 2_GWT-(1,37,27) + Model 2 1 -1.20571457E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 85 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.53064965E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.19101384 2_GWT-(1,37,27) + Model 2 1 8.87962813E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 86 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.46531992E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.19324866 2_GWT-(1,37,27) + Model 2 1 -1.17341648E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 87 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.51239964E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.18571921 2_GWT-(1,37,27) + Model 2 1 8.61769706E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 88 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.44794242E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.18754318 2_GWT-(1,37,27) + Model 2 1 -1.14185627E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 89 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.49440229E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.18056319 2_GWT-(1,37,27) + Model 2 1 8.36230242E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 90 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.43080783E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.18201886 2_GWT-(1,37,27) + Model 2 1 -1.11100815E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 91 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.47665244E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.17554243 2_GWT-(1,37,27) + Model 2 1 8.11339021E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 92 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.41391072E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.17666795 2_GWT-(1,37,27) + Model 2 1 -1.08084822E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 93 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.45914526E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.17065367 2_GWT-(1,37,27) + Model 2 1 7.87088652E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 94 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.39724608E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.17148330 2_GWT-(1,37,27) + Model 2 1 -1.05135496E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 95 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.44187628E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.16589375 2_GWT-(1,37,27) + Model 2 1 7.63472087E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 96 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.38080921E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.16645834 2_GWT-(1,37,27) + Model 2 1 -1.02250954E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 97 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.42484125E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.16125958 2_GWT-(1,37,27) + Model 2 1 7.40479834E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 98 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.36459574E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.16158696 2_GWT-(1,37,27) + Model 2 1 -9.94295021E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 99 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.40803616E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.15674818 2_GWT-(1,37,27) + Model 2 1 7.18102797E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 100 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.34860154E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.15686345 2_GWT-(1,37,27) + Model 2 1 -9.66695893E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 101 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.39145719E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.15235661 2_GWT-(1,37,27) + Model 2 1 6.96330176E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 102 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.33282270E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.15228249 2_GWT-(1,37,27) + Model 2 1 -9.39697713E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 103 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.37510070E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.14808202 2_GWT-(1,37,27) + Model 2 1 6.75152080E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 104 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.31725552E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.14783908 2_GWT-(1,37,27) + Model 2 1 -9.13288261E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 105 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.35896318E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.14392161 2_GWT-(1,37,27) + Model 2 1 6.54556345E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 106 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.30189644E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.14352852 2_GWT-(1,37,27) + Model 2 1 -8.87455826E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 107 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.34304125E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.13987265 2_GWT-(1,37,27) + Model 2 1 6.34531716E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 108 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.28674208E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.13934635 2_GWT-(1,37,27) + Model 2 1 -8.62189779E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 109 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.32733165E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.13593246 2_GWT-(1,37,27) + Model 2 1 6.15066199E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 110 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.27178916E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.13528834 2_GWT-(1,37,27) + Model 2 1 -8.37480343E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 111 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.31183120E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.13209842 2_GWT-(1,37,27) + Model 2 1 5.96148425E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 112 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.25703453E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.13135050 2_GWT-(1,37,27) + Model 2 1 -8.13318366E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 113 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.29653680E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.12836794 2_GWT-(1,37,27) + Model 2 1 5.77765491E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 114 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.24247512E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.12752899 2_GWT-(1,37,27) + Model 2 1 -7.89695264E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 115 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.28144545E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.12473851 2_GWT-(1,37,27) + Model 2 1 5.59905686E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 116 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.22810797E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.12382016 2_GWT-(1,37,27) + Model 2 1 -7.66603137E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 117 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.26655420E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.12120764 2_GWT-(1,37,27) + Model 2 1 5.42555881E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 118 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.21393018E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.12022051 2_GWT-(1,37,27) + Model 2 1 -7.44035106E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 119 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.25186014E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.11777290 2_GWT-(1,37,27) + Model 2 1 5.25704650E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 120 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.19993894E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.11672670 2_GWT-(1,37,27) + Model 2 1 -7.21983497E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 121 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.23736045E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.11443192 2_GWT-(1,37,27) + Model 2 1 5.09339202E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 122 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.18613148E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.11333549 2_GWT-(1,37,27) + Model 2 1 -7.00442229E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 123 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.22305234E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.11118234 2_GWT-(1,37,27) + Model 2 1 4.93447374E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 124 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.17250511E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.11004380 2_GWT-(1,37,27) + Model 2 1 -6.79404081E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 125 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.20893306E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.10802189 2_GWT-(1,37,27) + Model 2 1 4.78017398E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 126 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.15905719E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.10684864 2_GWT-(1,37,27) + Model 2 1 -6.58863542E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 127 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.19499991E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.10494829 2_GWT-(1,37,27) + Model 2 1 4.63036997E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 128 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.14578510E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.10374712 2_GWT-(1,37,27) + Model 2 1 -6.38814754E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 129 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.18125024E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.10195936 2_GWT-(1,37,27) + Model 2 1 4.48494632E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 130 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.13268631E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.10073646 2_GWT-(1,37,27) + Model 2 1 -6.19251523E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 131 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.16768142E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.90529151E-02 2_GWT-(1,37,27) + Model 2 1 4.34378478E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 132 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.11975831E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.78139929E-02 2_GWT-(1,37,27) + Model 2 1 -6.00168789E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 133 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.15429087E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.62268508E-02 2_GWT-(1,37,27) + Model 2 1 4.20677168E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 134 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.10699863E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.49771032E-02 2_GWT-(1,37,27) + Model 2 1 -5.81560812E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 135 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.14107603E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.34790863E-02 2_GWT-(1,37,27) + Model 2 1 4.07379332E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 136 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.09440484E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.22232818E-02 2_GWT-(1,37,27) + Model 2 1 -5.63422248E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 137 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.12803439E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.08075886E-02 2_GWT-(1,37,27) + Model 2 1 3.94473773E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 138 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.08197456E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.95500931E-02 2_GWT-(1,37,27) + Model 2 1 -5.45748037E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 139 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.11516347E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.82103663E-02 2_GWT-(1,37,27) + Model 2 1 3.81949746E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 140 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.06970543E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.69551777E-02 2_GWT-(1,37,27) + Model 2 1 -5.28532439E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 141 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.10246081E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.56854709E-02 2_GWT-(1,37,27) + Model 2 1 3.69796794E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 142 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.05759513E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.44362494E-02 2_GWT-(1,37,27) + Model 2 1 -5.11770452E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 143 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.08992400E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.32309958E-02 2_GWT-(1,37,27) + Model 2 1 3.58004286E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 144 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.04564138E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.19910903E-02 2_GWT-(1,37,27) + Model 2 1 -4.95457130E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 145 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.07755064E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.08450767E-02 2_GWT-(1,37,27) + Model 2 1 3.46562217E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 146 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.03384192E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.96175499E-02 2_GWT-(1,37,27) + Model 2 1 -4.79586447E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 147 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.06533839E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.85258896E-02 2_GWT-(1,37,27) + Model 2 1 3.35460697E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 148 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.02219454E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.73135411E-02 2_GWT-(1,37,27) + Model 2 1 -4.64153572E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 149 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.05328492E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.62716525E-02 2_GWT-(1,37,27) + Model 2 1 3.24689495E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 150 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.01069706E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.50770380E-02 2_GWT-(1,37,27) + Model 2 1 -4.49153447E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 151 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.04138794E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.40806229E-02 2_GWT-(1,37,27) + Model 2 1 3.14239855E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 152 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.99347311E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.29060753E-02 2_GWT-(1,37,27) + Model 2 1 -4.34574645E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 153 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.02964518E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.19510993E-02 2_GWT-(1,37,27) + Model 2 1 3.04103935E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 154 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.88143177E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.07987455E-02 2_GWT-(1,37,27) + Model 2 1 -4.20419383E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 155 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.01805442E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.98814201E-02 2_GWT-(1,37,27) + Model 2 1 2.94273036E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 156 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.77082565E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.87531950E-02 2_GWT-(1,37,27) + Model 2 1 -4.06680044E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 157 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.00661346E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.78699625E-02 2_GWT-(1,37,27) + Model 2 1 2.84731072E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 158 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.66163411E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.67676242E-02 2_GWT-(1,37,27) + Model 2 1 -3.93356686E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 159 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.95320130E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.59151433E-02 2_GWT-(1,37,27) + Model 2 1 2.75476850E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 160 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.55383685E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.48402863E-02 2_GWT-(1,37,27) + Model 2 1 -3.80438223E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 161 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.84172288E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.40154168E-02 2_GWT-(1,37,27) + Model 2 1 2.66500365E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 162 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.44741383E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.29694825E-02 2_GWT-(1,37,27) + Model 2 1 -3.67918574E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 163 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.73167829E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.21692760E-02 2_GWT-(1,37,27) + Model 2 1 -2.59159719E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 164 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.34234533E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.11535643E-02 2_GWT-(1,37,27) + Model 2 1 -3.55791599E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 165 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.62304677E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.03752500E-02 2_GWT-(1,37,27) + Model 2 1 -2.54402323E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 166 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.23861193E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.93909319E-02 2_GWT-(1,37,27) + Model 2 1 -3.44051784E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 167 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.51580784E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.86319059E-02 2_GWT-(1,37,27) + Model 2 1 -2.49740367E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 168 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.13619447E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.76800304E-02 2_GWT-(1,37,27) + Model 2 1 -3.32692650E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 169 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.40994133E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.69378441E-02 2_GWT-(1,37,27) + Model 2 1 -2.45172203E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 170 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.03507410E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.60193493E-02 2_GWT-(1,37,27) + Model 2 1 -3.21708171E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 171 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.30542739E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.52917023E-02 2_GWT-(1,37,27) + Model 2 1 -2.40697261E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 172 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.93523225E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.44074226E-02 2_GWT-(1,37,27) + Model 2 1 -3.11092208E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 173 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.20224644E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.36921519E-02 2_GWT-(1,37,27) + Model 2 1 -2.36314065E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 174 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.83665064E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.28428254E-02 2_GWT-(1,37,27) + Model 2 1 -3.00838224E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 175 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.10037921E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.21378991E-02 2_GWT-(1,37,27) + Model 2 1 -2.32021478E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 176 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.73931127E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.13241740E-02 2_GWT-(1,37,27) + Model 2 1 -2.90939681E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 177 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.99980671E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.06276831E-02 2_GWT-(1,37,27) + Model 2 1 -2.27818646E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 178 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.64319639E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.98501245E-02 2_GWT-(1,37,27) + Model 2 1 -2.81390044E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 179 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.90051027E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.91602766E-02 2_GWT-(1,37,27) + Model 2 1 -2.23704205E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 180 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.54828855E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.84193723E-02 2_GWT-(1,37,27) + Model 2 1 -2.72182490E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 181 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.80247147E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.77344837E-02 2_GWT-(1,37,27) + Model 2 1 -2.19677247E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 182 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.45457056E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.70306492E-02 2_GWT-(1,37,27) + Model 2 1 -2.63310710E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 183 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.70567221E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.63491401E-02 2_GWT-(1,37,27) + Model 2 1 -2.15736065E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 184 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.36202552E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.56827248E-02 2_GWT-(1,37,27) + Model 2 1 -2.54767372E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 185 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.61009464E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.50031128E-02 2_GWT-(1,37,27) + Model 2 1 -2.11880490E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 186 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.27063675E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.43744031E-02 2_GWT-(1,37,27) + Model 2 1 -2.46545937E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 187 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.51572123E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.36952983E-02 2_GWT-(1,37,27) + Model 2 1 -2.08108304E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 188 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.18038787E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.31045231E-02 2_GWT-(1,37,27) + Model 2 1 -2.38639416E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 189 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.42253468E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.24246230E-02 2_GWT-(1,37,27) + Model 2 1 -2.04418768E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 190 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.09126275E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.18719572E-02 2_GWT-(1,37,27) + Model 2 1 -2.31040985E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 191 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.33051801E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.11900416E-02 2_GWT-(1,37,27) + Model 2 1 -2.00810348E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 192 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.00324550E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.06756111E-02 2_GWT-(1,37,27) + Model 2 1 -2.23743712E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 193 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.23965448E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.99905381E-02 2_GWT-(1,37,27) + Model 2 1 -1.97281850E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 194 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.91632050E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.95144214E-02 2_GWT-(1,37,27) + Model 2 1 -2.16740489E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 195 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.14992762E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.88251230E-02 2_GWT-(1,37,27) + Model 2 1 -1.93832193E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 196 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.83047235E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.83873561E-02 2_GWT-(1,37,27) + Model 2 1 -2.10024268E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 197 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.06132124E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.76928339E-02 2_GWT-(1,37,27) + Model 2 1 -1.90459843E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 198 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.74568594E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.72934126E-02 2_GWT-(1,37,27) + Model 2 1 -2.03588115E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 199 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.97381938E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.65927349E-02 2_GWT-(1,37,27) + Model 2 1 -1.87163607E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 200 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.66194635E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.62316180E-02 2_GWT-(1,37,27) + Model 2 1 -1.97425209E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 201 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.88740638E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.55239162E-02 2_GWT-(1,37,27) + Model 2 1 -1.83942234E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 202 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.57923894E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.52010279E-02 2_GWT-(1,37,27) + Model 2 1 -1.91528784E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 203 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.80206678E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.44854919E-02 2_GWT-(1,37,27) + Model 2 1 -1.80794302E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 204 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.49754928E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.42007243E-02 2_GWT-(1,37,27) + Model 2 1 -1.85891565E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 205 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.71778542E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.34766010E-02 2_GWT-(1,37,27) + Model 2 1 -1.77718448E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 206 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.41686317E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.32298169E-02 2_GWT-(1,37,27) + Model 2 1 -1.80506561E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 207 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.63454735E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.24964067E-02 2_GWT-(1,37,27) + Model 2 1 -1.75368882E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 208 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.33716665E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.22874413E-02 2_GWT-(1,37,27) + Model 2 1 -1.75367802E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 209 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.55233788E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.15440946E-02 2_GWT-(1,37,27) + Model 2 1 -1.73286708E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 210 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.25844597E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.13727576E-02 2_GWT-(1,37,27) + Model 2 1 -1.70467615E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 211 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.47114254E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.06188735E-02 2_GWT-(1,37,27) + Model 2 1 -1.71233751E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 212 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.18068762E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.04849511E-02 2_GWT-(1,37,27) + Model 2 1 -1.65800316E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 213 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.39094712E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.97199734E-02 2_GWT-(1,37,27) + Model 2 1 -1.69209159E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 214 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.10387827E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.96232305E-02 2_GWT-(1,37,27) + Model 2 1 -1.61358287E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 215 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.31173761E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.88466474E-02 2_GWT-(1,37,27) + Model 2 1 -1.67212932E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 216 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.02800485E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.87868287E-02 2_GWT-(1,37,27) + Model 2 1 -1.57135673E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 217 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.23350025E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.79981682E-02 2_GWT-(1,37,27) + Model 2 1 -1.65244728E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 218 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.95305445E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.79749999E-02 2_GWT-(1,37,27) + Model 2 1 -1.53125939E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 219 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.15622150E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.71738288E-02 2_GWT-(1,37,27) + Model 2 1 -1.63303980E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 220 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.87901441E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.71870205E-02 2_GWT-(1,37,27) + Model 2 1 -1.49322943E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 221 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.07988803E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.63729431E-02 2_GWT-(1,37,27) + Model 2 1 -1.61390176E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 222 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.80587224E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.64221884E-02 2_GWT-(1,37,27) + Model 2 1 -1.45720037E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 223 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.00448673E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.55948432E-02 2_GWT-(1,37,27) + Model 2 1 -1.59503372E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 224 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.73361566E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.56798217E-02 2_GWT-(1,37,27) + Model 2 1 -1.42311706E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 225 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.93000469E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.48388807E-02 2_GWT-(1,37,27) + Model 2 1 -1.57642774E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 226 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.66223259E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.49592584E-02 2_GWT-(1,37,27) + Model 2 1 -1.39091242E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 227 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.85642923E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.41044246E-02 2_GWT-(1,37,27) + Model 2 1 -1.55808152E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 228 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.59171114E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.42598566E-02 2_GWT-(1,37,27) + Model 2 1 -1.36053757E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 229 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.78374786E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.33908622E-02 2_GWT-(1,37,27) + Model 2 1 -1.53998826E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 230 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.52203960E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.35809920E-02 2_GWT-(1,37,27) + Model 2 1 -1.33192827E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 231 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.71194830E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.26975984E-02 2_GWT-(1,37,27) + Model 2 1 -1.52214909E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 232 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.45320646E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.29220598E-02 2_GWT-(1,37,27) + Model 2 1 -1.30502656E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 233 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.64101845E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.20240550E-02 2_GWT-(1,37,27) + Model 2 1 -1.50455492E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 234 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.38520037E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.22824731E-02 2_GWT-(1,37,27) + Model 2 1 -1.27978353E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 235 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.57094642E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.13696699E-02 2_GWT-(1,37,27) + Model 2 1 -1.48720289E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 236 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.31801019E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.16616622E-02 2_GWT-(1,37,27) + Model 2 1 -1.25613667E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 237 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.50172050E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.07338970E-02 2_GWT-(1,37,27) + Model 2 1 -1.47008961E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 238 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.25162492E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.10590726E-02 2_GWT-(1,37,27) + Model 2 1 -1.23404220E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 239 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.43332918E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.01162056E-02 2_GWT-(1,37,27) + Model 2 1 -1.45320882E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 240 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.18603376E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.04741686E-02 2_GWT-(1,37,27) + Model 2 1 -1.21344499E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 241 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.36576111E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.95160804E-02 2_GWT-(1,37,27) + Model 2 1 -1.43655939E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 242 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.12122606E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.99064285E-02 2_GWT-(1,37,27) + Model 2 1 -1.19429444E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 243 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.29900515E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.89330206E-02 2_GWT-(1,37,27) + Model 2 1 -1.42013675E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 244 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.05719136E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.93553458E-02 2_GWT-(1,37,27) + Model 2 1 -1.17653769E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 245 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.23305032E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.83665390E-02 2_GWT-(1,37,27) + Model 2 1 -1.40393468E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 246 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.99391934E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.88204295E-02 2_GWT-(1,37,27) + Model 2 1 -1.16011847E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 247 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.16788581E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.78161630E-02 2_GWT-(1,37,27) + Model 2 1 -1.38794633E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 248 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.93139985E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.83012033E-02 2_GWT-(1,37,27) + Model 2 1 -1.14500153E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 249 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.10350098E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.72814349E-02 2_GWT-(1,37,27) + Model 2 1 -1.37216659E-07 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 250 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.86962289E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.77972043E-02 2_GWT-(1,37,27) + Model 2 1 -1.13114652E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.37620000E-02 + Logical 6.40000000E-05 + Integer 5.4216120 + Real 12.678856 + ------------------------------- + Total 18.114294 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/10/06 12:50:42 + Elapsed run time: 46.943 Seconds + Normal termination of simulation. diff --git a/src/notebooks/models/mf6/pumptreat_25p/mfsim.nam b/src/notebooks/models/mf6/pumptreat_25p/mfsim.nam new file mode 100644 index 0000000..95bb592 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreat.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreat.nam gwf_pumptreat + gwt6 gwt_pumptreat.nam gwt_pumptreat +END models + +BEGIN exchanges + GWF6-GWT6 pumptreat.gwfgwt gwf_pumptreat gwt_pumptreat +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreat.ims gwf_pumptreat + ims6 gwt_pumptreat.ims gwt_pumptreat +END solutiongroup 1 + diff --git a/src/notebooks/models/mf6/pumptreat_25p/plume.png b/src/notebooks/models/mf6/pumptreat_25p/plume.png new file mode 100644 index 0000000..1a2bd5a Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_25p/plume.png differ diff --git a/src/notebooks/models/mf6/pumptreat_25p/pumptreat.gwfgwt b/src/notebooks/models/mf6/pumptreat_25p/pumptreat.gwfgwt new file mode 100644 index 0000000..b8452d6 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_25p/pumptreat.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 10/06/2025 at 12:49:55. diff --git a/src/notebooks/models/mf6/pumptreat_3p/boundary_conditions.png b/src/notebooks/models/mf6/pumptreat_3p/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_3p/boundary_conditions.png differ diff --git a/src/notebooks/models/mf6/pumptreat_3p/concentration_time_series.png b/src/notebooks/models/mf6/pumptreat_3p/concentration_time_series.png new file mode 100644 index 0000000..d7c5a65 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_3p/concentration_time_series.png differ diff --git a/src/notebooks/models/mf6/pumptreat_3p/gwf_pumptreat.chd b/src/notebooks/models/mf6/pumptreat_3p/gwf_pumptreat.chd new file mode 100644 index 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100644 index 0000000..858f7eb --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_3p/gwf_pumptreat.ims @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. +BEGIN options + PRINT_OPTION summary + COMPLEXITY simple +END options + diff --git a/src/notebooks/models/mf6/pumptreat_3p/gwf_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_3p/gwf_pumptreat.lst new file mode 100644 index 0000000..6ff6cfa --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_3p/gwf_pumptreat.lst @@ -0,0 +1,3817 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREAT/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 3 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_pumptreat.dis.grb + + OPENED gwf_pumptreat.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreat.bud + + OPENED gwf_pumptreat.bud + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_pumptreat.hds + + OPENED gwf_pumptreat.hds + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 14.8837 CHD = 14.8837 CHD-1 + + TOTAL IN = 14.8837 TOTAL IN = 14.8837 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 15.1526 CHD = 15.1526 CHD-1 + + TOTAL OUT = 15.1526 TOTAL OUT = 15.1526 + + IN - OUT = -0.2688 IN - OUT = -0.2688 + + PERCENT DISCREPANCY = -1.79 PERCENT DISCREPANCY = -1.79 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 2, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 3, STRESS PERIOD 2 + +end timestep + + +start 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2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 5, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 6, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 7, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME 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UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 10, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 11, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 12, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 13, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 14, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="15" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 15, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="16" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 16, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="17" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 17, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="18" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 18, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="19" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 19, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="20" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 20, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="21" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 21, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="22" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 22, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="23" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 23, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="24" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 24, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="25" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 25, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="26" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 26, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="27" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 27, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="28" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 28, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="29" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 29, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="30" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 30, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="31" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 31, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="32" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 32, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="33" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 33, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="34" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 34, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="35" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 35, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="36" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 36, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="37" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 37, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="38" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 38, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="39" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 39, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="40" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 40, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="41" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 41, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="42" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 42, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="43" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 43, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="44" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 44, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="45" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 45, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="46" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 46, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="47" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 47, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="48" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 48, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="49" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 49, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="50" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 50, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="51" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 51, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="52" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 52, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="53" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 53, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="54" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 54, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="55" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 55, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="56" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 56, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="57" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 57, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="58" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 58, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="59" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 59, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="60" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 60, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="61" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 61, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="62" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 62, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="63" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 63, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="64" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 64, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="65" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 65, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="66" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 66, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="67" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 67, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="68" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 68, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="69" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 69, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="70" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 70, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="71" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 71, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="72" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 72, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="73" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 73, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="74" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 74, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="75" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 75, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="76" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 76, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="77" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 77, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="78" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 78, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="79" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 79, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="80" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 80, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="81" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 81, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="82" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 82, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="83" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 83, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="84" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 84, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="85" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 85, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="86" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 86, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="87" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 87, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="88" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 88, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="89" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 89, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="90" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 90, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="91" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 91, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="92" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 92, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="93" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 93, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="94" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 94, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="95" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 95, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="96" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 96, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="97" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 97, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="98" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 98, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="99" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 99, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="100" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 100, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="101" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 101, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="102" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 102, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="103" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 103, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="104" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 104, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="105" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 105, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="106" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 106, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="107" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 107, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="108" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 108, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="109" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 109, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="110" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 110, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="111" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 111, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="112" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 112, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="113" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 113, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="114" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 114, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="115" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 115, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="116" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 116, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="117" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 117, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="118" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 118, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="119" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 119, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="120" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 120, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="121" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 121, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="122" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 122, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="123" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 123, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="124" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 124, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="125" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 125, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="126" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 126, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="127" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 127, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="128" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 128, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="129" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 129, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="130" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 130, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="131" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 131, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="132" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 132, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="133" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 133, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="134" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 134, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="135" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 135, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="136" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 136, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="137" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 137, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="138" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 138, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="139" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 139, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="140" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 140, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="141" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 141, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="142" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 142, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="143" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 143, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="144" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 144, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="145" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 145, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="146" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 146, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="147" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 147, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="148" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 148, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="149" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 149, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="150" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 150, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="151" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 151, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="152" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 152, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="153" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 153, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="154" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 154, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="155" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 155, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="156" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 156, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="157" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 157, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="158" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 158, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="159" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 159, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="160" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 160, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="161" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 161, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="162" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 162, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="163" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 163, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="164" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 164, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="165" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 165, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="166" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 166, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="167" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 167, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="168" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 168, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="169" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 169, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="170" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 170, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="171" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 171, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="172" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 172, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="173" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 173, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="174" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 174, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="175" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 175, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="176" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 176, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="177" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 177, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="178" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 178, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="179" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 179, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="180" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 180, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="181" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 181, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="182" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 182, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="183" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 183, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="184" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 184, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="185" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 185, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="186" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 186, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="187" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 187, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="188" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 188, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="189" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 189, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="190" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 190, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="191" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 191, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="192" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 192, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="193" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 193, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="194" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 194, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="195" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 195, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="196" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 196, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="197" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 197, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="198" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 198, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="199" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 199, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="200" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 200, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="201" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 201, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="202" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 202, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="203" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 203, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="204" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 204, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="205" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 205, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="206" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 206, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="207" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 207, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="208" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 208, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="209" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 209, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="210" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 210, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="211" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 211, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="212" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 212, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="213" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 213, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="214" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 214, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="215" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 215, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="216" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 216, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="217" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 217, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="218" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 218, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="219" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 219, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="220" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 220, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="221" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 221, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="222" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 222, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="223" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 223, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="224" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 224, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="225" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 225, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="226" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 226, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="227" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 227, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="228" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 228, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="229" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 229, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="230" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 230, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="231" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 231, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="232" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 232, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="233" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 233, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="234" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 234, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="235" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 235, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="236" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 236, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="237" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 237, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="238" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 238, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="239" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 239, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="240" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 240, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="241" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 241, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="242" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 242, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="243" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 243, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="244" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 244, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="245" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 245, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="246" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 246, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="247" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 247, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="248" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 248, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="249" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 249, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="250" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.0511E-02 STO-SS = 5.8659E-07 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 55183.8085 CHD = 18.4149 CHD-1 + + TOTAL IN = 55183.8491 TOTAL IN = 18.4149 + + OUT: OUT: + ---- ---- + STO-SS = 5.9009E-04 STO-SS = 2.1955E-08 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 13500.0000 WEL = 4.5000 WEL-1 + CHD = 42783.6574 CHD = 14.1527 CHD-1 + + TOTAL OUT = 56283.6580 TOTAL OUT = 18.6527 + + IN - OUT = -1099.8090 IN - OUT = -0.2379 + + PERCENT DISCREPANCY = -1.97 PERCENT DISCREPANCY = -1.28 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_3p/gwf_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_3p/gwf_pumptreat.nam new file mode 100644 index 0000000..a6d8b11 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_3p/gwf_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_pumptreat.dis dis + IC6 gwf_pumptreat.ic ic + NPF6 gwf_pumptreat.npf npf + STO6 gwf_pumptreat.sto sto + CHD6 gwf_pumptreat.chd chd-1 + WEL6 gwf_pumptreat.wel wel-1 + OC6 gwf_pumptreat.oc gwfgwt +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_3p/gwf_pumptreat.npf 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by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. +BEGIN options +END options + +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.ims b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.ims new file mode 100644 index 0000000..1d33346 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.ims @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + LINEAR_ACCELERATION bicgstab + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.lst new file mode 100644 index 0000000..d15898f --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.lst @@ -0,0 +1,4032 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1017 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_pumptreat.cbc + + OPENED gwt_pumptreat.cbc + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_pumptreat.ucn + + OPENED gwt_pumptreat.ucn + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 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8.3178-173 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 3509.0767 CNC = 3509.0767 CNC + + TOTAL IN = 3509.0767 TOTAL IN = 3509.0767 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 3509.0767 STORAGE-AQUEOUS = 3509.0767 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 8.1595E-98 CHD = 8.1595E-98 SSM_CHD-1 + CNC = 0.0000 CNC = 0.0000 CNC + + TOTAL OUT = 3509.0767 TOTAL OUT = 3509.0767 + + IN - OUT = 8.0036E-11 IN - OUT = 8.0036E-11 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + +end timestep + + 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........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ 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8.2134E-13 1.0425E-12 1.3169E-12 1.6557E-12 2.0720E-12 + 2.5808E-12 3.1996E-12 3.9486E-12 4.8506E-12 5.9316E-12 7.2207E-12 8.7506E-12 1.0557E-11 1.2680E-11 1.5163E-11 + 1.8052E-11 2.1398E-11 2.5254E-11 2.9676E-11 3.4723E-11 4.0454E-11 4.6931E-11 5.4216E-11 6.2368E-11 7.1445E-11 + 8.1503E-11 9.2591E-11 1.0476E-10 1.1803E-10 1.3245E-10 1.4802E-10 1.6475E-10 1.8264E-10 2.0166E-10 2.2177E-10 + 2.4292E-10 2.6503E-10 2.8802E-10 3.1177E-10 3.3617E-10 3.6107E-10 3.8630E-10 4.1171E-10 4.3711E-10 4.6230E-10 + 4.8708E-10 5.1124E-10 5.3458E-10 5.5688E-10 5.7793E-10 5.9755E-10 6.1553E-10 6.3172E-10 6.4593E-10 6.5805E-10 + 6.6795E-10 6.7554E-10 6.8077E-10 6.8361E-10 6.8408E-10 6.8227E-10 6.7839E-10 6.7278E-10 6.6608E-10 6.5937E-10 + 6.5448E-10 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 1243.1263 STORAGE-AQUEOUS = 0.7327 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 5871030.1593 CNC = 1934.8277 CNC + + TOTAL IN = 5872273.2856 TOTAL IN = 1935.5604 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 1839468.8104 STORAGE-AQUEOUS = 435.2145 MST + WEL = 16022.4137 WEL = 5.8884 SSM_WEL-1 + CHD = 49144.6216 CHD = 142.2811 SSM_CHD-1 + CNC = 3967637.4399 CNC = 1352.1763 CNC + + TOTAL OUT = 5872273.2855 TOTAL OUT = 1935.5604 + + IN - OUT = 5.9091E-05 IN - OUT = -3.5995E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.mst b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.mst new file mode 100644 index 0000000..541a68a --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.nam new file mode 100644 index 0000000..84d1932 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreat.dis dis + IC6 gwt_pumptreat.ic ic + ADV6 gwt_pumptreat.adv adv + DSP6 gwt_pumptreat.dsp dsp + MST6 gwt_pumptreat.mst mst + SSM6 gwt_pumptreat.ssm ssm + CNC6 gwt_pumptreat.cnc cnc + OC6 gwt_pumptreat.oc oc +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.oc new file mode 100644 index 0000000..6d3aab3 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. +BEGIN options + BUDGET FILEOUT gwt_pumptreat.cbc + CONCENTRATION FILEOUT gwt_pumptreat.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.ssm b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.ssm new file mode 100644 index 0000000..d65fff3 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.ucn b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.ucn new file mode 100644 index 0000000..15b1ecc Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_3p/gwt_pumptreat.ucn differ diff --git a/src/notebooks/models/mf6/pumptreat_3p/head_distribution.png b/src/notebooks/models/mf6/pumptreat_3p/head_distribution.png new file mode 100644 index 0000000..57d3c2c Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_3p/head_distribution.png differ diff --git a/src/notebooks/models/mf6/pumptreat_3p/mfsim.lst b/src/notebooks/models/mf6/pumptreat_3p/mfsim.lst new file mode 100644 index 0000000..f5a6a16 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_3p/mfsim.lst @@ -0,0 +1,7424 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + OPENED gwf_pumptreat.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + OPENED gwf_pumptreat.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + OPENED gwf_pumptreat.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + OPENED gwf_pumptreat.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + OPENED gwf_pumptreat.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + OPENED gwf_pumptreat.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + OPENED gwf_pumptreat.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreat.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_pumptreat.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreat.nam + FILE TYPE:GWT6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + OPENED gwt_pumptreat.dis + FILE TYPE:DIS6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + OPENED gwt_pumptreat.ic + FILE TYPE:IC6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + OPENED gwt_pumptreat.mst + FILE TYPE:MST6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.adv + FILE TYPE:ADV6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.dsp + FILE TYPE:DSP6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + OPENED gwt_pumptreat.ssm + FILE TYPE:SSM6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.oc + FILE TYPE:OC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.cnc + FILE TYPE:CNC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + OPENED pumptreat.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreat.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreat.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 45 -0.49507281 1_GWF-(1,101,100) + Model 2 1 2.98305048E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 46 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 68.659043 2_GWT-(1,43,25) + Model 2 1 2.83247818E-18 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 3000.000 + ------------------------------------------ + NUMBER OF TIME STEPS = 250 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 12.00000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 34 -7.55981630E-02 1_GWF-(1,34,26) + Model 2 1 1.89748683E-04 * 1_GWF-(1,7,45) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 35 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 414.40420 2_GWT-(1,42,26) + Model 2 1 1.93462313E-09 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.50307999E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 177.38587 2_GWT-(1,42,26) + Model 2 1 4.33288960E-10 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.33731773E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 103.01401 2_GWT-(1,42,27) + Model 2 1 1.28181910E-10 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.19974980E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 73.187941 2_GWT-(1,42,27) + Model 2 1 8.94573304E-11 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.21481532E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 52.884127 2_GWT-(1,35,27) + Model 2 1 1.42108547E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.24209842E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 45.469477 2_GWT-(1,35,27) + Model 2 1 2.10434337E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.18829059E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 39.649980 2_GWT-(1,36,28) + Model 2 1 3.44698492E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.25290380E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 35.387679 2_GWT-(1,35,28) + Model 2 1 4.55600002E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.18518132E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 33.514202 2_GWT-(1,35,28) + Model 2 1 6.46679155E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.24639478E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 29.335538 2_GWT-(1,35,28) + Model 2 1 7.63122898E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.16803763E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 27.526273 2_GWT-(1,35,28) + Model 2 1 9.27229848E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.23056796E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 24.127396 2_GWT-(1,35,29) + Model 2 1 9.82538495E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.14553278E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 22.799740 2_GWT-(1,35,29) + Model 2 1 1.07954179E-09 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.20989662E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 21.459720 2_GWT-(1,35,29) + Model 2 1 1.07451115E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 15 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12128569E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 20.106438 2_GWT-(1,35,29) + Model 2 1 1.09793064E-09 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 16 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.18685048E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 18.760347 2_GWT-(1,35,29) + Model 2 1 1.06916787E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 17 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.09684208E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 17.570560 2_GWT-(1,36,30) + Model 2 1 1.02770059E-09 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 18 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.16279709E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 16.835655 2_GWT-(1,35,30) + Model 2 1 1.00436637E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 19 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.07285951E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 16.130543 2_GWT-(1,35,30) + Model 2 1 9.60199031E-10 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 20 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.13850405E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 15.390081 2_GWT-(1,35,30) + Model 2 1 9.07220965E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 21 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04960600E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 14.663965 2_GWT-(1,35,30) + Model 2 1 8.69874839E-10 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 22 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.11440939E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 14.110892 2_GWT-(1,36,31) + Model 2 1 7.95921551E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 23 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.02717681E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.566431 2_GWT-(1,36,31) + Model 2 1 2.03167133E-07 * 2_GWT-(1,39,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 24 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.09076608E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.231412 2_GWT-(1,35,31) + Model 2 1 1.63270613E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 25 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00559085E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.555105 2_GWT-(1,35,31) + Model 2 1 1.77711968E-07 * 2_GWT-(1,39,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 26 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.06772008E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.447673 2_GWT-(1,36,32) + Model 2 1 1.41356622E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 27 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.84834039E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.880287 2_GWT-(1,36,32) + Model 2 1 1.53731719E-07 * 2_GWT-(1,39,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 28 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04535345E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.805326 2_GWT-(1,36,32) + Model 2 1 1.23204131E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 29 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.64878898E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.209424 2_GWT-(1,36,32) + Model 2 1 1.32686694E-07 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 30 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.02370886E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.121054 2_GWT-(1,36,32) + Model 2 1 1.08052973E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 31 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.45693242E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.757549 2_GWT-(1,36,33) + Model 2 1 1.15541013E-07 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 32 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00280398E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.596813 2_GWT-(1,36,33) + Model 2 1 9.52565529E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 33 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.27243963E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.298058 2_GWT-(1,36,33) + Model 2 1 1.00615978E-07 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 34 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.82640315E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.102261 2_GWT-(1,36,33) + Model 2 1 8.42720738E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 35 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.09498562E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.9216390 2_GWT-(1,36,34) + Model 2 1 8.76151489E-08 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 36 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.63208757E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.5728421 2_GWT-(1,36,33) + Model 2 1 7.46711066E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 37 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.92425690E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.5847311 2_GWT-(1,36,34) + Model 2 1 7.62606760E-08 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 38 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.44493201E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.1822682 2_GWT-(1,36,34) + Model 2 1 6.61414674E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 39 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.75995262E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.1989096 2_GWT-(1,36,34) + Model 2 1 6.63159767E-08 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 40 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.26472974E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.9324898 2_GWT-(1,36,35) + Model 2 1 5.84670943E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 41 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.60178414E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.7789519 2_GWT-(1,36,34) + Model 2 1 5.75890908E-08 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 42 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.09124499E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.6486874 2_GWT-(1,36,35) + Model 2 1 5.15275360E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 43 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.44947423E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.4404503 2_GWT-(1,37,35) + Model 2 1 4.99320549E-08 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 44 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.92422451E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.3502518 2_GWT-(1,36,36) + Model 2 1 4.52497488E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 45 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.30275618E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.0848427 2_GWT-(1,37,35) + Model 2 1 4.34981189E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 46 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.76340576E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.1224422 2_GWT-(1,36,36) + Model 2 1 3.95899065E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 47 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.16137314E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.7725622 2_GWT-(1,36,37) + Model 2 1 3.81894552E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 48 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.60852279E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.8557311 2_GWT-(1,36,36) + Model 2 1 3.45182798E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 49 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.02507767E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.6011538 2_GWT-(1,36,37) + Model 2 1 3.34745778E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 50 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.45931040E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.5593010 2_GWT-(1,36,36) + Model 2 1 3.00082093E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 51 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.89363142E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.3905114 2_GWT-(1,36,37) + Model 2 1 2.93182438E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 52 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.31550719E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.2412992 2_GWT-(1,36,36) + Model 2 1 2.60304773E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 53 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.76680493E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.1856604 2_GWT-(1,36,38) + Model 2 1 2.56803787E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 54 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.17685770E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.9714210 2_GWT-(1,37,37) + Model 2 1 2.25498411E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 55 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.64437757E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.0071110 2_GWT-(1,36,38) + Model 2 1 2.25162466E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 56 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.04311395E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7080747 2_GWT-(1,36,38) + Model 2 1 1.95263397E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 57 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.52613746E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7995120 2_GWT-(1,36,38) + Model 2 1 1.97792929E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 58 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.91403651E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.5538375 2_GWT-(1,36,39) + Model 2 1 1.69167151E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 59 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.41188145E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.5688651 2_GWT-(1,36,38) + Model 2 1 1.74219963E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 60 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.78939519E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.3828362 2_GWT-(1,36,39) + Model 2 1 1.46766865E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 61 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.30141504E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.3410445 2_GWT-(1,36,39) + Model 2 1 1.53985980E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 62 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.66896945E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2377003 2_GWT-(1,36,40) + Model 2 1 1.27621433E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 63 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.19455236E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.1383280 2_GWT-(1,36,39) + Model 2 1 1.36654990E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 64 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.55254868E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0872629 2_GWT-(1,36,40) + Model 2 1 1.11309078E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 65 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.09111605E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.9249713 2_GWT-(1,36,40) + Model 2 1 1.21830226E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 66 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.43993221E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.9153700 2_GWT-(1,36,40) + Model 2 1 9.74415570E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 67 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.99093714E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7588394 2_GWT-(1,36,41) + Model 2 1 1.09151870E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 68 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.33092928E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7521080 2_GWT-(1,36,41) + Model 2 1 -8.87530405E-09 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 69 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.89385491E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.6134376 2_GWT-(1,36,41) + Model 2 1 9.82959136E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 70 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.22535888E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.5980385 2_GWT-(1,36,41) + Model 2 1 -8.17698265E-09 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 71 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.79971670E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4806577 2_GWT-(1,36,42) + Model 2 1 8.89821195E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 72 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.12304952E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4279750 2_GWT-(1,36,41) + Model 2 1 -7.51941798E-09 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 73 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.70837768E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3496709 2_GWT-(1,36,42) + Model 2 1 8.09626499E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 74 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.02383896E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2870114 2_GWT-(1,36,42) + Model 2 1 -6.90067736E-09 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 75 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.61970066E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2131793 2_GWT-(1,36,43) + Model 2 1 7.40220685E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 76 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.92757388E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1444456 2_GWT-(1,36,43) + Model 2 1 -6.31376906E-09 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 77 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.53355575E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0939391 2_GWT-(1,36,43) + Model 2 1 6.79665391E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 78 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.83410953E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0167845 2_GWT-(1,36,43) + Model 2 1 -5.74431169E-09 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 79 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.44982020E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9605702 2_GWT-(1,36,44) + Model 2 1 6.26164365E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 80 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.74330938E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8944554 2_GWT-(1,36,44) + Model 2 1 -5.15348120E-09 * 2_GWT-(1,34,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 81 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.36837800E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8508462 2_GWT-(1,36,44) + Model 2 1 5.78171466E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 82 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.65504473E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7776248 2_GWT-(1,36,44) + Model 2 1 4.40221015E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 83 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.28911969E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7276188 2_GWT-(1,36,44) + Model 2 1 5.48538992E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 84 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.56919435E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6665519 2_GWT-(1,36,45) + Model 2 1 8.80635298E-09 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 85 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.21194198E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6260855 2_GWT-(1,36,45) + Model 2 1 -8.79640538E-09 * 2_GWT-(1,34,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 86 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.48564405E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5589614 2_GWT-(1,36,45) + Model 2 1 -6.02898353E-09 * 2_GWT-(1,34,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 87 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.13674749E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5121854 2_GWT-(1,36,45) + Model 2 1 -5.85055204E-09 * 2_GWT-(1,34,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 88 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.40428636E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4600939 2_GWT-(1,36,46) + Model 2 1 -4.98283725E-09 * 2_GWT-(1,34,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 89 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.06344447E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4160236 2_GWT-(1,36,46) + Model 2 1 -5.09129450E-09 * 2_GWT-(1,34,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 90 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.32502013E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3602663 2_GWT-(1,36,46) + Model 2 1 -4.52143922E-09 * 2_GWT-(1,34,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 91 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.99194647E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3104660 2_GWT-(1,36,46) + Model 2 1 -4.61278660E-09 * 2_GWT-(1,34,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 92 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.24775016E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2711472 2_GWT-(1,36,47) + Model 2 1 -4.18845048E-09 * 2_GWT-(1,34,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 93 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.92217206E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2206815 2_GWT-(1,36,47) + Model 2 1 -4.23051461E-09 * 2_GWT-(1,34,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 94 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.17238690E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1780186 2_GWT-(1,36,47) + Model 2 1 -3.90843979E-09 * 2_GWT-(1,34,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 95 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.85404459E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1253968 2_GWT-(1,36,48) + Model 2 1 3.96602218E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 96 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.09884606E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0930821 2_GWT-(1,36,48) + Model 2 1 -3.65963615E-09 * 2_GWT-(1,34,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 97 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.78749186E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0432785 2_GWT-(1,36,48) + Model 2 1 3.76684284E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 98 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.02704832E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0058963 2_GWT-(1,36,48) + Model 2 1 -3.51417384E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 99 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.72244590E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9595083 2_GWT-(1,36,49) + Model 2 1 -3.59000296E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 100 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.95691903E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9244789 2_GWT-(1,36,49) + Model 2 1 -3.44232376E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 101 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.65884270E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8823069 2_GWT-(1,36,49) + Model 2 1 -3.44707018E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 102 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.88838787E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8426039 2_GWT-(1,36,49) + Model 2 1 -3.36677886E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 103 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.59662199E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8054353 2_GWT-(1,36,50) + Model 2 1 -3.31061756E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 104 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.82138866E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7679583 2_GWT-(1,36,50) + Model 2 1 -3.28827809E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 105 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.53572698E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7325920 2_GWT-(1,36,50) + Model 2 1 -3.17996296E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 106 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.75585902E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6908229 2_GWT-(1,36,50) + Model 2 1 -3.20727622E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 107 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.47610417E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6601954 2_GWT-(1,36,51) + Model 2 1 -3.05462322E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 108 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.69174015E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6241448 2_GWT-(1,36,51) + Model 2 1 -3.12400061E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 109 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.41770313E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5912530 2_GWT-(1,36,51) + Model 2 1 -2.93385938E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 110 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.62897663E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5524097 2_GWT-(1,36,52) + Model 2 1 -3.03958814E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 111 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.36047632E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5238771 2_GWT-(1,36,52) + Model 2 1 -2.81744406E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 112 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.56751615E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4908837 2_GWT-(1,36,52) + Model 2 1 -2.95392510E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 113 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.30437889E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4584458 2_GWT-(1,36,52) + Model 2 1 -2.70497935E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 114 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.50730935E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4249483 2_GWT-(1,36,53) + Model 2 1 -2.86757995E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 115 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.24936850E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3965068 2_GWT-(1,36,53) + Model 2 1 -2.59626631E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 116 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.44830958E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3663298 2_GWT-(1,36,53) + Model 2 1 -2.78123480E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 117 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.19540519E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3342460 2_GWT-(1,36,53) + Model 2 1 -2.49113441E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 118 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.39047278E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3056449 2_GWT-(1,36,54) + Model 2 1 -2.69477596E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 119 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.14245118E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2772937 2_GWT-(1,36,54) + Model 2 1 -2.38895836E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 120 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.33375725E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2496620 2_GWT-(1,36,54) + Model 2 1 -2.60865818E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 121 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.09047080E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2179126 2_GWT-(1,36,54) + Model 2 1 -2.28911290E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 122 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.27812357E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1933581 2_GWT-(1,36,55) + Model 2 1 -2.52322252E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 123 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.03943026E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1659206 2_GWT-(1,36,55) + Model 2 1 -2.19279173E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 124 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.22353437E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1397672 2_GWT-(1,36,55) + Model 2 1 -2.43846898E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 125 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.98929760E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1104149 2_GWT-(1,36,56) + Model 2 1 -2.09973905E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 126 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.16995425E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0870470 2_GWT-(1,36,56) + Model 2 1 -2.35456810E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 127 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.94004254E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0621269 2_GWT-(1,36,56) + Model 2 1 -2.00975592E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 128 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.11734962E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0356416 2_GWT-(1,36,56) + Model 2 1 -2.27174723E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 129 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.89163638E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0109568 2_GWT-(1,36,57) + Model 2 1 -1.92278549E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 130 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.06568864E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9869762 2_GWT-(1,36,57) + Model 2 1 -2.19012009E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 131 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.84405190E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9644866 2_GWT-(1,36,57) + Model 2 1 -1.83868565E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 132 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.01494102E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9375872 2_GWT-(1,36,57) + Model 2 1 -2.11002771E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 133 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.79726326E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9162339 2_GWT-(1,36,58) + Model 2 1 -1.75734272E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 134 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.96507800E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8936828 2_GWT-(1,36,58) + Model 2 1 -2.03112904E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 135 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.75124589E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8714326 2_GWT-(1,36,58) + Model 2 1 -1.67867142E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 136 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.91607219E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8467523 2_GWT-(1,36,59) + Model 2 1 -1.95393568E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 137 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.70597645E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8262869 2_GWT-(1,36,59) + Model 2 1 -1.60258651E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 138 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.86789755E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8061822 2_GWT-(1,36,59) + Model 2 1 -1.87804972E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 139 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.66143274E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7830324 2_GWT-(1,36,59) + Model 2 1 -1.52911639E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 140 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.82052925E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7620516 2_GWT-(1,36,60) + Model 2 1 -1.80392590E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 141 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.61759360E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7419873 2_GWT-(1,36,60) + Model 2 1 -1.45817580E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 142 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.77394361E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7227600 2_GWT-(1,36,60) + Model 2 1 -1.73139370E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 143 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.57443887E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7001739 2_GWT-(1,36,60) + Model 2 1 -1.38970790E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 144 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.72811804E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6811454 2_GWT-(1,36,61) + Model 2 1 -1.66062364E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 145 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.53194933E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6629526 2_GWT-(1,36,61) + Model 2 1 -1.32362743E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 146 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.68303096E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6430444 2_GWT-(1,36,61) + Model 2 1 -1.59155888E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 147 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.49010663E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6224835 2_GWT-(1,36,61) + Model 2 1 -1.25993438E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 148 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.63866176E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6047920 2_GWT-(1,36,62) + Model 2 1 -1.52425628E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 149 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.44889325E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5877336 2_GWT-(1,36,62) + Model 2 1 -1.19860033E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 150 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.59499072E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5678793 2_GWT-(1,35,62) + Model 2 1 -1.45871581E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 151 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.40829240E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5494234 2_GWT-(1,36,63) + Model 2 1 -1.13948317E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 152 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.55199895E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5330168 2_GWT-(1,36,63) + Model 2 1 -1.39493750E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 153 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.36828807E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5157209 2_GWT-(1,35,63) + Model 2 1 -1.08258291E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 154 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.50966838E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4987231 2_GWT-(1,35,63) + Model 2 1 -1.33303502E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 155 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.32886491E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4804138 2_GWT-(1,35,64) + Model 2 1 -1.02787112E-09 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 156 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.46798168E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4657180 2_GWT-(1,35,64) + Model 2 1 -1.27300837E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 157 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.29000820E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4490901 2_GWT-(1,35,64) + Model 2 1 -9.75319381E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 158 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.42692223E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4322818 2_GWT-(1,35,64) + Model 2 1 -1.21480070E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 159 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.25170382E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4164916 2_GWT-(1,35,65) + Model 2 1 -9.24899268E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 160 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.38647405E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4013597 2_GWT-(1,35,65) + Model 2 1 -1.15852572E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 161 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.21393826E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3858455 2_GWT-(1,35,65) + Model 2 1 -8.76582362E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 162 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.34662183E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3687192 2_GWT-(1,35,65) + Model 2 1 -1.10424025E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 163 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.17669849E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3551675 2_GWT-(1,35,66) + Model 2 1 -8.30397084E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 164 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.30735083E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3403174 2_GWT-(1,35,66) + Model 2 1 -1.05194431E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 165 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.13997204E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3251748 2_GWT-(1,35,66) + Model 2 1 -7.86315013E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 166 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.26864688E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3097861 2_GWT-(1,35,67) + Model 2 1 -1.00169473E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 167 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.10374687E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2963714 2_GWT-(1,35,67) + Model 2 1 -7.44336148E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 168 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.23049634E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2822764 2_GWT-(1,35,67) + Model 2 1 -9.53434665E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 169 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.06801144E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2670037 2_GWT-(1,35,67) + Model 2 1 -7.04460490E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 170 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.19288608E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2536431 2_GWT-(1,35,68) + Model 2 1 -9.06936748E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 171 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.03275460E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2403542 2_GWT-(1,35,68) + Model 2 1 -6.65608013E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 172 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.15580344E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2266332 2_GWT-(1,35,68) + Model 2 1 -8.62428351E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 173 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.99796562E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2117490 2_GWT-(1,35,69) + Model 2 1 -6.26130259E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 174 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.11923622E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1997375 2_GWT-(1,35,69) + Model 2 1 -8.20080004E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 175 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.96363415E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1869631 2_GWT-(1,35,69) + Model 2 1 -5.89921001E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 176 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.08317266E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1732133 2_GWT-(1,35,69) + Model 2 1 -7.80346454E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 177 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.92975022E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1601737 2_GWT-(1,35,70) + Model 2 1 -5.56383384E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 178 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.04760137E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1482060 2_GWT-(1,35,70) + Model 2 1 -7.43170858E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 179 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.89630418E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1357639 2_GWT-(1,35,70) + Model 2 1 -5.25488986E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 180 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.01251140E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1221486 2_GWT-(1,35,70) + Model 2 1 -7.09860615E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 181 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.86328673E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1105886 2_GWT-(1,35,71) + Model 2 1 4.97664132E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 182 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.97789214E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0989795 2_GWT-(1,35,71) + Model 2 1 -6.79619916E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 183 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.83068888E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0865502 2_GWT-(1,35,71) + Model 2 1 4.74358330E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 184 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.94373334E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0738772 2_GWT-(1,35,72) + Model 2 1 -6.52221388E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 185 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.79850191E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0630526 2_GWT-(1,35,72) + Model 2 1 4.53724169E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 186 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.91002509E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0517461 2_GWT-(1,35,72) + Model 2 1 -6.27835561E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 187 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.76671742E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0393769 2_GWT-(1,35,72) + Model 2 1 4.35704806E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 188 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.87675780E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0281449 2_GWT-(1,35,73) + Model 2 1 -6.06803496E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 189 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.73532725E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0175462 2_GWT-(1,35,73) + Model 2 1 -4.20811830E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 190 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.84392217E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0062916 2_GWT-(1,35,73) + Model 2 1 -5.89011506E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 191 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.70432352E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.9942214 2_GWT-(1,35,73) + Model 2 1 -4.09045242E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 192 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.81150921E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.9841867 2_GWT-(1,35,74) + Model 2 1 -5.74800652E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 193 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.67369858E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.9738573 2_GWT-(1,35,74) + Model 2 1 -4.00149247E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 194 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.77951021E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.9626099 2_GWT-(1,35,74) + Model 2 1 -5.64284619E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 195 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.64344501E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.9517028 2_GWT-(1,35,75) + Model 2 1 -3.94180688E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 196 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.74791673E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.9420087 2_GWT-(1,35,75) + Model 2 1 -5.57292879E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 197 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.61355564E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.9317800 2_GWT-(1,35,75) + Model 2 1 -3.91082722E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 198 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.71672056E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.9207035 2_GWT-(1,35,75) + Model 2 1 -5.53939117E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 199 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.58402347E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.9109724 2_GWT-(1,35,76) + Model 2 1 -3.90855348E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 200 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.68591376E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.9014841 2_GWT-(1,35,76) + Model 2 1 -5.54166490E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 201 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.55484174E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8912547 2_GWT-(1,35,76) + Model 2 1 -3.93441724E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 202 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.65548863E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8806487 2_GWT-(1,35,77) + Model 2 1 -5.57861313E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 203 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.52600388E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8717937 2_GWT-(1,35,77) + Model 2 1 -3.98728162E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 204 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.62543767E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8624385 2_GWT-(1,35,77) + Model 2 1 -5.64966740E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 205 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.49750351E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8522814 2_GWT-(1,35,77) + Model 2 1 -4.06544132E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 206 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.59575361E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8428387 2_GWT-(1,35,78) + Model 2 1 -5.75141712E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 207 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.46933441E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8341033 2_GWT-(1,35,78) + Model 2 1 -4.16861212E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 208 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.56642940E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8247750 2_GWT-(1,35,78) + Model 2 1 -5.88329385E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 209 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.44149054E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8147947 2_GWT-(1,35,78) + Model 2 1 -4.29508873E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 210 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.53745816E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8063835 2_GWT-(1,35,79) + Model 2 1 -6.04416073E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 211 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.41396606E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7977746 2_GWT-(1,35,79) + Model 2 1 -4.44401849E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 212 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.50883323E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7884701 2_GWT-(1,35,79) + Model 2 1 -6.23174401E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 213 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.38675524E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7792867 2_GWT-(1,35,80) + Model 2 1 -4.61540139E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 214 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.48054812E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7712518 2_GWT-(1,35,80) + Model 2 1 -6.44831744E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 215 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.35985253E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7627004 2_GWT-(1,35,80) + Model 2 1 -4.81122697E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 216 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.45259651E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7534906 2_GWT-(1,35,80) + Model 2 1 -6.69444944E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 217 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.33325252E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7453120 2_GWT-(1,35,81) + Model 2 1 -5.03547426E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 218 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.42497228E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7373642 2_GWT-(1,35,81) + Model 2 1 -6.97809810E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 219 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.30694995E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7288304 2_GWT-(1,35,81) + Model 2 1 -5.29553290E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 220 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.39766944E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7198887 2_GWT-(1,35,82) + Model 2 1 -7.30778993E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 221 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.28093969E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7125091 2_GWT-(1,35,82) + Model 2 1 -5.60334001E-10 * 2_GWT-(1,31,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 222 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.37068217E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7046270 2_GWT-(1,35,82) + Model 2 1 -7.69944108E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 223 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.25521673E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6961365 2_GWT-(1,35,82) + Model 2 1 -6.10441475E-10 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 224 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.34400482E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6881699 2_GWT-(1,35,83) + Model 2 1 -8.17749424E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 225 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.22977622E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6808301 2_GWT-(1,35,83) + Model 2 1 -6.72827127E-10 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 226 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.31763187E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6729753 2_GWT-(1,35,83) + Model 2 1 -8.77491857E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 227 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.20461340E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6645697 2_GWT-(1,35,83) + Model 2 1 -7.51157359E-10 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 228 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.29155794E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6574948 2_GWT-(1,35,84) + Model 2 1 -9.53775725E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 229 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.17972364E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6502048 2_GWT-(1,35,84) + Model 2 1 -8.52423909E-10 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 230 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.26577780E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6423731 2_GWT-(1,35,84) + Model 2 1 1.06973630E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 231 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.15510243E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6346036 2_GWT-(1,35,85) + Model 2 1 -9.86744908E-10 * 2_GWT-(1,32,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 232 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.24028634E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6278288 2_GWT-(1,35,85) + Model 2 1 1.25612587E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 233 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.13074536E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6205696 2_GWT-(1,35,85) + Model 2 1 1.16915544E-09 * 2_GWT-(1,32,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 234 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.21507858E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6127850 2_GWT-(1,35,85) + Model 2 1 1.51288759E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 235 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.10664813E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6058728 2_GWT-(1,35,86) + Model 2 1 1.43106149E-09 * 2_GWT-(1,32,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 236 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.19014968E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5991219 2_GWT-(1,35,86) + Model 2 1 1.87611704E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 237 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.08280654E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5918818 2_GWT-(1,35,86) + Model 2 1 1.80725124E-09 * 2_GWT-(1,32,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 238 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.16549490E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5843053 2_GWT-(1,35,87) + Model 2 1 2.40902409E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 239 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.05921650E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5780499 2_GWT-(1,35,87) + Model 2 1 2.37145059E-09 * 2_GWT-(1,32,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 240 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.14110962E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5713215 2_GWT-(1,35,87) + Model 2 1 3.23757376E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 241 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.03587401E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5641080 2_GWT-(1,35,87) + Model 2 1 3.28381589E-09 * 2_GWT-(1,32,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 242 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.11698934E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5573506 2_GWT-(1,35,88) + Model 2 1 4.66286565E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 243 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.01277515E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5510973 2_GWT-(1,35,88) + Model 2 1 4.98008035E-09 * 2_GWT-(1,32,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 244 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.09312967E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5443852 2_GWT-(1,35,88) + Model 2 1 7.66272024E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 245 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.98991611E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5372100 2_GWT-(1,35,88) + Model 2 1 9.31208888E-09 * 2_GWT-(1,32,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 246 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.06952630E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5312203 2_GWT-(1,35,89) + Model 2 1 1.88961735E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 247 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.96729316E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5249748 2_GWT-(1,35,89) + Model 2 1 6.82221142E-08 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 248 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.04617505E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5182800 2_GWT-(1,35,89) + Model 2 1 -3.77998433E-08 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 249 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.94490266E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5116803 2_GWT-(1,35,90) + Model 2 1 -1.60608664E-08 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 250 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.02307183E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5058842 2_GWT-(1,35,90) + Model 2 1 -1.03234754E-08 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.37620000E-02 + Logical 6.40000000E-05 + Integer 5.4216120 + Real 12.678856 + ------------------------------- + Total 18.114294 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/10/01 17:39:41 + Elapsed run time: 35.630 Seconds + Normal termination of simulation. diff --git a/src/notebooks/models/mf6/pumptreat_3p/mfsim.nam b/src/notebooks/models/mf6/pumptreat_3p/mfsim.nam new file mode 100644 index 0000000..9f3a255 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_3p/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreat.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreat.nam gwf_pumptreat + gwt6 gwt_pumptreat.nam gwt_pumptreat +END models + +BEGIN exchanges + GWF6-GWT6 pumptreat.gwfgwt gwf_pumptreat gwt_pumptreat +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreat.ims gwf_pumptreat + ims6 gwt_pumptreat.ims gwt_pumptreat +END solutiongroup 1 + diff --git a/src/notebooks/models/mf6/pumptreat_3p/plume.png b/src/notebooks/models/mf6/pumptreat_3p/plume.png new file mode 100644 index 0000000..58acad6 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_3p/plume.png differ diff --git a/src/notebooks/models/mf6/pumptreat_3p/pumptreat.gwfgwt b/src/notebooks/models/mf6/pumptreat_3p/pumptreat.gwfgwt new file mode 100644 index 0000000..45d297f --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_3p/pumptreat.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:39:06. diff --git a/src/notebooks/models/mf6/pumptreat_50p/boundary_conditions.png b/src/notebooks/models/mf6/pumptreat_50p/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_50p/boundary_conditions.png differ diff --git a/src/notebooks/models/mf6/pumptreat_50p/concentration_time_series.png b/src/notebooks/models/mf6/pumptreat_50p/concentration_time_series.png new file mode 100644 index 0000000..f086fcb Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_50p/concentration_time_series.png differ diff --git a/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.chd b/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.chd new file mode 100644 index 0000000..0f67c0e --- /dev/null +++ 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a/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.dis.grb b/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.dis.grb new file mode 100644 index 0000000..dce9abb Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.dis.grb differ diff --git a/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.hds b/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.hds new file mode 100644 index 0000000..2e3f6fb Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.hds differ diff --git a/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.ic b/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.ic new file mode 100644 index 0000000..dd647c9 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.ic @@ -0,0 +1,110 @@ +# File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. +BEGIN options +END options + +BEGIN griddata + strt + INTERNAL FACTOR 1.0 + 25.00000000 25.00000000 25.00000000 25.00000000 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file mode 100644 index 0000000..41c5a8b --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.ims @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. +BEGIN options + PRINT_OPTION summary + COMPLEXITY simple +END options + diff --git a/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.lst new file mode 100644 index 0000000..d8c2f67 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.lst @@ -0,0 +1,3817 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREAT/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 3 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_pumptreat.dis.grb + + OPENED gwf_pumptreat.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreat.bud + + OPENED gwf_pumptreat.bud + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_pumptreat.hds + + OPENED gwf_pumptreat.hds + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 14.8837 CHD = 14.8837 CHD-1 + + TOTAL IN = 14.8837 TOTAL IN = 14.8837 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 15.1526 CHD = 15.1526 CHD-1 + + TOTAL OUT = 15.1526 TOTAL OUT = 15.1526 + + IN - OUT = -0.2688 IN - OUT = -0.2688 + + PERCENT DISCREPANCY = -1.79 PERCENT DISCREPANCY = -1.79 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 2, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 3, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 4, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 5, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 6, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 7, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 8, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 9, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 10, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 11, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 12, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 13, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 14, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="15" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 15, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="16" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 16, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="17" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 17, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="18" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 18, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="19" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 19, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="20" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 20, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="21" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 21, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="22" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 22, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="23" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 23, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="24" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 24, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="25" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 25, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="26" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 26, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="27" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 27, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="28" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 28, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="29" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 29, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="30" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 30, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="31" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 31, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="32" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 32, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="33" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 33, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="34" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 34, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="35" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 35, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="36" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 36, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="37" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 37, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="38" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 38, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="39" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 39, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="40" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 40, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="41" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 41, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="42" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 42, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="43" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 43, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="44" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 44, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="45" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 45, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="46" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 46, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="47" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 47, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="48" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 48, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="49" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 49, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="50" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 50, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="51" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 51, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="52" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 52, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="53" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 53, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="54" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 54, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="55" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 55, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="56" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 56, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="57" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 57, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="58" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 58, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="59" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 59, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="60" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 60, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="61" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 61, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="62" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 62, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="63" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 63, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="64" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 64, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="65" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 65, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="66" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 66, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="67" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 67, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="68" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 68, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="69" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 69, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="70" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 70, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="71" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 71, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="72" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 72, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="73" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 73, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="74" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 74, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="75" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 75, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="76" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 76, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="77" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 77, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="78" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 78, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="79" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 79, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="80" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 80, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="81" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 81, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="82" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 82, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="83" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 83, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="84" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 84, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="85" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 85, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="86" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 86, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="87" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 87, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="88" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 88, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="89" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 89, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="90" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 90, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="91" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 91, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="92" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 92, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="93" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 93, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="94" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 94, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="95" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 95, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="96" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 96, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="97" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 97, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="98" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 98, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="99" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 99, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="100" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 100, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="101" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 101, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="102" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 102, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="103" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 103, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="104" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 104, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="105" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 105, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="106" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 106, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="107" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 107, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="108" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 108, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="109" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 109, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="110" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 110, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="111" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 111, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="112" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 112, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="113" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 113, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="114" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 114, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="115" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 115, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="116" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 116, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="117" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 117, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="118" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 118, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="119" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 119, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="120" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 120, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="121" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 121, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="122" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 122, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="123" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 123, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="124" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 124, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="125" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 125, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="126" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 126, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="127" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 127, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="128" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 128, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="129" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 129, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="130" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 130, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="131" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 131, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="132" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 132, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="133" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 133, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="134" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 134, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="135" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 135, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="136" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 136, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="137" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 137, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="138" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 138, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="139" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 139, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="140" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 140, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="141" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 141, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="142" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 142, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="143" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 143, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="144" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 144, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="145" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 145, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="146" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 146, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="147" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 147, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="148" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 148, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="149" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 149, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="150" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 150, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="151" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 151, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="152" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 152, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="153" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 153, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="154" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 154, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="155" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 155, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="156" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 156, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="157" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 157, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="158" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 158, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="159" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 159, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="160" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 160, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="161" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 161, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="162" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 162, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="163" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 163, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="164" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 164, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="165" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 165, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="166" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 166, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="167" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 167, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="168" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 168, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="169" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 169, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="170" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 170, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="171" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 171, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="172" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 172, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="173" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 173, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="174" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 174, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="175" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 175, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="176" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 176, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="177" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 177, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="178" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 178, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="179" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 179, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="180" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 180, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="181" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 181, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="182" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 182, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="183" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 183, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="184" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 184, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="185" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 185, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="186" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 186, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="187" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 187, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="188" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 188, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="189" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 189, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="190" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 190, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="191" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 191, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="192" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 192, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="193" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 193, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="194" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 194, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="195" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 195, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="196" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 196, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="197" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 197, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="198" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 198, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="199" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 199, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="200" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 200, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="201" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 201, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="202" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 202, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="203" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 203, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="204" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 204, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="205" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 205, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="206" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 206, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="207" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 207, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="208" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 208, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="209" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 209, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="210" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 210, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="211" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 211, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="212" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 212, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="213" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 213, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="214" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 214, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="215" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 215, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="216" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 216, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="217" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 217, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="218" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 218, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="219" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 219, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="220" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 220, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="221" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 221, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="222" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 222, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="223" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 223, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="224" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 224, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="225" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 225, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="226" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 226, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="227" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 227, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="228" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 228, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="229" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 229, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="230" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 230, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="231" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 231, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="232" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 232, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="233" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 233, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="234" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 234, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="235" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 235, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="236" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 236, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="237" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 237, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="238" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 238, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="239" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 239, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="240" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 240, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="241" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 241, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="242" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 242, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="243" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 243, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="244" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 244, STRESS PERIOD 2 + +end 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GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 249, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="250" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.7036 STO-SS = 2.1412E-06 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 225008.4880 CHD = 75.0507 CHD-1 + + TOTAL IN = 225009.1917 TOTAL IN = 75.0507 + + OUT: OUT: + ---- ---- + STO-SS = 6.8170E-03 STO-SS = 6.0645E-07 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 225000.0000 WEL = 75.0000 WEL-1 + CHD = 2386.7231 CHD = 0.6852 CHD-1 + + TOTAL OUT = 227386.7299 TOTAL OUT = 75.6852 + + IN - OUT = -2377.5382 IN - OUT = -0.6345 + + PERCENT DISCREPANCY = -1.05 PERCENT DISCREPANCY = -0.84 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS 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b/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.wel new file mode 100644 index 0000000..0e94a78 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/gwf_pumptreat.wel @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 3 +END dimensions + +BEGIN period 1 +END period 1 + +BEGIN period 2 + 1 41 26 -2.50000000E+01 0 + 1 34 26 -2.50000000E+01 0 + 1 26 26 -2.50000000E+01 0 +END period 2 + diff --git a/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.adv b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.adv new file mode 100644 index 0000000..cd1d4fe --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.adv @@ -0,0 +1,5 @@ +# File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. +BEGIN options + SCHEME upstream +END options + diff --git a/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.cbc 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generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. +BEGIN options +END options + +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.ims b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.ims new file mode 100644 index 0000000..992e050 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.ims @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + LINEAR_ACCELERATION bicgstab + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.lst new file mode 100644 index 0000000..bf93ffe --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.lst @@ -0,0 +1,4032 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1017 + + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_pumptreat.cbc + + OPENED gwt_pumptreat.cbc + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_pumptreat.ucn + + OPENED gwt_pumptreat.ucn + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 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8.3178-173 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 3509.0767 CNC = 3509.0767 CNC + + TOTAL IN = 3509.0767 TOTAL IN = 3509.0767 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 3509.0767 STORAGE-AQUEOUS = 3509.0767 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 8.1595E-98 CHD = 8.1595E-98 SSM_CHD-1 + CNC = 0.0000 CNC = 0.0000 CNC + + TOTAL OUT = 3509.0767 TOTAL OUT = 3509.0767 + + IN - OUT = 8.0036E-11 IN - OUT = 8.0036E-11 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + +end timestep + + 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........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ 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+ 5.4100E-16 7.4798E-16 1.0227E-15 1.3837E-15 1.8538E-15 2.4603E-15 3.2361E-15 4.2201E-15 5.4577E-15 7.0017E-15 + 8.9125E-15 1.1259E-14 1.4117E-14 1.7573E-14 2.1720E-14 2.6658E-14 3.2495E-14 3.9343E-14 4.7320E-14 5.6544E-14 + 6.7134E-14 7.9205E-14 9.2868E-14 1.0823E-13 1.2537E-13 1.4437E-13 1.6529E-13 1.8817E-13 2.1301E-13 2.3983E-13 + 2.6856E-13 2.9915E-13 3.3150E-13 3.6548E-13 4.0091E-13 4.3761E-13 4.7534E-13 5.1381E-13 5.5272E-13 5.9170E-13 + 6.3037E-13 6.6826E-13 7.0489E-13 7.3971E-13 7.7214E-13 8.0154E-13 8.2725E-13 8.4857E-13 8.6482E-13 8.7530E-13 + 8.7941E-13 8.7659E-13 8.6643E-13 8.4868E-13 8.2329E-13 7.9044E-13 7.5059E-13 7.0445E-13 6.5299E-13 5.9740E-13 + 5.3903E-13 4.7936E-13 4.1986E-13 3.6197E-13 3.0695E-13 2.5589E-13 2.0959E-13 1.6858E-13 1.3309E-13 1.0309E-13 + 7.8316E-14 5.8331E-14 4.2586E-14 3.0469E-14 2.1362E-14 1.4675E-14 9.8791E-15 6.5172E-15 4.2141E-15 2.6716E-15 + 1.6611E-15 1.0134E-15 6.0688E-16 3.5699E-16 2.0640E-16 1.1737E-16 6.5701E-17 3.6245E-17 1.9764E-17 1.0823E-17 + 6.5630E-18 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 1421.2782 STORAGE-AQUEOUS = 6.5033E-02 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 52763469.0961 CNC = 17561.5355 CNC + + TOTAL IN = 52764890.3744 TOTAL IN = 17561.6005 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 167550.4376 STORAGE-AQUEOUS = 4.5569E-02 MST + WEL = 140748.5885 WEL = 47.1934 SSM_WEL-1 + CHD = 1.0352E-15 CHD = 7.6829E-18 SSM_CHD-1 + CNC = 52456591.3523 CNC = 17514.3616 CNC + + TOTAL OUT = 52764890.3784 TOTAL OUT = 17561.6005 + + IN - OUT = -4.0288E-03 IN - OUT = -5.7701E-07 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.mst b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.mst new file mode 100644 index 0000000..f9eb614 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.nam new file mode 100644 index 0000000..1461b55 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreat.dis dis + IC6 gwt_pumptreat.ic ic + ADV6 gwt_pumptreat.adv adv + DSP6 gwt_pumptreat.dsp dsp + MST6 gwt_pumptreat.mst mst + SSM6 gwt_pumptreat.ssm ssm + CNC6 gwt_pumptreat.cnc cnc + OC6 gwt_pumptreat.oc oc +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.oc new file mode 100644 index 0000000..da16569 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. +BEGIN options + BUDGET FILEOUT gwt_pumptreat.cbc + CONCENTRATION FILEOUT gwt_pumptreat.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.ssm b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.ssm new file mode 100644 index 0000000..101684a --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.ucn b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.ucn new file mode 100644 index 0000000..3ea1afd Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_50p/gwt_pumptreat.ucn differ diff --git a/src/notebooks/models/mf6/pumptreat_50p/head_distribution.png b/src/notebooks/models/mf6/pumptreat_50p/head_distribution.png new file mode 100644 index 0000000..57d3c2c Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_50p/head_distribution.png differ diff --git a/src/notebooks/models/mf6/pumptreat_50p/mfsim.lst b/src/notebooks/models/mf6/pumptreat_50p/mfsim.lst new file mode 100644 index 0000000..be6b274 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/mfsim.lst @@ -0,0 +1,7424 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + OPENED gwf_pumptreat.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + OPENED gwf_pumptreat.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + OPENED gwf_pumptreat.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + OPENED gwf_pumptreat.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + OPENED gwf_pumptreat.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + OPENED gwf_pumptreat.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + OPENED gwf_pumptreat.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreat.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_pumptreat.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreat.nam + FILE TYPE:GWT6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + OPENED gwt_pumptreat.dis + FILE TYPE:DIS6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + OPENED gwt_pumptreat.ic + FILE TYPE:IC6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + OPENED gwt_pumptreat.mst + FILE TYPE:MST6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.adv + FILE TYPE:ADV6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.dsp + FILE TYPE:DSP6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + OPENED gwt_pumptreat.ssm + FILE TYPE:SSM6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.oc + FILE TYPE:OC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.cnc + FILE TYPE:CNC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + OPENED pumptreat.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreat.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreat.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 45 -0.49507281 1_GWF-(1,101,100) + Model 2 1 2.98305048E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 46 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 68.659043 2_GWT-(1,43,25) + Model 2 1 2.83247818E-18 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 3000.000 + ------------------------------------------ + NUMBER OF TIME STEPS = 250 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 12.00000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 50 -1.2621684 1_GWF-(1,34,26) + Model 2 1 9.68714004E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 51 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 5 693.26982 2_GWT-(1,42,26) + Model 2 1 1.36063733E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 6 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.71427808E-04 * 1_GWF-(1,3,84) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 81.325483 2_GWT-(1,35,25) + Model 2 1 -1.85211894E-06 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.37289092E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 5 30.343403 2_GWT-(1,38,26) + Model 2 1 1.12385123E-09 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 6 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.37247958E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 14.011744 2_GWT-(1,38,26) + Model 2 1 1.15138105E-05 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.30201666E-04 * 1_GWF-(1,1,51) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 8.3434562 2_GWT-(1,38,27) + Model 2 1 7.97431312E-08 * 2_GWT-(1,37,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.02388610E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 4.2767445 2_GWT-(1,38,27) + Model 2 1 6.23579695E-08 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.75719473E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 3.0146339 2_GWT-(1,38,27) + Model 2 1 5.73194251E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.72095560E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 1.7579222 2_GWT-(1,37,27) + Model 2 1 3.49225485E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.48659869E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 1.2858805 2_GWT-(1,38,27) + Model 2 1 1.51816099E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.48621489E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.98192742 2_GWT-(1,37,27) + Model 2 1 3.85829873E-06 * 2_GWT-(1,39,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.31389638E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.75938845 2_GWT-(1,38,26) + Model 2 1 -8.85559473E-07 * 2_GWT-(1,38,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.33295334E-04 * 1_GWF-(1,2,52) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.69891717 2_GWT-(1,36,26) + Model 2 1 2.83952036E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.18726247E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.58478570 2_GWT-(1,38,26) + Model 2 1 5.05278479E-07 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.26350693E-04 * 1_GWF-(1,2,52) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.61925638 2_GWT-(1,36,26) + Model 2 1 1.54145678E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 15 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.08411891E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.55442211 2_GWT-(1,36,26) + Model 2 1 3.39631583E-07 * 2_GWT-(1,41,27) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 16 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.18184390E-04 * 1_GWF-(1,2,52) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.56885810 2_GWT-(1,36,26) + Model 2 1 8.48127087E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 17 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.99395409E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.53602992 2_GWT-(1,36,26) + Model 2 1 -8.44619592E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 18 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.09377309E-04 * 1_GWF-(1,2,52) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.53101132 2_GWT-(1,36,26) + Model 2 1 5.15422613E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 19 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.91167046E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.51258777 2_GWT-(1,36,26) + Model 2 1 1.05609388E-07 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 20 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.00343596E-04 * 1_GWF-(1,2,52) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.49956615 2_GWT-(1,36,26) + Model 2 1 3.19107414E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 21 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.83473094E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.48821961 2_GWT-(1,36,26) + Model 2 1 2.16650932E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 22 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.91357222E-04 * 1_GWF-(1,2,52) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.47208685 2_GWT-(1,36,26) + Model 2 1 2.06943071E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 23 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.76184167E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.46425052 2_GWT-(1,36,26) + Model 2 1 -1.28610793E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 24 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.82588859E-04 * 1_GWF-(1,2,52) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.44729943 2_GWT-(1,36,26) + Model 2 1 1.49720677E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 25 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.69231612E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.44137799 2_GWT-(1,36,26) + Model 2 1 -1.49995856E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 26 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.74864853E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.42449528 2_GWT-(1,36,26) + Model 2 1 1.12421162E-07 * 2_GWT-(1,36,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 27 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.62576145E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.41976610 2_GWT-(1,36,26) + Model 2 1 -1.54195732E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 28 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.68102978E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.40333602 2_GWT-(1,36,26) + Model 2 1 -1.09719906E-07 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 29 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.56192352E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.39943458 2_GWT-(1,36,26) + Model 2 1 -1.51884763E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 30 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.61432498E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.38377899 2_GWT-(1,36,26) + Model 2 1 -1.18963101E-07 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 31 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.50061144E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.38045029 2_GWT-(1,36,26) + Model 2 1 -1.47065577E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 32 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.54918603E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.36563768 2_GWT-(1,36,26) + Model 2 1 -1.22003371E-07 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 33 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.44166235E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.36275775 2_GWT-(1,36,26) + Model 2 1 -1.41201951E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 34 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.48600104E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.34873639 2_GWT-(1,36,26) + Model 2 1 -1.22250242E-07 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 35 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.38492604E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.34627191 2_GWT-(1,36,26) + Model 2 1 -1.35261587E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 36 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.42497473E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.33296645 2_GWT-(1,36,26) + Model 2 1 -1.21281289E-07 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 37 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.33025924E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.33089676 2_GWT-(1,36,26) + Model 2 1 -1.29522675E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 38 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.36618663E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.31823050 2_GWT-(1,36,26) + Model 2 1 -1.19805350E-07 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 39 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.27752423E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.31654201 2_GWT-(1,36,26) + Model 2 1 -1.24102769E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 40 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.30963267E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.30443815 2_GWT-(1,36,26) + Model 2 1 -5.81386757E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 41 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.22658929E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -0.30312311 2_GWT-(1,36,26) + Model 2 1 -1.19044103E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 42 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.25525477E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.29151319 2_GWT-(1,36,26) + Model 2 1 -5.62621813E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 43 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.17732954E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.29055911 2_GWT-(1,36,26) + Model 2 1 -4.17246892E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 44 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.20296152E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.27938122 2_GWT-(1,36,26) + Model 2 1 -5.44868948E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 45 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.12962775E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.27878297 2_GWT-(1,36,26) + Model 2 1 -3.99441728E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 46 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.15264263E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.26797684 2_GWT-(1,36,26) + Model 2 1 -5.28099088E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 47 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.08337486E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.26772598 2_GWT-(1,36,26) + Model 2 1 -3.83205881E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 48 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.10417878E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.25724067 2_GWT-(1,36,26) + Model 2 1 -5.12259282E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 49 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.03847027E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.25732800 2_GWT-(1,36,26) + Model 2 1 -3.68395996E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 50 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.05744827E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.24711885 2_GWT-(1,36,26) + Model 2 1 -4.97286680E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 51 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.99482177E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.24753436 2_GWT-(1,36,26) + Model 2 1 -3.54867746E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 52 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.01233139E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.23756254 2_GWT-(1,36,26) + Model 2 1 -4.83115582E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 53 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.95234526E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.23829549 2_GWT-(1,36,26) + Model 2 1 -3.42483759E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 54 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.96871319E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.22852737 2_GWT-(1,36,26) + Model 2 1 -4.69680975E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 55 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.91096442E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.22956646 2_GWT-(1,36,26) + Model 2 1 -3.31117400E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 56 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.92648510E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.21997306 2_GWT-(1,36,26) + Model 2 1 -4.56920611E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 57 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.87061018E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.22130654 2_GWT-(1,36,26) + Model 2 1 -3.20653945E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 58 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.88554580E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.21186301 2_GWT-(1,36,26) + Model 2 1 -4.44775850E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 59 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.83122013E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.21347887 2_GWT-(1,36,26) + Model 2 1 -3.10990615E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 60 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.84580160E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.20416396 2_GWT-(1,36,26) + Model 2 1 -4.33192156E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 61 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.79273801E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.20605002 2_GWT-(1,36,26) + Model 2 1 -3.02035971E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 62 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.80716641E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.19684566 2_GWT-(1,36,26) + Model 2 1 -4.22119007E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 63 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.75511313E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.19898972 2_GWT-(1,36,26) + Model 2 1 -2.93709061E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 64 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.76956152E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.18988060 2_GWT-(1,36,26) + Model 2 1 -4.11510149E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 65 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.71829978E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.19227049 2_GWT-(1,36,26) + Model 2 1 -2.85938432E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 66 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.73291520E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.18324373 2_GWT-(1,36,26) + Model 2 1 -4.01323172E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 67 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.68225675E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.18586742 2_GWT-(1,36,26) + Model 2 1 -2.78661162E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 68 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.69716233E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.17691223 2_GWT-(1,36,26) + Model 2 1 -3.91519490E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 69 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.64694683E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.17975787 2_GWT-(1,36,26) + Model 2 1 -2.71821906E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 70 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.66224386E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.17086530 2_GWT-(1,36,26) + Model 2 1 -3.82064104E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 71 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.61233638E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.17392129 2_GWT-(1,36,26) + Model 2 1 -2.65372054E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 72 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.62810630E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.16508397 2_GWT-(1,36,26) + Model 2 1 -3.72925376E-06 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 73 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.57839492E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.16833899 2_GWT-(1,36,26) + Model 2 1 -2.59268958E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 74 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.59470130E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.15955092 2_GWT-(1,36,26) + Model 2 1 -3.64225590E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 75 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.54509475E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.16299394 2_GWT-(1,36,26) + Model 2 1 -2.53475233E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 76 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.56198513E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.15425033 2_GWT-(1,36,26) + Model 2 1 -3.57275442E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 77 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.51241066E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.15787063 2_GWT-(1,36,26) + Model 2 1 -2.47958076E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 78 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.52991827E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.14916771 2_GWT-(1,36,26) + Model 2 1 -3.50521319E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 79 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.48031963E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.15295495 2_GWT-(1,36,26) + Model 2 1 -2.42688787E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 80 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.49846497E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.14428982 2_GWT-(1,36,26) + Model 2 1 -3.43937339E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 81 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.44880054E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.14823397 2_GWT-(1,36,26) + Model 2 1 -2.37642206E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 82 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.46759292E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.13960451 2_GWT-(1,36,26) + Model 2 1 -3.37500970E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 83 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.41783398E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.14369591 2_GWT-(1,36,26) + Model 2 1 -2.32796299E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 84 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.43727287E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.13510064 2_GWT-(1,36,26) + Model 2 1 -3.31192516E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 85 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.38740207E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.13932998 2_GWT-(1,36,26) + Model 2 1 -2.28131853E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 86 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.40747833E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.13076799 2_GWT-(1,36,26) + Model 2 1 -3.24994940E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 87 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.35748821E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.13512630 2_GWT-(1,36,26) + Model 2 1 -2.23631980E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 88 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.37818527E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.12659713 2_GWT-(1,36,26) + Model 2 1 -3.18893589E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 89 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.32807699E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.13107580 2_GWT-(1,36,26) + Model 2 1 -2.19281964E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 90 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.34937189E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.12257941 2_GWT-(1,36,26) + Model 2 1 -3.12875818E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 91 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.29915404E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.12717017 2_GWT-(1,36,26) + Model 2 1 -2.15068926E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 92 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.32101837E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.11870684 2_GWT-(1,36,26) + Model 2 1 -3.06931074E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 93 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.27070592E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.12340175 2_GWT-(1,36,26) + Model 2 1 -2.10981494E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 94 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.29310666E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.11497203 2_GWT-(1,36,26) + Model 2 1 -3.01050312E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 95 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.24271999E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.11976350 2_GWT-(1,36,26) + Model 2 1 -2.07009825E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 96 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.26562032E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.11136818 2_GWT-(1,36,26) + Model 2 1 -2.95225925E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 97 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.21518433E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.11624892 2_GWT-(1,36,26) + Model 2 1 -2.03145501E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 98 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.23854432E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.10788896 2_GWT-(1,36,26) + Model 2 1 -2.89451657E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 99 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.18808770E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.11285201 2_GWT-(1,36,26) + Model 2 1 -1.99381077E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 100 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.21186490E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.10452852 2_GWT-(1,36,26) + Model 2 1 -2.83722480E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 101 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.16141941E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.10956721 2_GWT-(1,36,26) + Model 2 1 -1.95709981E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 102 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.18556944E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.10128142 2_GWT-(1,36,26) + Model 2 1 -2.78034497E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 103 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.13516932E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.10638937 2_GWT-(1,36,26) + Model 2 1 -1.92126495E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 104 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.15964636E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.81425986E-02 2_GWT-(1,36,26) + Model 2 1 -2.72384685E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 105 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.10932775E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.10331373 2_GWT-(1,36,26) + Model 2 1 -1.88625592E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 106 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.13408497E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.51073360E-02 2_GWT-(1,36,26) + Model 2 1 -2.66770954E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 107 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.08388545E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -0.10033584 2_GWT-(1,36,26) + Model 2 1 -1.85202958E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 108 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.10887540E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.21712314E-02 2_GWT-(1,36,26) + Model 2 1 -2.61191892E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 109 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.05883355E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.74515536E-02 2_GWT-(1,36,26) + Model 2 1 -1.81854728E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 110 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.08400852E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.93301682E-02 2_GWT-(1,36,26) + Model 2 1 -2.55646773E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 111 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.03416354E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.46570213E-02 2_GWT-(1,36,26) + Model 2 1 -1.78577599E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 112 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.05947587E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.65802906E-02 2_GWT-(1,36,26) + Model 2 1 -2.50135446E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 113 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.00986724E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.19486301E-02 2_GWT-(1,36,26) + Model 2 1 -1.75368646E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 114 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.03526955E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.39179806E-02 2_GWT-(1,36,26) + Model 2 1 -2.44658290E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 115 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.98593677E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.93229996E-02 2_GWT-(1,36,26) + Model 2 1 -1.72225324E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 116 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.01138221E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.13398384E-02 2_GWT-(1,36,26) + Model 2 1 -2.39216124E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 117 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.96236450E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.67769579E-02 2_GWT-(1,36,26) + Model 2 1 -1.69145363E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 118 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.98780697E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.88426630E-02 2_GWT-(1,36,26) + Model 2 1 -2.33810181E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 119 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.93914309E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.43075235E-02 2_GWT-(1,36,26) + Model 2 1 -1.66126796E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 120 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.96453737E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.64234359E-02 2_GWT-(1,36,26) + Model 2 1 -2.28442045E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 121 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.91626542E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.19118886E-02 2_GWT-(1,36,26) + Model 2 1 -1.63167840E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 122 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.94156733E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.40793060E-02 2_GWT-(1,36,26) + Model 2 1 -2.23113611E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 123 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.89372459E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.95874044E-02 2_GWT-(1,36,26) + Model 2 1 -1.60266961E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 124 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.91889112E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.18075759E-02 2_GWT-(1,36,26) + Model 2 1 -2.17827017E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 125 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.87151392E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.73315675E-02 2_GWT-(1,36,26) + Model 2 1 -1.57422738E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 126 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.89650333E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.96056890E-02 2_GWT-(1,36,26) + Model 2 1 -2.12584607E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 127 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.84962692E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.51420077E-02 2_GWT-(1,36,26) + Model 2 1 -1.54633938E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 128 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.87439882E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.74712193E-02 2_GWT-(1,36,26) + Model 2 1 -2.07388942E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 129 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.82805729E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.30164775E-02 2_GWT-(1,36,26) + Model 2 1 -1.51899414E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 130 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.85257269E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.54018605E-02 2_GWT-(1,36,26) + Model 2 1 -2.02242728E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 131 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.80679890E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.09528418E-02 2_GWT-(1,36,26) + Model 2 1 -1.49218116E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 132 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.83102028E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.33954177E-02 2_GWT-(1,36,26) + Model 2 1 -1.97148779E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 133 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.78584579E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.89490695E-02 2_GWT-(1,36,26) + Model 2 1 -1.46589110E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 134 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.80973715E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.14497977E-02 2_GWT-(1,36,26) + Model 2 1 -1.92109977E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 135 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.76519216E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.70032248E-02 2_GWT-(1,36,26) + Model 2 1 -1.44011500E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 136 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.78871903E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.95630030E-02 2_GWT-(1,36,26) + Model 2 1 -1.87129282E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 137 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.74483238E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.51134602E-02 2_GWT-(1,36,26) + Model 2 1 -1.41484472E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 138 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.76796181E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.77331242E-02 2_GWT-(1,36,26) + Model 2 1 -1.82209686E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 139 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.72476093E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.32780106E-02 2_GWT-(1,36,26) + Model 2 1 -1.39007219E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 140 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.74746155E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.59583340E-02 2_GWT-(1,36,26) + Model 2 1 -1.77354130E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 141 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.70497245E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.14951862E-02 2_GWT-(1,36,26) + Model 2 1 -1.36579021E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 142 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.72721445E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.42368814E-02 2_GWT-(1,36,26) + Model 2 1 -1.72565598E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 143 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.68546174E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.97633679E-02 2_GWT-(1,36,26) + Model 2 1 -1.34199161E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 144 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.70721683E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.25670871E-02 2_GWT-(1,36,26) + Model 2 1 -1.67847006E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 145 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.66622368E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.80810028E-02 2_GWT-(1,36,26) + Model 2 1 -1.31866946E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 146 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.68746513E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.09473387E-02 2_GWT-(1,36,26) + Model 2 1 -1.63201179E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 147 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.64725331E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.64465988E-02 2_GWT-(1,36,26) + Model 2 1 -1.29581690E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 148 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.66795590E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.93760863E-02 2_GWT-(1,36,26) + Model 2 1 -1.58630840E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 149 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.62854579E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.48587213E-02 2_GWT-(1,36,26) + Model 2 1 -1.27342753E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 150 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.64868578E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.78518386E-02 2_GWT-(1,36,26) + Model 2 1 -1.54138664E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 151 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.61009637E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.33159894E-02 2_GWT-(1,36,26) + Model 2 1 -1.25149478E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 152 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.62965151E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.63731759E-02 2_GWT-(1,36,26) + Model 2 1 -1.49715464E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 153 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.59190045E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.18170614E-02 2_GWT-(1,36,26) + Model 2 1 -1.23004583E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 154 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.61084991E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.49386987E-02 2_GWT-(1,36,26) + Model 2 1 -1.45377859E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 155 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.57395352E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.03606685E-02 2_GWT-(1,36,26) + Model 2 1 -1.20904605E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 156 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.59227786E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.35470670E-02 2_GWT-(1,36,26) + Model 2 1 -1.41128007E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 157 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.55625118E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.89455603E-02 2_GWT-(1,36,26) + Model 2 1 -1.18831647E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 158 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.57393234E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.21970035E-02 2_GWT-(1,36,26) + Model 2 1 -1.36970863E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 159 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.53878912E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.75705542E-02 2_GWT-(1,36,26) + Model 2 1 -1.16808252E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 160 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.55581038E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.08872504E-02 2_GWT-(1,36,26) + Model 2 1 -1.32904563E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 161 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.52156315E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.62344977E-02 2_GWT-(1,36,26) + Model 2 1 -1.14830939E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 162 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.53790908E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.96166085E-02 2_GWT-(1,36,26) + Model 2 1 -1.28929776E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 163 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.50456917E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.49362684E-02 2_GWT-(1,36,26) + Model 2 1 -1.12896964E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 164 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.52022558E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.83839195E-02 2_GWT-(1,36,26) + Model 2 1 -1.25047569E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 165 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.48780317E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.36747812E-02 2_GWT-(1,36,26) + Model 2 1 -1.11004803E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 166 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.50275709E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.71880603E-02 2_GWT-(1,36,26) + Model 2 1 -1.21259109E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 167 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.47126124E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.24489878E-02 2_GWT-(1,36,26) + Model 2 1 -1.09153470E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 168 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.48550087E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.60279433E-02 2_GWT-(1,36,26) + Model 2 1 -1.17565440E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 169 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.45493955E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.12578728E-02 2_GWT-(1,36,26) + Model 2 1 -1.07342208E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 170 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.46845423E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.49025153E-02 2_GWT-(1,36,26) + Model 2 1 -1.13967457E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 171 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.43883437E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.01004520E-02 2_GWT-(1,36,26) + Model 2 1 -1.05570348E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 172 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.45161451E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.38107558E-02 2_GWT-(1,36,26) + Model 2 1 -1.10465845E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 173 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.42294203E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.89757714E-02 2_GWT-(1,36,26) + Model 2 1 -1.03837235E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 174 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.43497912E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.27516756E-02 2_GWT-(1,36,26) + Model 2 1 -1.07061138E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 175 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.40725898E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.78829054E-02 2_GWT-(1,36,26) + Model 2 1 -1.02142246E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 176 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.41854548E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.17243164E-02 2_GWT-(1,36,26) + Model 2 1 -1.03753644E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 177 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.39178171E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.68209560E-02 2_GWT-(1,36,26) + Model 2 1 -1.00484718E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 178 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.40231108E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.07277487E-02 2_GWT-(1,36,26) + Model 2 1 -1.00543539E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 179 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.37650681E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.57890515E-02 2_GWT-(1,36,26) + Model 2 1 -9.88640551E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 180 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.38627342E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.97610715E-02 2_GWT-(1,36,26) + Model 2 1 -9.74307596E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 181 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.36143094E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.47863455E-02 2_GWT-(1,36,26) + Model 2 1 -9.72795931E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 182 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.37043006E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.88234100E-02 2_GWT-(1,36,26) + Model 2 1 -9.44151168E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 183 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.34655083E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.38120158E-02 2_GWT-(1,36,26) + Model 2 1 -9.57307378E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 184 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.35477858E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.79139161E-02 2_GWT-(1,36,26) + Model 2 1 -9.14962499E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 185 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.33186330E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.28652647E-02 2_GWT-(1,36,26) + Model 2 1 -9.42168555E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 186 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.33931660E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.70317666E-02 2_GWT-(1,36,26) + Model 2 1 -8.86736018E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 187 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.31736521E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.19453158E-02 2_GWT-(1,36,26) + Model 2 1 -9.27373122E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 188 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.32404177E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.61761620E-02 2_GWT-(1,36,26) + Model 2 1 -8.59465388E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 189 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.30305351E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.10514156E-02 2_GWT-(1,36,26) + Model 2 1 -9.12915141E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 190 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.30895177E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.53463269E-02 2_GWT-(1,36,26) + Model 2 1 -8.33142252E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 191 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.28892521E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.01828318E-02 2_GWT-(1,36,26) + Model 2 1 -8.98788443E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 192 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.29404431E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.45415081E-02 2_GWT-(1,36,26) + Model 2 1 -8.07757658E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 193 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.27497738E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.93388523E-02 2_GWT-(1,36,26) + Model 2 1 -8.84986832E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 194 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.27931714E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.37609741E-02 2_GWT-(1,36,26) + Model 2 1 -7.83300919E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 195 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.26120715E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.85187849E-02 2_GWT-(1,36,26) + Model 2 1 -8.71504426E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 196 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.26476803E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.30040148E-02 2_GWT-(1,36,26) + Model 2 1 -7.59760781E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 197 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.24761173E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.77219569E-02 2_GWT-(1,36,26) + Model 2 1 -8.58335085E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 198 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.25039477E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.22699403E-02 2_GWT-(1,36,26) + Model 2 1 -7.37124907E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 199 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.23418836E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.69477139E-02 2_GWT-(1,36,26) + Model 2 1 -8.45473096E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 200 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.23619521E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.15580809E-02 2_GWT-(1,36,26) + Model 2 1 -7.17966202E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 201 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.22093437E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.61954203E-02 2_GWT-(1,36,26) + Model 2 1 -8.32912377E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 202 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.22216719E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.08677859E-02 2_GWT-(1,36,26) + Model 2 1 -7.02256443E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 203 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.20784711E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.54644573E-02 2_GWT-(1,36,26) + Model 2 1 -8.20647244E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 204 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.20830860E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.01984232E-02 2_GWT-(1,36,26) + Model 2 1 -6.86611202E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 205 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.19492402E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.47542237E-02 2_GWT-(1,36,26) + Model 2 1 -8.08671871E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 206 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.19461734E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.95493789E-02 2_GWT-(1,36,26) + Model 2 1 -6.71053783E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 207 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.18216256E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.40641348E-02 2_GWT-(1,36,26) + Model 2 1 -7.96980601E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 208 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.18109136E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.89200566E-02 2_GWT-(1,36,26) + Model 2 1 -6.55606868E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 209 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.16956027E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.33936217E-02 2_GWT-(1,36,26) + Model 2 1 -7.85567806E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 210 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.16772860E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.83098770E-02 2_GWT-(1,36,26) + Model 2 1 -6.40291205E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 211 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.15711473E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.27421317E-02 2_GWT-(1,36,26) + Model 2 1 -7.74427804E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 212 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.15452706E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.77182770E-02 2_GWT-(1,36,26) + Model 2 1 -6.25126404E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 213 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.14482357E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.21091267E-02 2_GWT-(1,36,26) + Model 2 1 -7.63555050E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 214 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.14148474E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.71447103E-02 2_GWT-(1,36,26) + Model 2 1 -6.10130712E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 215 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.13268445E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.14940841E-02 2_GWT-(1,36,26) + Model 2 1 -7.52944032E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 216 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.12859968E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.65886455E-02 2_GWT-(1,36,26) + Model 2 1 -5.95321126E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 217 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.12069511E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.08964954E-02 2_GWT-(1,36,26) + Model 2 1 -7.42589407E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 218 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.11586994E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.60495668E-02 2_GWT-(1,36,26) + Model 2 1 -5.80713902E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 219 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.10885331E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.03158658E-02 2_GWT-(1,36,26) + Model 2 1 -7.32485603E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 220 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.10329360E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.55269728E-02 2_GWT-(1,36,26) + Model 2 1 -5.66323308E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 221 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.09715686E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.97517148E-02 2_GWT-(1,36,26) + Model 2 1 -7.22627306E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 222 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.09086876E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.50203765E-02 2_GWT-(1,36,26) + Model 2 1 -5.52163669E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 223 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.08560362E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.92035746E-02 2_GWT-(1,36,26) + Model 2 1 -7.13009229E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 224 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.07859355E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.45293053E-02 2_GWT-(1,36,26) + Model 2 1 -5.38247434E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 225 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.07419148E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.86709907E-02 2_GWT-(1,36,26) + Model 2 1 -7.03625972E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 226 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.06646612E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.40532994E-02 2_GWT-(1,36,26) + Model 2 1 -5.24586596E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 227 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.06291839E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.81535212E-02 2_GWT-(1,36,26) + Model 2 1 -6.94472192E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 228 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.05448465E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.35919128E-02 2_GWT-(1,36,26) + Model 2 1 -5.11192127E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 229 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.05178231E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.76507359E-02 2_GWT-(1,36,26) + Model 2 1 -6.85542773E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 230 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.04264732E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.31447116E-02 2_GWT-(1,36,26) + Model 2 1 -4.98074314E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 231 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.04078127E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.71622172E-02 2_GWT-(1,36,26) + Model 2 1 -6.76832343E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 232 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.03095237E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.27112752E-02 2_GWT-(1,36,26) + Model 2 1 -4.85242765E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 233 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.02991332E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.66875588E-02 2_GWT-(1,36,26) + Model 2 1 -6.68335531E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 234 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.01939802E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.22911943E-02 2_GWT-(1,36,26) + Model 2 1 -4.72706404E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 235 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.01917654E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.62263656E-02 2_GWT-(1,36,26) + Model 2 1 -6.60047220E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 236 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.00798254E-04 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.18840719E-02 2_GWT-(1,36,26) + Model 2 1 -4.60473586E-07 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 237 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.00856908E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.57782536E-02 2_GWT-(1,36,26) + Model 2 1 -6.51962040E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 238 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.96704205E-05 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.14895220E-02 2_GWT-(1,36,26) + Model 2 1 -4.51601636E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 239 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.98089076E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.53428499E-02 2_GWT-(1,36,26) + Model 2 1 -6.44074504E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 240 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.85561324E-05 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.11071703E-02 2_GWT-(1,36,26) + Model 2 1 -4.44532276E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 241 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.87734740E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.49197912E-02 2_GWT-(1,36,26) + Model 2 1 -6.36379639E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 242 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.74552218E-05 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.07366528E-02 2_GWT-(1,36,26) + Model 2 1 -4.38048460E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 243 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.77504296E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.45087253E-02 2_GWT-(1,36,26) + Model 2 1 -6.28883015E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 244 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.63675232E-05 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.03776154E-02 2_GWT-(1,36,26) + Model 2 1 -4.32129525E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 245 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.67396006E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.41093095E-02 2_GWT-(1,36,26) + Model 2 1 -6.21567864E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 246 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.52928730E-05 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.00297151E-02 2_GWT-(1,36,26) + Model 2 1 -4.26765979E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 247 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.57408162E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.37212107E-02 2_GWT-(1,36,26) + Model 2 1 -6.14422504E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 248 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.42311096E-05 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.69261935E-03 2_GWT-(1,36,26) + Model 2 1 -4.21961204E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 249 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.47539089E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.33441043E-02 2_GWT-(1,36,26) + Model 2 1 -6.07444747E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 250 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.31820736E-05 * 1_GWF-(1,2,47) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.36600519E-03 2_GWT-(1,36,26) + Model 2 1 -4.17699681E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.37620000E-02 + Logical 6.40000000E-05 + Integer 5.4216120 + Real 12.678856 + ------------------------------- + Total 18.114294 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/10/08 10:42:58 + Elapsed run time: 1 Minutes, 8.865 Seconds + Normal termination of simulation. diff --git a/src/notebooks/models/mf6/pumptreat_50p/mfsim.nam b/src/notebooks/models/mf6/pumptreat_50p/mfsim.nam new file mode 100644 index 0000000..f2b5ef0 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreat.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreat.nam gwf_pumptreat + gwt6 gwt_pumptreat.nam gwt_pumptreat +END models + +BEGIN exchanges + GWF6-GWT6 pumptreat.gwfgwt gwf_pumptreat gwt_pumptreat +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreat.ims gwf_pumptreat + ims6 gwt_pumptreat.ims gwt_pumptreat +END solutiongroup 1 + diff --git a/src/notebooks/models/mf6/pumptreat_50p/mfsim.stdout b/src/notebooks/models/mf6/pumptreat_50p/mfsim.stdout new file mode 100644 index 0000000..76ce1da --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/mfsim.stdout @@ -0,0 +1,232 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.7.0.dev2 (preliminary) 05/20/2025 + ***DEVELOP MODE*** + + MODFLOW 6 compiled May 20 2025 13:40:03 with GCC version 13.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + + MODFLOW runs in SEQUENTIAL mode + + Run start date and time (yyyy/mm/dd hh:mm:ss): 2025/07/23 2:33:39 + + Writing simulation list file: mfsim.lst + Using Simulation name file: mfsim.nam + + Solving: Stress period: 1 Time step: 1 + Solving: Stress period: 2 Time step: 1 + Solving: Stress period: 2 Time step: 2 + Solving: Stress period: 2 Time step: 3 + Solving: Stress period: 2 Time step: 4 + Solving: Stress period: 2 Time step: 5 + Solving: Stress period: 2 Time step: 6 + Solving: Stress period: 2 Time step: 7 + Solving: Stress period: 2 Time step: 8 + Solving: Stress period: 2 Time step: 9 + Solving: Stress period: 2 Time step: 10 + Solving: Stress period: 2 Time step: 11 + Solving: Stress period: 2 Time step: 12 + Solving: Stress period: 2 Time step: 13 + Solving: Stress period: 2 Time step: 14 + Solving: Stress period: 2 Time step: 15 + Solving: Stress period: 2 Time step: 16 + Solving: Stress period: 2 Time step: 17 + Solving: Stress period: 2 Time step: 18 + Solving: Stress period: 2 Time step: 19 + Solving: Stress period: 2 Time step: 20 + Solving: Stress period: 2 Time step: 21 + Solving: Stress period: 2 Time step: 22 + Solving: Stress period: 2 Time step: 23 + Solving: Stress period: 2 Time step: 24 + Solving: Stress period: 2 Time step: 25 + Solving: Stress period: 2 Time step: 26 + Solving: Stress period: 2 Time step: 27 + Solving: Stress period: 2 Time step: 28 + Solving: Stress period: 2 Time step: 29 + Solving: Stress period: 2 Time step: 30 + Solving: Stress period: 2 Time step: 31 + Solving: Stress period: 2 Time step: 32 + Solving: Stress period: 2 Time step: 33 + Solving: Stress period: 2 Time step: 34 + Solving: Stress period: 2 Time step: 35 + Solving: Stress period: 2 Time step: 36 + Solving: Stress period: 2 Time step: 37 + Solving: Stress period: 2 Time step: 38 + Solving: Stress period: 2 Time step: 39 + Solving: Stress period: 2 Time step: 40 + Solving: Stress period: 2 Time step: 41 + Solving: Stress period: 2 Time step: 42 + Solving: Stress period: 2 Time step: 43 + Solving: Stress period: 2 Time step: 44 + Solving: Stress period: 2 Time step: 45 + Solving: Stress period: 2 Time step: 46 + Solving: Stress period: 2 Time step: 47 + Solving: Stress period: 2 Time step: 48 + Solving: Stress period: 2 Time step: 49 + Solving: Stress period: 2 Time step: 50 + Solving: Stress period: 2 Time step: 51 + Solving: Stress period: 2 Time step: 52 + Solving: Stress period: 2 Time step: 53 + Solving: Stress period: 2 Time step: 54 + Solving: Stress period: 2 Time step: 55 + Solving: Stress period: 2 Time step: 56 + Solving: Stress period: 2 Time step: 57 + Solving: Stress period: 2 Time step: 58 + Solving: Stress period: 2 Time step: 59 + Solving: Stress period: 2 Time step: 60 + Solving: Stress period: 2 Time step: 61 + Solving: Stress period: 2 Time step: 62 + Solving: Stress period: 2 Time step: 63 + Solving: Stress period: 2 Time step: 64 + Solving: Stress period: 2 Time step: 65 + Solving: Stress period: 2 Time step: 66 + Solving: Stress period: 2 Time step: 67 + Solving: Stress period: 2 Time step: 68 + Solving: Stress period: 2 Time step: 69 + Solving: Stress period: 2 Time step: 70 + Solving: Stress period: 2 Time step: 71 + Solving: Stress period: 2 Time step: 72 + Solving: Stress period: 2 Time step: 73 + Solving: Stress period: 2 Time step: 74 + Solving: Stress period: 2 Time step: 75 + Solving: Stress period: 2 Time step: 76 + Solving: Stress period: 2 Time step: 77 + Solving: Stress period: 2 Time step: 78 + Solving: Stress period: 2 Time step: 79 + Solving: Stress period: 2 Time step: 80 + Solving: Stress period: 2 Time step: 81 + Solving: Stress period: 2 Time step: 82 + Solving: Stress period: 2 Time step: 83 + Solving: Stress period: 2 Time step: 84 + Solving: Stress period: 2 Time step: 85 + Solving: Stress period: 2 Time step: 86 + Solving: Stress period: 2 Time step: 87 + Solving: Stress period: 2 Time step: 88 + Solving: Stress period: 2 Time step: 89 + Solving: Stress period: 2 Time step: 90 + Solving: Stress period: 2 Time step: 91 + Solving: Stress period: 2 Time step: 92 + Solving: Stress period: 2 Time step: 93 + Solving: Stress period: 2 Time step: 94 + Solving: Stress period: 2 Time step: 95 + Solving: Stress period: 2 Time step: 96 + Solving: Stress period: 2 Time step: 97 + Solving: Stress period: 2 Time step: 98 + Solving: Stress period: 2 Time step: 99 + Solving: Stress period: 2 Time step: 100 + Solving: Stress period: 2 Time step: 101 + Solving: Stress period: 2 Time step: 102 + Solving: Stress period: 2 Time step: 103 + Solving: Stress period: 2 Time step: 104 + Solving: Stress period: 2 Time step: 105 + Solving: Stress period: 2 Time step: 106 + Solving: Stress period: 2 Time step: 107 + Solving: Stress period: 2 Time step: 108 + Solving: Stress period: 2 Time step: 109 + Solving: Stress period: 2 Time step: 110 + Solving: Stress period: 2 Time step: 111 + Solving: Stress period: 2 Time step: 112 + Solving: Stress period: 2 Time step: 113 + Solving: Stress period: 2 Time step: 114 + Solving: Stress period: 2 Time step: 115 + Solving: Stress period: 2 Time step: 116 + Solving: Stress period: 2 Time step: 117 + Solving: Stress period: 2 Time step: 118 + Solving: Stress period: 2 Time step: 119 + Solving: Stress period: 2 Time step: 120 + Solving: Stress period: 2 Time step: 121 + Solving: Stress period: 2 Time step: 122 + Solving: Stress period: 2 Time step: 123 + Solving: Stress period: 2 Time step: 124 + Solving: Stress period: 2 Time step: 125 + Solving: Stress period: 2 Time step: 126 + Solving: Stress period: 2 Time step: 127 + Solving: Stress period: 2 Time step: 128 + Solving: Stress period: 2 Time step: 129 + Solving: Stress period: 2 Time step: 130 + Solving: Stress period: 2 Time step: 131 + Solving: Stress period: 2 Time step: 132 + Solving: Stress period: 2 Time step: 133 + Solving: Stress period: 2 Time step: 134 + Solving: Stress period: 2 Time step: 135 + Solving: Stress period: 2 Time step: 136 + Solving: Stress period: 2 Time step: 137 + Solving: Stress period: 2 Time step: 138 + Solving: Stress period: 2 Time step: 139 + Solving: Stress period: 2 Time step: 140 + Solving: Stress period: 2 Time step: 141 + Solving: Stress period: 2 Time step: 142 + Solving: Stress period: 2 Time step: 143 + Solving: Stress period: 2 Time step: 144 + Solving: Stress period: 2 Time step: 145 + Solving: Stress period: 2 Time step: 146 + Solving: Stress period: 2 Time step: 147 + Solving: Stress period: 2 Time step: 148 + Solving: Stress period: 2 Time step: 149 + Solving: Stress period: 2 Time step: 150 + Solving: Stress period: 2 Time step: 151 + Solving: Stress period: 2 Time step: 152 + Solving: Stress period: 2 Time step: 153 + Solving: Stress period: 2 Time step: 154 + Solving: Stress period: 2 Time step: 155 + Solving: Stress period: 2 Time step: 156 + Solving: Stress period: 2 Time step: 157 + Solving: Stress period: 2 Time step: 158 + Solving: Stress period: 2 Time step: 159 + Solving: Stress period: 2 Time step: 160 + Solving: Stress period: 2 Time step: 161 + Solving: Stress period: 2 Time step: 162 + Solving: Stress period: 2 Time step: 163 + Solving: Stress period: 2 Time step: 164 + Solving: Stress period: 2 Time step: 165 + Solving: Stress period: 2 Time step: 166 + Solving: Stress period: 2 Time step: 167 + Solving: Stress period: 2 Time step: 168 + Solving: Stress period: 2 Time step: 169 + Solving: Stress period: 2 Time step: 170 + Solving: Stress period: 2 Time step: 171 + Solving: Stress period: 2 Time step: 172 + Solving: Stress period: 2 Time step: 173 + Solving: Stress period: 2 Time step: 174 + Solving: Stress period: 2 Time step: 175 + Solving: Stress period: 2 Time step: 176 + Solving: Stress period: 2 Time step: 177 + Solving: Stress period: 2 Time step: 178 + Solving: Stress period: 2 Time step: 179 + Solving: Stress period: 2 Time step: 180 + Solving: Stress period: 2 Time step: 181 + Solving: Stress period: 2 Time step: 182 + Solving: Stress period: 2 Time step: 183 + Solving: Stress period: 2 Time step: 184 + Solving: Stress period: 2 Time step: 185 + Solving: Stress period: 2 Time step: 186 + Solving: Stress period: 2 Time step: 187 + Solving: Stress period: 2 Time step: 188 + Solving: Stress period: 2 Time step: 189 + Solving: Stress period: 2 Time step: 190 + Solving: Stress period: 2 Time step: 191 + Solving: Stress period: 2 Time step: 192 + Solving: Stress period: 2 Time step: 193 + Solving: Stress period: 2 Time step: 194 + Solving: Stress period: 2 Time step: 195 + Solving: Stress period: 2 Time step: 196 + Solving: Stress period: 2 Time step: 197 + Solving: Stress period: 2 Time step: 198 + Solving: Stress period: 2 Time step: 199 + Solving: Stress period: 2 Time step: 200 + Solving: Stress period: 2 Time step: 201 + Solving: Stress period: 2 Time step: 202 + Solving: Stress period: 2 Time step: 203 + Solving: Stress period: 2 Time step: 204 + Solving: Stress period: 2 Time step: 205 diff --git a/src/notebooks/models/mf6/pumptreat_50p/plume.png b/src/notebooks/models/mf6/pumptreat_50p/plume.png new file mode 100644 index 0000000..4a9a97a Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_50p/plume.png differ diff --git a/src/notebooks/models/mf6/pumptreat_50p/pumptreat.gwfgwt b/src/notebooks/models/mf6/pumptreat_50p/pumptreat.gwfgwt new file mode 100644 index 0000000..c8042da --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_50p/pumptreat.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 08/01/2025 at 16:10:13. diff --git a/src/notebooks/models/mf6/pumptreat_6p/boundary_conditions.png b/src/notebooks/models/mf6/pumptreat_6p/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_6p/boundary_conditions.png differ diff --git a/src/notebooks/models/mf6/pumptreat_6p/concentration_time_series.png b/src/notebooks/models/mf6/pumptreat_6p/concentration_time_series.png new file mode 100644 index 0000000..0aed845 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_6p/concentration_time_series.png differ diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.chd b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.chd new file mode 100644 index 0000000..446ff49 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.chd @@ -0,0 +1,215 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 202 +END dimensions + +BEGIN period 1 + 1 1 1 2.50000000E+01 0.00000000E+00 + 1 1 101 2.45000000E+01 0.00000000E+00 + 1 2 1 2.50000000E+01 0.00000000E+00 + 1 2 101 2.45000000E+01 0.00000000E+00 + 1 3 1 2.50000000E+01 0.00000000E+00 + 1 3 101 2.45000000E+01 0.00000000E+00 + 1 4 1 2.50000000E+01 0.00000000E+00 + 1 4 101 2.45000000E+01 0.00000000E+00 + 1 5 1 2.50000000E+01 0.00000000E+00 + 1 5 101 2.45000000E+01 0.00000000E+00 + 1 6 1 2.50000000E+01 0.00000000E+00 + 1 6 101 2.45000000E+01 0.00000000E+00 + 1 7 1 2.50000000E+01 0.00000000E+00 + 1 7 101 2.45000000E+01 0.00000000E+00 + 1 8 1 2.50000000E+01 0.00000000E+00 + 1 8 101 2.45000000E+01 0.00000000E+00 + 1 9 1 2.50000000E+01 0.00000000E+00 + 1 9 101 2.45000000E+01 0.00000000E+00 + 1 10 1 2.50000000E+01 0.00000000E+00 + 1 10 101 2.45000000E+01 0.00000000E+00 + 1 11 1 2.50000000E+01 0.00000000E+00 + 1 11 101 2.45000000E+01 0.00000000E+00 + 1 12 1 2.50000000E+01 0.00000000E+00 + 1 12 101 2.45000000E+01 0.00000000E+00 + 1 13 1 2.50000000E+01 0.00000000E+00 + 1 13 101 2.45000000E+01 0.00000000E+00 + 1 14 1 2.50000000E+01 0.00000000E+00 + 1 14 101 2.45000000E+01 0.00000000E+00 + 1 15 1 2.50000000E+01 0.00000000E+00 + 1 15 101 2.45000000E+01 0.00000000E+00 + 1 16 1 2.50000000E+01 0.00000000E+00 + 1 16 101 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index 0000000..a739bae --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.dis @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 101 + NCOL 101 +END dimensions + +BEGIN griddata + delr + CONSTANT 1.00000000 + delc + CONSTANT 1.00000000 + top + CONSTANT 0.00000000 + botm + CONSTANT -30.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.dis.grb b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.dis.grb new file mode 100644 index 0000000..dce9abb Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.dis.grb differ diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.hds b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.hds new file mode 100644 index 0000000..3d77cb9 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.hds differ diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.ic b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.ic new file mode 100644 index 0000000..6133d1b --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.ic @@ -0,0 +1,110 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options +END options + +BEGIN griddata + strt + INTERNAL FACTOR 1.0 + 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 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25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.ims b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.ims new file mode 100644 index 0000000..7c7c105 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.ims @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options + PRINT_OPTION summary + COMPLEXITY simple +END options + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.lst new file mode 100644 index 0000000..d8d9c78 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.lst @@ -0,0 +1,3817 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREAT/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 3 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_pumptreat.dis.grb + + OPENED gwf_pumptreat.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreat.bud + + OPENED gwf_pumptreat.bud + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_pumptreat.hds + + OPENED gwf_pumptreat.hds + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 14.8837 CHD = 14.8837 CHD-1 + + TOTAL IN = 14.8837 TOTAL IN = 14.8837 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 15.1526 CHD = 15.1526 CHD-1 + + TOTAL OUT = 15.1526 TOTAL OUT = 15.1526 + + IN - OUT = -0.2688 IN - OUT = -0.2688 + + PERCENT DISCREPANCY = -1.79 PERCENT DISCREPANCY = -1.79 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 2, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 3, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 4, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 5, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 6, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 7, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 8, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 9, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 10, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 11, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 12, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 13, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 14, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="15" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 15, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="16" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 16, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="17" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 17, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="18" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 18, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="19" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 19, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="20" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 20, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="21" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 21, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="22" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 22, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="23" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 23, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="24" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 24, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="25" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 25, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="26" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 26, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="27" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 27, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="28" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 28, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="29" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 29, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="30" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 30, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="31" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 31, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="32" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 32, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="33" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 33, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="34" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 34, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="35" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 35, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="36" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 36, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="37" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 37, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="38" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 38, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="39" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 39, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="40" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 40, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="41" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 41, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="42" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 42, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="43" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 43, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="44" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 44, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="45" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 45, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="46" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 46, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="47" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 47, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="48" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 48, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="49" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 49, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="50" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 50, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="51" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 51, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="52" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 52, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="53" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 53, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="54" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 54, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="55" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 55, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="56" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 56, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="57" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 57, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="58" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 58, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="59" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 59, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="60" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 60, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="61" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 61, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="62" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 62, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="63" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 63, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="64" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 64, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="65" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 65, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="66" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 66, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="67" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 67, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="68" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 68, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="69" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 69, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="70" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 70, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="71" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 71, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="72" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 72, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="73" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 73, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="74" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 74, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="75" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 75, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="76" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 76, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="77" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 77, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="78" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 78, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="79" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 79, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="80" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 80, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="81" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 81, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="82" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 82, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="83" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 83, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="84" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 84, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="85" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 85, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="86" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 86, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="87" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 87, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="88" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 88, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="89" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 89, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="90" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 90, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="91" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 91, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="92" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 92, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="93" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 93, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="94" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 94, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="95" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 95, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="96" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 96, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="97" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 97, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="98" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 98, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="99" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 99, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="100" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 100, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="101" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 101, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="102" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 102, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="103" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 103, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="104" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 104, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="105" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 105, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="106" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 106, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="107" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 107, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="108" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 108, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="109" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 109, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="110" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 110, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="111" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 111, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="112" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 112, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="113" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 113, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="114" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 114, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="115" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 115, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="116" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 116, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="117" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 117, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="118" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 118, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="119" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 119, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="120" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 120, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="121" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 121, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="122" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 122, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="123" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 123, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="124" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 124, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="125" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 125, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="126" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 126, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="127" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 127, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="128" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 128, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="129" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 129, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="130" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 130, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="131" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 131, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="132" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 132, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="133" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 133, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="134" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 134, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="135" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 135, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="136" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 136, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="137" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 137, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="138" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 138, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="139" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 139, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="140" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 140, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="141" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 141, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="142" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 142, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="143" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 143, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="144" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 144, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="145" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 145, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="146" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 146, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="147" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 147, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="148" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 148, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="149" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 149, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="150" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 150, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="151" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 151, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="152" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 152, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="153" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 153, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="154" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 154, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="155" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 155, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="156" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 156, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="157" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 157, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="158" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 158, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="159" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 159, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="160" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 160, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="161" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 161, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="162" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 162, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="163" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 163, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="164" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 164, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="165" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 165, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="166" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 166, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="167" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 167, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="168" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 168, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="169" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 169, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="170" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 170, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="171" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 171, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="172" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 172, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="173" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 173, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="174" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 174, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="175" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 175, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="176" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 176, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="177" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 177, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="178" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 178, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="179" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 179, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="180" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 180, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="181" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 181, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="182" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 182, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="183" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 183, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="184" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 184, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="185" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 185, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="186" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 186, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="187" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 187, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="188" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 188, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="189" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 189, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="190" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 190, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="191" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 191, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="192" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 192, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="193" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 193, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="194" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 194, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="195" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 195, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="196" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 196, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="197" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 197, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="198" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 198, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="199" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 199, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="200" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 200, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="201" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 201, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="202" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 202, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="203" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 203, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="204" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 204, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="205" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 205, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="206" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 206, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="207" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 207, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="208" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 208, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="209" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 209, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="210" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 210, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="211" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 211, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="212" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 212, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="213" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 213, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="214" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 214, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="215" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 215, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="216" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 216, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="217" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 217, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="218" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 218, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="219" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 219, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="220" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 220, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="221" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 221, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="222" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 222, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="223" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 223, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="224" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 224, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="225" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 225, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="226" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 226, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="227" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 227, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="228" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 228, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="229" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 229, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="230" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 230, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="231" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 231, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="232" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 232, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="233" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 233, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="234" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 234, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="235" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 235, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="236" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 236, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="237" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 237, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="238" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 238, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="239" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 239, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="240" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 240, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="241" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 241, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="242" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 242, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="243" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 243, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="244" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 244, STRESS PERIOD 2 + +end 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UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 246, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="247" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL 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GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 248, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="249" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 249, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="250" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 8.2842E-02 STO-SS = 7.3885E-07 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 65194.3104 CHD = 21.7671 CHD-1 + + TOTAL IN = 65194.3932 TOTAL IN = 21.7671 + + OUT: OUT: + ---- ---- + STO-SS = 1.1591E-03 STO-SS = 7.7916E-08 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 27000.0000 WEL = 9.0000 WEL-1 + CHD = 39452.6928 CHD = 13.0469 CHD-1 + + TOTAL OUT = 66452.6940 TOTAL OUT = 22.0469 + + IN - OUT = -1258.3008 IN - OUT = -0.2798 + + PERCENT DISCREPANCY = -1.91 PERCENT DISCREPANCY = -1.28 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.nam new file mode 100644 index 0000000..e4c0822 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_pumptreat.dis dis + IC6 gwf_pumptreat.ic ic + NPF6 gwf_pumptreat.npf npf + STO6 gwf_pumptreat.sto sto + CHD6 gwf_pumptreat.chd chd-1 + WEL6 gwf_pumptreat.wel wel-1 + OC6 gwf_pumptreat.oc gwfgwt +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.npf 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b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.wel new file mode 100644 index 0000000..1562757 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwf_pumptreat.wel @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 3 +END dimensions + +BEGIN period 1 +END period 1 + +BEGIN period 2 + 1 41 26 -3.00000000E+00 0 + 1 34 26 -3.00000000E+00 0 + 1 26 26 -3.00000000E+00 0 +END period 2 + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.adv b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.adv new file mode 100644 index 0000000..229e00a --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.adv @@ -0,0 +1,5 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options + SCHEME upstream +END options + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.cbc 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by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options +END options + +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.ims b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.ims new file mode 100644 index 0000000..c3edaf4 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.ims @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + LINEAR_ACCELERATION bicgstab + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.lst b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.lst new file mode 100644 index 0000000..f451d0e --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.lst @@ -0,0 +1,4032 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1017 + + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_pumptreat.cbc + + OPENED gwt_pumptreat.cbc + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_pumptreat.ucn + + OPENED gwt_pumptreat.ucn + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 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8.3178-173 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 3509.0767 CNC = 3509.0767 CNC + + TOTAL IN = 3509.0767 TOTAL IN = 3509.0767 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 3509.0767 STORAGE-AQUEOUS = 3509.0767 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 8.1595E-98 CHD = 8.1595E-98 SSM_CHD-1 + CNC = 0.0000 CNC = 0.0000 CNC + + TOTAL OUT = 3509.0767 TOTAL OUT = 3509.0767 + + IN - OUT = 8.0036E-11 IN - OUT = 8.0036E-11 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + +end timestep + + 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........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ 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1.3720E-11 1.5603E-11 1.7665E-11 1.9912E-11 2.2346E-11 2.4967E-11 2.7775E-11 + 3.0765E-11 3.3929E-11 3.7259E-11 4.0740E-11 4.4358E-11 4.8094E-11 5.1924E-11 5.5826E-11 5.9770E-11 6.3729E-11 + 6.7670E-11 7.1560E-11 7.5365E-11 7.9051E-11 8.2582E-11 8.5925E-11 8.9047E-11 9.1915E-11 9.4501E-11 9.6778E-11 + 9.8722E-11 1.0031E-10 1.0154E-10 1.0238E-10 1.0284E-10 1.0290E-10 1.0258E-10 1.0187E-10 1.0079E-10 9.9353E-11 + 9.7574E-11 9.5477E-11 9.3086E-11 9.0433E-11 8.7553E-11 8.4490E-11 8.1305E-11 7.8087E-11 7.4986E-11 7.2268E-11 + 7.0433E-11 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 776.5836 STORAGE-AQUEOUS = 0.1629 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 8616443.5560 CNC = 2849.0503 CNC + + TOTAL IN = 8617220.1396 TOTAL IN = 2849.2132 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 604203.9495 STORAGE-AQUEOUS = 122.2069 MST + WEL = 31328.9181 WEL = 11.1692 SSM_WEL-1 + CHD = 1914.9473 CHD = 7.1599 SSM_CHD-1 + CNC = 7979772.3248 CNC = 2708.6772 CNC + + TOTAL OUT = 8617220.1396 TOTAL OUT = 2849.2132 + + IN - OUT = 7.2122E-06 IN - OUT = -5.1018E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.mst b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.mst new file mode 100644 index 0000000..8b5ac0b --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.nam b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.nam new file mode 100644 index 0000000..42c9a50 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreat.dis dis + IC6 gwt_pumptreat.ic ic + ADV6 gwt_pumptreat.adv adv + DSP6 gwt_pumptreat.dsp dsp + MST6 gwt_pumptreat.mst mst + SSM6 gwt_pumptreat.ssm ssm + CNC6 gwt_pumptreat.cnc cnc + OC6 gwt_pumptreat.oc oc +END packages + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.oc b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.oc new file mode 100644 index 0000000..722b10f --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options + BUDGET FILEOUT gwt_pumptreat.cbc + CONCENTRATION FILEOUT gwt_pumptreat.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.ssm b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.ssm new file mode 100644 index 0000000..ce96c41 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.ucn b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.ucn new file mode 100644 index 0000000..2bda2d8 Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_6p/gwt_pumptreat.ucn differ diff --git a/src/notebooks/models/mf6/pumptreat_6p/head_distribution.png b/src/notebooks/models/mf6/pumptreat_6p/head_distribution.png new file mode 100644 index 0000000..57d3c2c Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_6p/head_distribution.png differ diff --git a/src/notebooks/models/mf6/pumptreat_6p/mfsim.lst b/src/notebooks/models/mf6/pumptreat_6p/mfsim.lst new file mode 100644 index 0000000..ec2d656 --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/mfsim.lst @@ -0,0 +1,7424 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + OPENED gwf_pumptreat.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + OPENED gwf_pumptreat.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + OPENED gwf_pumptreat.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + OPENED gwf_pumptreat.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + OPENED gwf_pumptreat.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + OPENED gwf_pumptreat.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + OPENED gwf_pumptreat.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreat.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_pumptreat.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreat.nam + FILE TYPE:GWT6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + OPENED gwt_pumptreat.dis + FILE TYPE:DIS6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + OPENED gwt_pumptreat.ic + FILE TYPE:IC6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + OPENED gwt_pumptreat.mst + FILE TYPE:MST6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.adv + FILE TYPE:ADV6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.dsp + FILE TYPE:DSP6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + OPENED gwt_pumptreat.ssm + FILE TYPE:SSM6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.oc + FILE TYPE:OC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.cnc + FILE TYPE:CNC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + OPENED pumptreat.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreat.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreat.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 45 -0.49507281 1_GWF-(1,101,100) + Model 2 1 2.98305048E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 46 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 68.659043 2_GWT-(1,43,25) + Model 2 1 2.83247818E-18 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 3000.000 + ------------------------------------------ + NUMBER OF TIME STEPS = 250 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 12.00000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 38 -0.15140286 1_GWF-(1,34,26) + Model 2 1 3.20257068E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 39 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 519.97611 2_GWT-(1,42,26) + Model 2 1 1.29366498E-07 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.26364005E-04 * 1_GWF-(1,2,95) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 163.16630 2_GWT-(1,42,25) + Model 2 1 5.26945598E-08 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.99158622E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 88.675295 2_GWT-(1,36,27) + Model 2 1 2.34594921E-08 * 2_GWT-(1,41,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.08751515E-04 * 1_GWF-(1,1,93) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 67.751696 2_GWT-(1,36,27) + Model 2 1 8.25494340E-09 * 2_GWT-(1,41,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.98382536E-04 * 1_GWF-(1,1,90) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 49.326598 2_GWT-(1,36,27) + Model 2 1 2.99985459E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.88521947E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 39.697367 2_GWT-(1,36,28) + Model 2 1 3.92407173E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.90132598E-04 * 1_GWF-(1,1,90) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 36.106196 2_GWT-(1,36,28) + Model 2 1 2.40186182E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.84612533E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 31.017223 2_GWT-(1,36,28) + Model 2 1 3.43544571E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.80525935E-04 * 1_GWF-(1,1,90) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 27.989644 2_GWT-(1,36,28) + Model 2 1 1.23674226E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.78903906E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 23.745201 2_GWT-(1,36,28) + Model 2 1 1.81421456E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.71575892E-04 * 1_GWF-(1,1,90) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 21.581049 2_GWT-(1,36,28) + Model 2 1 4.20811830E-10 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.72909581E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 18.240606 2_GWT-(1,36,28) + Model 2 1 8.28151769E-10 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.64750748E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 16.866416 2_GWT-(1,35,28) + Model 2 1 1.62884817E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.67198918E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 15.287087 2_GWT-(1,36,29) + Model 2 1 3.97108124E-10 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 15 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.61723138E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 14.609075 2_GWT-(1,36,29) + Model 2 1 1.38925316E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 16 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.61952725E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 13.749087 2_GWT-(1,36,29) + Model 2 1 2.25952590E-10 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 17 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.58579530E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 13.130527 2_GWT-(1,36,29) + Model 2 1 1.87355909E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 18 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.57195845E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 12.413505 2_GWT-(1,35,29) + Model 2 1 1.70160774E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 19 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.55455009E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 11.744923 2_GWT-(1,36,29) + Model 2 1 2.46359377E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 20 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.52894357E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 11.247913 2_GWT-(1,35,29) + Model 2 1 1.54614099E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 21 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.52415965E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 10.592698 2_GWT-(1,35,29) + Model 2 1 2.86888735E-10 * 2_GWT-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 22 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.48996228E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 10.143421 2_GWT-(1,35,29) + Model 2 1 1.61094249E-10 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 23 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.49492505E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.5488482 2_GWT-(1,35,29) + Model 2 1 7.59193370E-07 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 24 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.45447883E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.1265630 2_GWT-(1,35,29) + Model 2 1 1.07184064E-06 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 25 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.46695683E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.5990969 2_GWT-(1,35,29) + Model 2 1 7.33524359E-07 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 26 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.42200414E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.2061377 2_GWT-(1,35,29) + Model 2 1 9.67982885E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 27 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.44026629E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.7459112 2_GWT-(1,35,29) + Model 2 1 6.85685166E-07 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 28 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.39211368E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.3811915 2_GWT-(1,35,29) + Model 2 1 8.63570790E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 29 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.41481401E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.0369112 2_GWT-(1,36,30) + Model 2 1 6.15414081E-07 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 30 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.36444723E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.0135934 2_GWT-(1,35,30) + Model 2 1 7.55690905E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 31 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.39053593E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7321204 2_GWT-(1,35,30) + Model 2 1 5.32153479E-07 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 32 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.33870201E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7342411 2_GWT-(1,35,30) + Model 2 1 6.48504908E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 33 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.36735751E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4345492 2_GWT-(1,35,30) + Model 2 1 4.49584945E-07 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 34 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.31462417E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4372938 2_GWT-(1,35,30) + Model 2 1 5.48907678E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 35 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.34520130E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.1250762 2_GWT-(1,35,30) + Model 2 1 3.77474464E-07 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 36 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.29200064E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.1311438 2_GWT-(1,35,30) + Model 2 1 4.61964646E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 37 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.32399117E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8109664 2_GWT-(1,35,30) + Model 2 1 3.18996456E-07 * 2_GWT-(1,41,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 38 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.27065198E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8221717 2_GWT-(1,35,30) + Model 2 1 3.89214506E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 39 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.30365444E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4976827 2_GWT-(1,35,30) + Model 2 1 2.75516072E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 40 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.25042650E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.5151718 2_GWT-(1,35,30) + Model 2 1 3.29561942E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 41 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.28412297E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1892733 2_GWT-(1,35,30) + Model 2 1 2.44421869E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 42 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.23119529E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2136940 2_GWT-(1,35,30) + Model 2 1 2.80767779E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 43 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.26533361E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8886829 2_GWT-(1,35,30) + Model 2 1 2.19119158E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 44 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.21284839E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9203166 2_GWT-(1,35,30) + Model 2 1 2.40463351E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 45 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.24722829E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5979988 2_GWT-(1,35,30) + Model 2 1 1.97833458E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 46 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.19529148E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6368620 2_GWT-(1,35,30) + Model 2 1 2.06614743E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 47 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.22975388E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3186453 2_GWT-(1,35,30) + Model 2 1 1.79223207E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 48 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.17844340E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3645666 2_GWT-(1,35,30) + Model 2 1 1.77652623E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 49 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.21286199E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1600305 2_GWT-(1,35,31) + Model 2 1 1.62337017E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 50 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.16223396E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1911037 2_GWT-(1,35,31) + Model 2 1 1.52448365E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 51 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.19650862E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9973063 2_GWT-(1,35,31) + Model 2 1 1.46577975E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 52 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.14660230E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0312318 2_GWT-(1,35,31) + Model 2 1 1.30238675E-07 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 53 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.18065386E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8317470 2_GWT-(1,35,31) + Model 2 1 1.31649585E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 54 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.13149539E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8689272 2_GWT-(1,35,31) + Model 2 1 1.12095108E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 55 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.16526158E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6652266 2_GWT-(1,35,31) + Model 2 1 1.17477441E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 56 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.11686693E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7059182 2_GWT-(1,35,31) + Model 2 1 1.01562364E-07 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 57 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.15029907E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4993011 2_GWT-(1,35,31) + Model 2 1 1.04132084E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 58 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.10267636E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5436396 2_GWT-(1,35,31) + Model 2 1 9.19852710E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 59 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.13573673E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3558343 2_GWT-(1,35,32) + Model 2 1 9.17450507E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 60 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.08888804E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3832682 2_GWT-(1,35,31) + Model 2 1 8.32598062E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 61 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.12154781E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2428081 2_GWT-(1,35,32) + Model 2 1 8.04434990E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 62 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.07547057E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2257560 2_GWT-(1,35,31) + Model 2 1 7.53198037E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 63 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.10770809E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1268915 2_GWT-(1,35,32) + Model 2 1 7.03092269E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 64 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.06239622E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0718608 2_GWT-(1,35,31) + Model 2 1 6.81189931E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 65 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.09419570E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0093119 2_GWT-(1,35,32) + Model 2 1 6.13629823E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 66 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.04964041E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9505759 2_GWT-(1,35,32) + Model 2 1 6.16149691E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 67 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.08099078E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8911240 2_GWT-(1,35,32) + Model 2 1 5.35693516E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 68 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.03718136E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.8319217 2_GWT-(1,35,32) + Model 2 1 5.57653266E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 69 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.06807540E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7740578 2_GWT-(1,35,33) + Model 2 1 4.68506869E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 70 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.02499967E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.7138875 2_GWT-(1,35,32) + Model 2 1 5.05240223E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 71 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.05543326E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6901073 2_GWT-(1,34,32) + Model 2 1 4.11034193E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 72 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.01307804E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5971762 2_GWT-(1,35,32) + Model 2 1 4.58414888E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 73 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.04304959E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.6061780 2_GWT-(1,34,32) + Model 2 1 3.62143737E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 74 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.00140101E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4823699 2_GWT-(1,35,32) + Model 2 1 4.16667945E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 75 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.03091097E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.5203345 2_GWT-(1,34,32) + Model 2 1 3.20702043E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 76 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.89954723E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3963326 2_GWT-(1,34,33) + Model 2 1 3.79609446E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 77 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.01900517E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.4332897 2_GWT-(1,34,32) + Model 2 1 2.85638180E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 78 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.78726740E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3261429 2_GWT-(1,34,33) + Model 2 1 3.47439482E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 79 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.00732107E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.3456718 2_GWT-(1,34,32) + Model 2 1 2.56021053E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 80 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.67705863E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2539001 2_GWT-(1,34,33) + Model 2 1 3.18385673E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 81 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.95848523E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.2580307 2_GWT-(1,34,32) + Model 2 1 2.30959358E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 82 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.56881987E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1902036 2_GWT-(1,34,34) + Model 2 1 2.92176310E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 83 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.84578242E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1798466 2_GWT-(1,34,33) + Model 2 1 2.09687983E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 84 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.46245975E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1298546 2_GWT-(1,34,34) + Model 2 1 2.68589702E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 85 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.73501739E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.1045048 2_GWT-(1,34,33) + Model 2 1 1.91565164E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 86 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.35789542E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0676146 2_GWT-(1,34,34) + Model 2 1 2.47347316E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 87 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.62611227E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0289289 2_GWT-(1,34,33) + Model 2 1 1.76052026E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 88 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.25505160E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.0039937 2_GWT-(1,34,34) + Model 2 1 2.28167210E-08 * 2_GWT-(1,35,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 89 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.51899553E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.9535297 2_GWT-(1,34,33) + Model 2 1 1.62700076E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 90 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.15385969E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.9394516 2_GWT-(1,34,34) + Model 2 1 -2.23232064E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 91 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.41360133E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8786650 2_GWT-(1,34,33) + Model 2 1 1.51129598E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 92 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.05425706E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8743994 2_GWT-(1,34,34) + Model 2 1 -2.26888801E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 93 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.30986895E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8085034 2_GWT-(1,34,36) + Model 2 1 1.41037617E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 94 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.95618635E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.8150297 2_GWT-(1,34,35) + Model 2 1 -2.29625243E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 95 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.20774228E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7620867 2_GWT-(1,34,36) + Model 2 1 -1.39049234E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 96 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.85959491E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7579642 2_GWT-(1,34,35) + Model 2 1 -2.31567583E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 97 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.10716939E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7141596 2_GWT-(1,34,36) + Model 2 1 -1.37286804E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 98 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.76443429E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.7004475 2_GWT-(1,34,35) + Model 2 1 -2.32823254E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 99 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.00810205E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6650788 2_GWT-(1,34,36) + Model 2 1 -1.35234473E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 100 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.67065977E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6427837 2_GWT-(1,34,35) + Model 2 1 -2.33478659E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 101 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.91049544E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.6151694 2_GWT-(1,34,36) + Model 2 1 -1.32972673E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 102 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.57822999E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5852425 2_GWT-(1,34,35) + Model 2 1 -2.33611104E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 103 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.81430778E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5647258 2_GWT-(1,34,36) + Model 2 1 -1.30565923E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 104 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.48710659E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5280619 2_GWT-(1,34,35) + Model 2 1 -2.33286528E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 105 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.71950005E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.5187299 2_GWT-(1,34,37) + Model 2 1 -1.28068507E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 106 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.39725387E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.4803949 2_GWT-(1,34,38) + Model 2 1 -2.32567459E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 107 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.62603572E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.4738944 2_GWT-(1,34,37) + Model 2 1 -1.25494921E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 108 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.30863858E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.4416798 2_GWT-(1,34,38) + Model 2 1 -2.31507329E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 109 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.53388053E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.4286356 2_GWT-(1,34,37) + Model 2 1 -1.22843176E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 110 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.22122960E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.4020967 2_GWT-(1,34,38) + Model 2 1 -2.30151045E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 111 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.44300228E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.3831746 2_GWT-(1,34,37) + Model 2 1 -1.20161872E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 112 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.13499780E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.3618783 2_GWT-(1,34,38) + Model 2 1 -2.28533281E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 113 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.35337061E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.3377101 2_GWT-(1,34,37) + Model 2 1 -1.17463799E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 114 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.04991579E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.3246438 2_GWT-(1,34,39) + Model 2 1 -2.26686439E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 115 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.26495687E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.2924195 2_GWT-(1,34,37) + Model 2 1 -1.14756347E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 116 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.96595777E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.2886146 2_GWT-(1,34,39) + Model 2 1 -2.24640644E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 117 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.17773397E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.2564823 2_GWT-(1,34,40) + Model 2 1 -1.12045484E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 118 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.88309938E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.2520765 2_GWT-(1,34,39) + Model 2 1 -2.22423182E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 119 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.09167619E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.2243890 2_GWT-(1,34,40) + Model 2 1 -1.09340021E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 120 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.80131757E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.2152066 2_GWT-(1,34,39) + Model 2 1 -2.20056222E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 121 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.00675911E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.1938873 2_GWT-(1,34,41) + Model 2 1 -1.06647633E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 122 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.72059047E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.1781658 2_GWT-(1,34,39) + Model 2 1 -2.17559659E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 123 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.92295951E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.1648856 2_GWT-(1,34,41) + Model 2 1 -1.03973150E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 124 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.64089729E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.1410999 2_GWT-(1,34,39) + Model 2 1 -2.14953957E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 125 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.84025520E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.1352186 2_GWT-(1,34,41) + Model 2 1 -1.01324247E-08 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 126 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.56221821E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.1052170 2_GWT-(1,34,42) + Model 2 1 -2.12253894E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 127 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.75862502E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.1050399 2_GWT-(1,34,41) + Model 2 1 -9.87031967E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 128 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.48453431E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.0790823 2_GWT-(1,34,43) + Model 2 1 -2.09474251E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 129 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.67804869E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.0744920 2_GWT-(1,34,41) + Model 2 1 -9.61145474E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 130 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.40782751E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.0555738 2_GWT-(1,34,43) + Model 2 1 -2.06628101E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 131 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.59850676E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.0437063 2_GWT-(1,34,41) + Model 2 1 -9.35619937E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 132 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.33208044E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.0313283 2_GWT-(1,34,43) + Model 2 1 -2.03723403E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 133 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.51998057E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.0140179 2_GWT-(1,34,42) + Model 2 1 -9.10497988E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 134 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.25727644E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.0064775 2_GWT-(1,34,43) + Model 2 1 -2.00777777E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 135 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.44245216E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.98599274 2_GWT-(1,34,42) + Model 2 1 -8.85776785E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 136 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.18339947E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.98114506 2_GWT-(1,34,43) + Model 2 1 -1.97793497E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 137 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.36590422E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.96255341 2_GWT-(1,34,44) + Model 2 1 -8.61496119E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 138 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.11043410E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.95715339 2_GWT-(1,34,44) + Model 2 1 -1.94781364E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 139 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.29032006E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.94237631 2_GWT-(1,34,45) + Model 2 1 -8.37653147E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 140 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.03836540E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.93390789 2_GWT-(1,34,44) + Model 2 1 -1.91752179E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 141 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.21568355E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.92174282 2_GWT-(1,34,45) + Model 2 1 -8.14270606E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 142 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.96717896E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.91027808 2_GWT-(1,34,44) + Model 2 1 -1.88709919E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 143 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.14197907E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.90056635 2_GWT-(1,34,45) + Model 2 1 -7.91359867E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 144 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.89686083E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.88842546 2_GWT-(1,34,46) + Model 2 1 -1.85660838E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 145 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.06919151E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.88142715 2_GWT-(1,34,46) + Model 2 1 -7.68932296E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 146 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.82739747E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.86909824 2_GWT-(1,34,46) + Model 2 1 -1.82610620E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 147 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.99730621E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.86184915 2_GWT-(1,34,46) + Model 2 1 -7.46970841E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 148 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.75877576E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.85094140 2_GWT-(1,34,47) + Model 2 1 -1.79564381E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 149 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.92630893E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.84283628 2_GWT-(1,34,47) + Model 2 1 -7.25498239E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 150 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.69098294E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.83304774 2_GWT-(1,34,47) + Model 2 1 -1.76529511E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 151 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.85618583E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.82466726 2_GWT-(1,34,47) + Model 2 1 -7.04508807E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 152 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.62400660E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.81586157 2_GWT-(1,34,48) + Model 2 1 -1.73505441E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 153 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.78692347E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.80773666 2_GWT-(1,34,48) + Model 2 1 -6.84005386E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 154 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.55783466E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.79924564 2_GWT-(1,34,48) + Model 2 1 -1.70502403E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 155 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.71850872E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.79083297 2_GWT-(1,34,49) + Model 2 1 -6.63979449E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 156 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.49245533E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.78314434 2_GWT-(1,34,49) + Model 2 1 -1.67519829E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 157 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.65092881E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.77558312 2_GWT-(1,34,49) + Model 2 1 -6.44436682E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 158 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.42785713E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.76764857 2_GWT-(1,34,49) + Model 2 1 -1.64563403E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 159 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.58417129E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.75982772 2_GWT-(1,34,49) + Model 2 1 -6.25379926E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 160 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.36402884E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.75305367 2_GWT-(1,34,50) + Model 2 1 -1.61633693E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 161 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.51822398E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.74557187 2_GWT-(1,34,50) + Model 2 1 -6.06783601E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 162 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.30095948E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.73855788 2_GWT-(1,34,50) + Model 2 1 -1.58738089E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 163 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.45307501E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.73104200 2_GWT-(1,34,51) + Model 2 1 -5.88156013E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 164 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.23863833E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.72507226 2_GWT-(1,34,51) + Model 2 1 -1.55688440E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 165 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.38871275E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.71773928 2_GWT-(1,34,51) + Model 2 1 -5.69289682E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 166 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.17705491E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.71149544 2_GWT-(1,34,51) + Model 2 1 -1.52318762E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 167 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.32512586E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.70460889 2_GWT-(1,34,52) + Model 2 1 -5.49405854E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 168 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.11619893E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.69875432 2_GWT-(1,34,52) + Model 2 1 -1.48870072E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 169 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.26230319E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.69224640 2_GWT-(1,33,52) + Model 2 1 -5.28604005E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 170 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.05606034E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.68602231 2_GWT-(1,34,52) + Model 2 1 -1.45425929E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 171 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.20023387E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.68058403 2_GWT-(1,33,53) + Model 2 1 -5.08939024E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 172 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.99662925E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.67478154 2_GWT-(1,33,53) + Model 2 1 -1.43116949E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 173 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.13890723E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.66975157 2_GWT-(1,33,53) + Model 2 1 -4.90700813E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 174 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.93789600E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.66368779 2_GWT-(1,33,53) + Model 2 1 -1.40666998E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 175 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.07831280E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.65865170 2_GWT-(1,33,54) + Model 2 1 -4.74165063E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 176 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.87985109E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.65337588 2_GWT-(1,33,54) + Model 2 1 -1.38171572E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 177 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.01844032E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.64841050 2_GWT-(1,33,54) + Model 2 1 -4.58831551E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 178 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.82248518E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.64286695 2_GWT-(1,33,54) + Model 2 1 -1.35700020E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 179 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.95927975E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.63793854 2_GWT-(1,33,55) + Model 2 1 -4.44273951E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 180 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.76578914E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.63329442 2_GWT-(1,33,55) + Model 2 1 -1.33276217E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 181 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.90082120E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.62823410 2_GWT-(1,33,55) + Model 2 1 -4.30284786E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 182 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.70975396E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.62332983 2_GWT-(1,33,55) + Model 2 1 -1.30910962E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 183 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.84305498E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.61846792 2_GWT-(1,33,56) + Model 2 1 -4.16753210E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 184 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.65437081E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.61431586 2_GWT-(1,33,56) + Model 2 1 -1.28608235E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 185 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.78597156E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.60925312 2_GWT-(1,33,56) + Model 2 1 -4.03642275E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 186 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.59963099E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.60485770 2_GWT-(1,33,56) + Model 2 1 -1.26370878E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 187 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.72956160E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.60025889 2_GWT-(1,33,57) + Model 2 1 -3.90892296E-09 * 2_GWT-(1,32,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 188 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.54552596E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.59623885 2_GWT-(1,33,57) + Model 2 1 -1.24201733E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 189 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.67381590E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.59149684 2_GWT-(1,33,57) + Model 2 1 -3.80330789E-09 * 2_GWT-(1,32,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 190 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.49204733E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.58724763 2_GWT-(1,33,57) + Model 2 1 -1.22107622E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 191 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.61872542E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.58321239 2_GWT-(1,33,58) + Model 2 1 -3.70295083E-09 * 2_GWT-(1,32,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 192 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.43918681E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.57899789 2_GWT-(1,33,58) + Model 2 1 -1.20088544E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 193 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.56428129E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.57487219 2_GWT-(1,33,58) + Model 2 1 -3.60631702E-09 * 2_GWT-(1,32,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 194 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.38693628E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.57044958 2_GWT-(1,33,59) + Model 2 1 -1.18152457E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 195 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.51047477E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.56704574 2_GWT-(1,33,59) + Model 2 1 -3.51326435E-09 * 2_GWT-(1,32,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 196 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.33528773E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.56272756 2_GWT-(1,33,59) + Model 2 1 -1.16302203E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 197 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.45729727E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.55909816 2_GWT-(1,33,59) + Model 2 1 -3.42333806E-09 * 2_GWT-(1,32,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 198 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.28423328E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.55490386 2_GWT-(1,33,60) + Model 2 1 -1.14543468E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 199 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.40474033E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.55151719 2_GWT-(1,33,60) + Model 2 1 -3.33639605E-09 * 2_GWT-(1,32,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 200 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.23376515E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.54753521 2_GWT-(1,33,60) + Model 2 1 -1.12872840E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 201 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.35279565E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.54393318 2_GWT-(1,33,60) + Model 2 1 -3.25152882E-09 * 2_GWT-(1,32,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 202 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.18387572E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.54029888 2_GWT-(1,33,61) + Model 2 1 -1.11294867E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 203 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.30145502E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.53666338 2_GWT-(1,33,61) + Model 2 1 -3.16762794E-09 * 2_GWT-(1,32,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 204 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.13455745E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.53326106 2_GWT-(1,33,61) + Model 2 1 -1.09798748E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 205 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.25071041E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.52941531 2_GWT-(1,33,61) + Model 2 1 -3.08295967E-09 * 2_GWT-(1,32,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 206 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.08580294E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.52632934 2_GWT-(1,33,62) + Model 2 1 -1.08356630E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 207 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.20055388E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.52267528 2_GWT-(1,33,62) + Model 2 1 -3.05652748E-09 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 208 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.03760485E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.51960033 2_GWT-(1,33,62) + Model 2 1 -1.06913376E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 209 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.15097763E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.51582218 2_GWT-(1,33,63) + Model 2 1 -3.03668912E-09 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 210 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.98995602E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.51286289 2_GWT-(1,33,63) + Model 2 1 -1.05344498E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 211 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.10197395E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.50958136 2_GWT-(1,33,63) + Model 2 1 -3.05476533E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 212 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.94284933E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.50642020 2_GWT-(1,33,63) + Model 2 1 -1.03385673E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 213 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.05353529E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.50315064 2_GWT-(1,33,64) + Model 2 1 -3.05669801E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 214 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.89627781E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.50001267 2_GWT-(1,33,64) + Model 2 1 -1.00472448E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 215 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.00565419E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.49717233 2_GWT-(1,33,64) + Model 2 1 -3.00758529E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 216 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.85023455E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.49383567 2_GWT-(1,33,64) + Model 2 1 -9.54440793E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 217 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.95832330E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.49096030 2_GWT-(1,33,65) + Model 2 1 -2.83529289E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 218 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.80471278E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.48791065 2_GWT-(1,33,65) + Model 2 1 -8.61598437E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 219 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.91153539E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.48522697 2_GWT-(1,33,65) + Model 2 1 -2.41146836E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 220 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.75970579E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.48198287 2_GWT-(1,33,65) + Model 2 1 -7.03164460E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 221 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.86528333E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.47922031 2_GWT-(1,33,66) + Model 2 1 -1.78397386E-09 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 222 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.71520699E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.47650641 2_GWT-(1,33,66) + Model 2 1 -5.22203436E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 223 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.81956010E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.47371439 2_GWT-(1,33,66) + Model 2 1 -2.12347118E-09 * 2_GWT-(1,32,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 224 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.67120988E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.47081430 2_GWT-(1,33,66) + Model 2 1 -6.70098643E-09 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 225 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.77435878E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.46803942 2_GWT-(1,33,67) + Model 2 1 -5.83699489E-09 * 2_GWT-(1,32,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 226 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.62770804E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.46561524 2_GWT-(1,33,67) + Model 2 1 -1.50263304E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 227 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.72967256E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.46274612 2_GWT-(1,33,67) + Model 2 1 -1.39202996E-08 * 2_GWT-(1,32,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 228 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.58469513E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.46014509 2_GWT-(1,33,67) + Model 2 1 -3.71605893E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 229 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.68549471E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.45747768 2_GWT-(1,33,68) + Model 2 1 -8.87380622E-08 * 2_GWT-(1,32,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 230 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.54216494E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.45510699 2_GWT-(1,33,68) + Model 2 1 7.71900091E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 231 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.64181862E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.45238553 2_GWT-(1,33,68) + Model 2 1 1.41106398E-08 * 2_GWT-(1,32,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 232 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.50011131E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.44984410 2_GWT-(1,33,68) + Model 2 1 1.06462039E-08 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 233 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.59863776E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.44745388 2_GWT-(1,33,69) + Model 2 1 4.47357706E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 234 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.45852818E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.44499937 2_GWT-(1,33,69) + Model 2 1 3.05573167E-09 * 2_GWT-(1,42,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 235 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.55594570E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.44255249 2_GWT-(1,33,69) + Model 2 1 2.14845386E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 236 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.41740957E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.43993078 2_GWT-(1,33,70) + Model 2 1 -3.31635874E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 237 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.51373610E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.43782822 2_GWT-(1,33,70) + Model 2 1 -1.34929223E-09 * 2_GWT-(1,42,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 238 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.37674957E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.43537467 2_GWT-(1,33,70) + Model 2 1 -3.42259909E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 239 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.47200272E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.43310627 2_GWT-(1,33,70) + Model 2 1 -1.12885346E-09 * 2_GWT-(1,42,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 240 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.33654238E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.43063710 2_GWT-(1,33,71) + Model 2 1 -3.49587026E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 241 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.43073939E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.42853560 2_GWT-(1,33,71) + Model 2 1 -1.06268772E-09 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 242 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.29678226E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.42624461 2_GWT-(1,33,71) + Model 2 1 -3.54805252E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 243 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.38994005E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.42398153 2_GWT-(1,33,71) + Model 2 1 -1.03716502E-09 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 244 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.25746354E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.42175885 2_GWT-(1,33,72) + Model 2 1 -3.57744057E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 245 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.34959871E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.41961363 2_GWT-(1,33,72) + Model 2 1 -1.01772457E-09 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 246 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.21858066E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.41752147 2_GWT-(1,33,72) + Model 2 1 -3.58357966E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 247 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.30970948E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.41521745 2_GWT-(1,33,72) + Model 2 1 -1.00078523E-09 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 248 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.18012811E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.41320094 2_GWT-(1,33,73) + Model 2 1 -3.56857299E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 249 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.27026653E-05 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.41111144 2_GWT-(1,33,73) + Model 2 1 -9.84186954E-10 * 2_GWT-(1,39,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 250 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.14210045E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 0.40910942 2_GWT-(1,33,73) + Model 2 1 -3.53509222E-09 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.37620000E-02 + Logical 6.40000000E-05 + Integer 5.4216120 + Real 12.678856 + ------------------------------- + Total 18.114294 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/10/01 17:37:07 + Elapsed run time: 37.739 Seconds + Normal termination of simulation. diff --git a/src/notebooks/models/mf6/pumptreat_6p/mfsim.nam b/src/notebooks/models/mf6/pumptreat_6p/mfsim.nam new file mode 100644 index 0000000..d3343ee --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreat.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreat.nam gwf_pumptreat + gwt6 gwt_pumptreat.nam gwt_pumptreat +END models + +BEGIN exchanges + GWF6-GWT6 pumptreat.gwfgwt gwf_pumptreat gwt_pumptreat +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreat.ims gwf_pumptreat + ims6 gwt_pumptreat.ims gwt_pumptreat +END solutiongroup 1 + diff --git a/src/notebooks/models/mf6/pumptreat_6p/plume.png b/src/notebooks/models/mf6/pumptreat_6p/plume.png new file mode 100644 index 0000000..30d05ff Binary files /dev/null and b/src/notebooks/models/mf6/pumptreat_6p/plume.png differ diff --git a/src/notebooks/models/mf6/pumptreat_6p/pumptreat.gwfgwt b/src/notebooks/models/mf6/pumptreat_6p/pumptreat.gwfgwt new file mode 100644 index 0000000..5d2b48f --- /dev/null +++ b/src/notebooks/models/mf6/pumptreat_6p/pumptreat.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 10/01/2025 at 17:36:29. diff --git a/src/notebooks/models/mf6/ws_example_1/boundary_conditions.png b/src/notebooks/models/mf6/ws_example_1/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/mf6/ws_example_1/boundary_conditions.png differ diff --git a/src/notebooks/models/mf6/ws_example_1/gwf_ws_example_1.chd b/src/notebooks/models/mf6/ws_example_1/gwf_ws_example_1.chd new file mode 100644 index 0000000..4929b8c --- /dev/null +++ b/src/notebooks/models/mf6/ws_example_1/gwf_ws_example_1.chd @@ -0,0 +1,215 @@ +# File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 202 +END dimensions + +BEGIN period 1 + 1 1 1 2.50000000E+01 0.00000000E+00 + 1 1 101 2.45000000E+01 0.00000000E+00 + 1 2 1 2.50000000E+01 0.00000000E+00 + 1 2 101 2.45000000E+01 0.00000000E+00 + 1 3 1 2.50000000E+01 0.00000000E+00 + 1 3 101 2.45000000E+01 0.00000000E+00 + 1 4 1 2.50000000E+01 0.00000000E+00 + 1 4 101 2.45000000E+01 0.00000000E+00 + 1 5 1 2.50000000E+01 0.00000000E+00 + 1 5 101 2.45000000E+01 0.00000000E+00 + 1 6 1 2.50000000E+01 0.00000000E+00 + 1 6 101 2.45000000E+01 0.00000000E+00 + 1 7 1 2.50000000E+01 0.00000000E+00 + 1 7 101 2.45000000E+01 0.00000000E+00 + 1 8 1 2.50000000E+01 0.00000000E+00 + 1 8 101 2.45000000E+01 0.00000000E+00 + 1 9 1 2.50000000E+01 0.00000000E+00 + 1 9 101 2.45000000E+01 0.00000000E+00 + 1 10 1 2.50000000E+01 0.00000000E+00 + 1 10 101 2.45000000E+01 0.00000000E+00 + 1 11 1 2.50000000E+01 0.00000000E+00 + 1 11 101 2.45000000E+01 0.00000000E+00 + 1 12 1 2.50000000E+01 0.00000000E+00 + 1 12 101 2.45000000E+01 0.00000000E+00 + 1 13 1 2.50000000E+01 0.00000000E+00 + 1 13 101 2.45000000E+01 0.00000000E+00 + 1 14 1 2.50000000E+01 0.00000000E+00 + 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a/src/notebooks/models/mf6/ws_example_1/gwf_ws_example_1.lst b/src/notebooks/models/mf6/ws_example_1/gwf_ws_example_1.lst new file mode 100644 index 0000000..2d6e301 --- /dev/null +++ b/src/notebooks/models/mf6/ws_example_1/gwf_ws_example_1.lst @@ -0,0 +1,597 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_WS_EXAMPLE_1/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_WS_EXAMPLE_1/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_WS_EXAMPLE_1/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_WS_EXAMPLE_1/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 1 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_WS_EXAMPLE_1/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_WS_EXAMPLE_1/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1013 + FILE NAME: gwf_ws_example_1.dis.grb + + OPENED gwf_ws_example_1.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1013 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1014 + FILE NAME: gwf_ws_example_1.bud + + OPENED gwf_ws_example_1.bud + FILE TYPE:DATA(BINARY) UNIT 1014 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1015 + FILE NAME: gwf_ws_example_1.hds + + OPENED gwf_ws_example_1.hds + FILE TYPE:DATA(BINARY) UNIT 1015 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 14.8837 CHD = 14.8837 CHD-1 + + TOTAL IN = 14.8837 TOTAL IN = 14.8837 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 15.1526 CHD = 15.1526 CHD-1 + + TOTAL OUT = 15.1526 TOTAL OUT = 15.1526 + + IN - OUT = -0.2688 IN - OUT = -0.2688 + + PERCENT DISCREPANCY = -1.79 PERCENT DISCREPANCY = -1.79 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 1, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 1, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 2, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 2, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 3, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 3, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 4, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 4, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 5, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 5, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 6, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 6, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 7, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 7, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 8, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 8, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 9, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 9, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 10, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 10, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 11, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 11, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 12, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 12, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 13, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 13, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 14, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 14, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="15" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 15, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 15, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="16" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 16, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 16, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="17" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 17, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 17, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="18" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 18, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 18, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="19" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 19, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 19, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="20" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1014 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1014 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1014 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE NPF ON UNIT 1014 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE WEL-1 ON UNIT 1014 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_WS_EXAMPLE_1 PACKAGE GWF_WS_EXAMPLE_1CONNECTED TO MODEL GWF_WS_EXAMPLE_1 PACKAGE CHD-1 ON UNIT 1014 AT TIME STEP 20, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1015 AT END OF TIME STEP 20, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 20, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.4647 STO-SS = 3.0550E-06 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 15746.8810 CHD = 52.4482 CHD-1 + + TOTAL IN = 15747.3457 TOTAL IN = 52.4482 + + OUT: OUT: + ---- ---- + STO-SS = 8.4143E-04 STO-SS = 2.3332E-06 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 15000.0000 WEL = 50.0000 WEL-1 + CHD = 862.5351 CHD = 2.8310 CHD-1 + + TOTAL OUT = 15862.5359 TOTAL OUT = 52.8310 + + IN - OUT = -115.1902 IN - OUT = -0.3828 + + PERCENT DISCREPANCY = -0.73 PERCENT DISCREPANCY = -0.73 + + + + + TIME SUMMARY AT END OF TIME STEP 20 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.29600E+06 21600. 360.00 15.000 4.10678E-02 + STRESS PERIOD TIME 2.59200E+07 4.32000E+05 7200.0 300.00 0.82136 + TOTAL TIME 2.60064E+07 4.33440E+05 7224.0 301.00 0.82409 + + +end timestep + diff --git a/src/notebooks/models/mf6/ws_example_1/gwf_ws_example_1.nam 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period 3 + diff --git a/src/notebooks/models/mf6/ws_example_1/gwf_ws_example_1.tdis b/src/notebooks/models/mf6/ws_example_1/gwf_ws_example_1.tdis new file mode 100644 index 0000000..523219b --- /dev/null +++ b/src/notebooks/models/mf6/ws_example_1/gwf_ws_example_1.tdis @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. +BEGIN options + TIME_UNITS days +END options + +BEGIN dimensions + NPER 2 +END dimensions + +BEGIN perioddata + 1.00000000 1 1.00000000 + 300.00000000 20 1.00000000 +END perioddata + diff --git a/src/notebooks/models/mf6/ws_example_1/gwf_ws_example_1.wel b/src/notebooks/models/mf6/ws_example_1/gwf_ws_example_1.wel new file mode 100644 index 0000000..af5d4b1 --- /dev/null +++ b/src/notebooks/models/mf6/ws_example_1/gwf_ws_example_1.wel @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 1 +END dimensions + +BEGIN period 1 +END period 1 + +BEGIN period 2 + 1 41 26 -5.00000000E+01 0 +END period 2 + diff --git a/src/notebooks/models/mf6/ws_example_1/head_distribution.png b/src/notebooks/models/mf6/ws_example_1/head_distribution.png new file mode 100644 index 0000000..57d3c2c Binary files /dev/null and b/src/notebooks/models/mf6/ws_example_1/head_distribution.png differ diff --git a/src/notebooks/models/mf6/ws_example_1/mfsim.lst b/src/notebooks/models/mf6/ws_example_1/mfsim.lst new file mode 100644 index 0000000..a5bda34 --- /dev/null +++ b/src/notebooks/models/mf6/ws_example_1/mfsim.lst @@ -0,0 +1,591 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. + + OPENED gwf_ws_example_1.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. + + OPENED gwf_ws_example_1.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. + + OPENED gwf_ws_example_1.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. + + OPENED gwf_ws_example_1.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. + + OPENED gwf_ws_example_1.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. + + OPENED gwf_ws_example_1.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. + + OPENED gwf_ws_example_1.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_ws_example_1.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_ws_example_1.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. + AUXILIARY VARIABLE: CONCENTRATION + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 300.0000 20 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_ws_example_1.ims + FILE TYPE:IMS UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1012 + # File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 45 -0.49507281 1_GWF-(1,101,100) + Model 2 1 2.98305048E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 46 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 300.0000 + ------------------------------------------ + NUMBER OF TIME STEPS = 20 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 15.00000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 50 -1.4680165 1_GWF-(1,41,26) + Model 2 1 4.90481990E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 51 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.61305783E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.76782004E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.34906670E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.52199561E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.27867078E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.42881581E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.24194025E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.37979013E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.21630063E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.34604670E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.19428510E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.31719739E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.17247424E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 15 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.28911039E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 16 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.14937717E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 17 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.26019678E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 18 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.12448305E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 19 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.22996337E-04 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 20 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.09775177E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 8.87800000E-03 + Logical 4.80000000E-05 + Integer 1.9127080 + Real 5.0601200 + ------------------------------- + Total 6.9817540 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/10/07 12:29:46 + Elapsed run time: 1.993 Seconds + Normal termination of simulation. diff --git a/src/notebooks/models/mf6/ws_example_1/mfsim.nam b/src/notebooks/models/mf6/ws_example_1/mfsim.nam new file mode 100644 index 0000000..56135df --- /dev/null +++ b/src/notebooks/models/mf6/ws_example_1/mfsim.nam @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.9.3 on 10/07/2025 at 12:29:44. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_ws_example_1.tdis +END timing + +BEGIN models + gwf6 gwf_ws_example_1.nam gwf_ws_example_1 +END models + +BEGIN exchanges +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_ws_example_1.ims gwf_ws_example_1 +END solutiongroup 1 + diff --git a/src/notebooks/models/mfsim.lst b/src/notebooks/models/mfsim.lst new file mode 100644 index 0000000..7f28ed3 --- /dev/null +++ b/src/notebooks/models/mfsim.lst @@ -0,0 +1,98 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +"C:\Users\lucialabarca\re-run noteboks\pymf6-validation\.pixi\envs\default\python.EXE" system_well_control.py + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + +ERROR REPORT: + + 1. TIMING block variable TDIS6 is unset in simulation control input. diff --git a/src/notebooks/models/mfsim.stdout b/src/notebooks/models/mfsim.stdout new file mode 100644 index 0000000..e2bb92b --- /dev/null +++ b/src/notebooks/models/mfsim.stdout @@ -0,0 +1,31 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + + MODFLOW runs in SEQUENTIAL mode + + Run start date and time (yyyy/mm/dd hh:mm:ss): 2025/07/14 16:01:16 + + Writing simulation list file: mfsim.lst + +ERROR REPORT: + + 1. TIMING block variable TDIS6 is unset in simulation control input. diff --git a/src/notebooks/models/pumptreat/boundary_conditions.png b/src/notebooks/models/pumptreat/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/pumptreat/boundary_conditions.png differ diff --git a/src/notebooks/models/pumptreat/gwf_pumptreat.chd b/src/notebooks/models/pumptreat/gwf_pumptreat.chd new file mode 100644 index 0000000..23a19d5 --- /dev/null +++ b/src/notebooks/models/pumptreat/gwf_pumptreat.chd @@ -0,0 +1,215 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 202 +END dimensions + +BEGIN period 1 + 1 1 1 2.50000000E+01 0.00000000E+00 + 1 1 101 2.45000000E+01 0.00000000E+00 + 1 2 1 2.50000000E+01 0.00000000E+00 + 1 2 101 2.45000000E+01 0.00000000E+00 + 1 3 1 2.50000000E+01 0.00000000E+00 + 1 3 101 2.45000000E+01 0.00000000E+00 + 1 4 1 2.50000000E+01 0.00000000E+00 + 1 4 101 2.45000000E+01 0.00000000E+00 + 1 5 1 2.50000000E+01 0.00000000E+00 + 1 5 101 2.45000000E+01 0.00000000E+00 + 1 6 1 2.50000000E+01 0.00000000E+00 + 1 6 101 2.45000000E+01 0.00000000E+00 + 1 7 1 2.50000000E+01 0.00000000E+00 + 1 7 101 2.45000000E+01 0.00000000E+00 + 1 8 1 2.50000000E+01 0.00000000E+00 + 1 8 101 2.45000000E+01 0.00000000E+00 + 1 9 1 2.50000000E+01 0.00000000E+00 + 1 9 101 2.45000000E+01 0.00000000E+00 + 1 10 1 2.50000000E+01 0.00000000E+00 + 1 10 101 2.45000000E+01 0.00000000E+00 + 1 11 1 2.50000000E+01 0.00000000E+00 + 1 11 101 2.45000000E+01 0.00000000E+00 + 1 12 1 2.50000000E+01 0.00000000E+00 + 1 12 101 2.45000000E+01 0.00000000E+00 + 1 13 1 2.50000000E+01 0.00000000E+00 + 1 13 101 2.45000000E+01 0.00000000E+00 + 1 14 1 2.50000000E+01 0.00000000E+00 + 1 14 101 2.45000000E+01 0.00000000E+00 + 1 15 1 2.50000000E+01 0.00000000E+00 + 1 15 101 2.45000000E+01 0.00000000E+00 + 1 16 1 2.50000000E+01 0.00000000E+00 + 1 16 101 2.45000000E+01 0.00000000E+00 + 1 17 1 2.50000000E+01 0.00000000E+00 + 1 17 101 2.45000000E+01 0.00000000E+00 + 1 18 1 2.50000000E+01 0.00000000E+00 + 1 18 101 2.45000000E+01 0.00000000E+00 + 1 19 1 2.50000000E+01 0.00000000E+00 + 1 19 101 2.45000000E+01 0.00000000E+00 + 1 20 1 2.50000000E+01 0.00000000E+00 + 1 20 101 2.45000000E+01 0.00000000E+00 + 1 21 1 2.50000000E+01 0.00000000E+00 + 1 21 101 2.45000000E+01 0.00000000E+00 + 1 22 1 2.50000000E+01 0.00000000E+00 + 1 22 101 2.45000000E+01 0.00000000E+00 + 1 23 1 2.50000000E+01 0.00000000E+00 + 1 23 101 2.45000000E+01 0.00000000E+00 + 1 24 1 2.50000000E+01 0.00000000E+00 + 1 24 101 2.45000000E+01 0.00000000E+00 + 1 25 1 2.50000000E+01 0.00000000E+00 + 1 25 101 2.45000000E+01 0.00000000E+00 + 1 26 1 2.50000000E+01 0.00000000E+00 + 1 26 101 2.45000000E+01 0.00000000E+00 + 1 27 1 2.50000000E+01 0.00000000E+00 + 1 27 101 2.45000000E+01 0.00000000E+00 + 1 28 1 2.50000000E+01 0.00000000E+00 + 1 28 101 2.45000000E+01 0.00000000E+00 + 1 29 1 2.50000000E+01 0.00000000E+00 + 1 29 101 2.45000000E+01 0.00000000E+00 + 1 30 1 2.50000000E+01 0.00000000E+00 + 1 30 101 2.45000000E+01 0.00000000E+00 + 1 31 1 2.50000000E+01 0.00000000E+00 + 1 31 101 2.45000000E+01 0.00000000E+00 + 1 32 1 2.50000000E+01 0.00000000E+00 + 1 32 101 2.45000000E+01 0.00000000E+00 + 1 33 1 2.50000000E+01 0.00000000E+00 + 1 33 101 2.45000000E+01 0.00000000E+00 + 1 34 1 2.50000000E+01 0.00000000E+00 + 1 34 101 2.45000000E+01 0.00000000E+00 + 1 35 1 2.50000000E+01 0.00000000E+00 + 1 35 101 2.45000000E+01 0.00000000E+00 + 1 36 1 2.50000000E+01 0.00000000E+00 + 1 36 101 2.45000000E+01 0.00000000E+00 + 1 37 1 2.50000000E+01 0.00000000E+00 + 1 37 101 2.45000000E+01 0.00000000E+00 + 1 38 1 2.50000000E+01 0.00000000E+00 + 1 38 101 2.45000000E+01 0.00000000E+00 + 1 39 1 2.50000000E+01 0.00000000E+00 + 1 39 101 2.45000000E+01 0.00000000E+00 + 1 40 1 2.50000000E+01 0.00000000E+00 + 1 40 101 2.45000000E+01 0.00000000E+00 + 1 41 1 2.50000000E+01 0.00000000E+00 + 1 41 101 2.45000000E+01 0.00000000E+00 + 1 42 1 2.50000000E+01 0.00000000E+00 + 1 42 101 2.45000000E+01 0.00000000E+00 + 1 43 1 2.50000000E+01 0.00000000E+00 + 1 43 101 2.45000000E+01 0.00000000E+00 + 1 44 1 2.50000000E+01 0.00000000E+00 + 1 44 101 2.45000000E+01 0.00000000E+00 + 1 45 1 2.50000000E+01 0.00000000E+00 + 1 45 101 2.45000000E+01 0.00000000E+00 + 1 46 1 2.50000000E+01 0.00000000E+00 + 1 46 101 2.45000000E+01 0.00000000E+00 + 1 47 1 2.50000000E+01 0.00000000E+00 + 1 47 101 2.45000000E+01 0.00000000E+00 + 1 48 1 2.50000000E+01 0.00000000E+00 + 1 48 101 2.45000000E+01 0.00000000E+00 + 1 49 1 2.50000000E+01 0.00000000E+00 + 1 49 101 2.45000000E+01 0.00000000E+00 + 1 50 1 2.50000000E+01 0.00000000E+00 + 1 50 101 2.45000000E+01 0.00000000E+00 + 1 51 1 2.50000000E+01 0.00000000E+00 + 1 51 101 2.45000000E+01 0.00000000E+00 + 1 52 1 2.50000000E+01 0.00000000E+00 + 1 52 101 2.45000000E+01 0.00000000E+00 + 1 53 1 2.50000000E+01 0.00000000E+00 + 1 53 101 2.45000000E+01 0.00000000E+00 + 1 54 1 2.50000000E+01 0.00000000E+00 + 1 54 101 2.45000000E+01 0.00000000E+00 + 1 55 1 2.50000000E+01 0.00000000E+00 + 1 55 101 2.45000000E+01 0.00000000E+00 + 1 56 1 2.50000000E+01 0.00000000E+00 + 1 56 101 2.45000000E+01 0.00000000E+00 + 1 57 1 2.50000000E+01 0.00000000E+00 + 1 57 101 2.45000000E+01 0.00000000E+00 + 1 58 1 2.50000000E+01 0.00000000E+00 + 1 58 101 2.45000000E+01 0.00000000E+00 + 1 59 1 2.50000000E+01 0.00000000E+00 + 1 59 101 2.45000000E+01 0.00000000E+00 + 1 60 1 2.50000000E+01 0.00000000E+00 + 1 60 101 2.45000000E+01 0.00000000E+00 + 1 61 1 2.50000000E+01 0.00000000E+00 + 1 61 101 2.45000000E+01 0.00000000E+00 + 1 62 1 2.50000000E+01 0.00000000E+00 + 1 62 101 2.45000000E+01 0.00000000E+00 + 1 63 1 2.50000000E+01 0.00000000E+00 + 1 63 101 2.45000000E+01 0.00000000E+00 + 1 64 1 2.50000000E+01 0.00000000E+00 + 1 64 101 2.45000000E+01 0.00000000E+00 + 1 65 1 2.50000000E+01 0.00000000E+00 + 1 65 101 2.45000000E+01 0.00000000E+00 + 1 66 1 2.50000000E+01 0.00000000E+00 + 1 66 101 2.45000000E+01 0.00000000E+00 + 1 67 1 2.50000000E+01 0.00000000E+00 + 1 67 101 2.45000000E+01 0.00000000E+00 + 1 68 1 2.50000000E+01 0.00000000E+00 + 1 68 101 2.45000000E+01 0.00000000E+00 + 1 69 1 2.50000000E+01 0.00000000E+00 + 1 69 101 2.45000000E+01 0.00000000E+00 + 1 70 1 2.50000000E+01 0.00000000E+00 + 1 70 101 2.45000000E+01 0.00000000E+00 + 1 71 1 2.50000000E+01 0.00000000E+00 + 1 71 101 2.45000000E+01 0.00000000E+00 + 1 72 1 2.50000000E+01 0.00000000E+00 + 1 72 101 2.45000000E+01 0.00000000E+00 + 1 73 1 2.50000000E+01 0.00000000E+00 + 1 73 101 2.45000000E+01 0.00000000E+00 + 1 74 1 2.50000000E+01 0.00000000E+00 + 1 74 101 2.45000000E+01 0.00000000E+00 + 1 75 1 2.50000000E+01 0.00000000E+00 + 1 75 101 2.45000000E+01 0.00000000E+00 + 1 76 1 2.50000000E+01 0.00000000E+00 + 1 76 101 2.45000000E+01 0.00000000E+00 + 1 77 1 2.50000000E+01 0.00000000E+00 + 1 77 101 2.45000000E+01 0.00000000E+00 + 1 78 1 2.50000000E+01 0.00000000E+00 + 1 78 101 2.45000000E+01 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25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 25.00000000 +END griddata + diff --git a/src/notebooks/models/pumptreat/gwf_pumptreat.ims b/src/notebooks/models/pumptreat/gwf_pumptreat.ims new file mode 100644 index 0000000..e215dde --- /dev/null +++ b/src/notebooks/models/pumptreat/gwf_pumptreat.ims @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options + PRINT_OPTION summary + COMPLEXITY simple +END options + diff --git a/src/notebooks/models/pumptreat/gwf_pumptreat.lst b/src/notebooks/models/pumptreat/gwf_pumptreat.lst new file mode 100644 index 0000000..836a34e --- /dev/null +++ b/src/notebooks/models/pumptreat/gwf_pumptreat.lst @@ -0,0 +1,3817 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREAT/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 3 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_pumptreat.dis.grb + + OPENED gwf_pumptreat.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreat.bud + + OPENED gwf_pumptreat.bud + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_pumptreat.hds + + OPENED gwf_pumptreat.hds + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 149.4914 CHD = 149.4914 CHD-1 + + TOTAL IN = 149.4914 TOTAL IN = 149.4914 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 150.0000 WEL = 150.0000 WEL-1 + CHD = 0.0000 CHD = 0.0000 CHD-1 + + TOTAL OUT = 150.0000 TOTAL OUT = 150.0000 + + IN - OUT = -0.5086 IN - OUT = -0.5086 + + PERCENT DISCREPANCY = -0.34 PERCENT DISCREPANCY = -0.34 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 1, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 1, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 2, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 2, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 3, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 3, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 4, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 4, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 5, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 5, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 6, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 6, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 7, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 7, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 8, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 8, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 9, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 9, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 10, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 10, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 11, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 11, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 12, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 12, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 13, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 13, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 14, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 14, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="15" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 15, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 15, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="16" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 16, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 16, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="17" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 17, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 17, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="18" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 18, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 18, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="19" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 19, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 19, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="20" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 20, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 20, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="21" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 21, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 21, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="22" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 22, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 22, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="23" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 23, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 23, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="24" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 24, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 24, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="25" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 25, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 25, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="26" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 26, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 26, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="27" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 27, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 27, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="28" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 28, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 28, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="29" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 29, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 29, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="30" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 30, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 30, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="31" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 31, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 31, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="32" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 32, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 32, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="33" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 33, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 33, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="34" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 34, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 34, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="35" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 35, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 35, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="36" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 36, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 36, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="37" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 37, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 37, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="38" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 38, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 38, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="39" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 39, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 39, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="40" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 40, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 40, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="41" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 41, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 41, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="42" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 42, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 42, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="43" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 43, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 43, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="44" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 44, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 44, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="45" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 45, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 45, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="46" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 46, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 46, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="47" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 47, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 47, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="48" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 48, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 48, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="49" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 49, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 49, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="50" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 50, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 50, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="51" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 51, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 51, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="52" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 52, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 52, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="53" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 53, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 53, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="54" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 54, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 54, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="55" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 55, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 55, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="56" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 56, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 56, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="57" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 57, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 57, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="58" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 58, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 58, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="59" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 59, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 59, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="60" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 60, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 60, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="61" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 61, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 61, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="62" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 62, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 62, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="63" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 63, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 63, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="64" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 64, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 64, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="65" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 65, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 65, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="66" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 66, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 66, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="67" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 67, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 67, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="68" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 68, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 68, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="69" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 69, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 69, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="70" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 70, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 70, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="71" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 71, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 71, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="72" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 72, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 72, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="73" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 73, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 73, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="74" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 74, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 74, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="75" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 75, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 75, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="76" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 76, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 76, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="77" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 77, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 77, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="78" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 78, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 78, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="79" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 79, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 79, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="80" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 80, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 80, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="81" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 81, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 81, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="82" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 82, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 82, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="83" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 83, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 83, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="84" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 84, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 84, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="85" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 85, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 85, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="86" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 86, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 86, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="87" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 87, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 87, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="88" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 88, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 88, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="89" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 89, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 89, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="90" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 90, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 90, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="91" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 91, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 91, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="92" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 92, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 92, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="93" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 93, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 93, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="94" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 94, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 94, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="95" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 95, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 95, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="96" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 96, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 96, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="97" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 97, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 97, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="98" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 98, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 98, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="99" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 99, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 99, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="100" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 100, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 100, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="101" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 101, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 101, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="102" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 102, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 102, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="103" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 103, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 103, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="104" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 104, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 104, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="105" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 105, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 105, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="106" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 106, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 106, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="107" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 107, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 107, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="108" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 108, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 108, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="109" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 109, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 109, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="110" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 110, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 110, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="111" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 111, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 111, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="112" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 112, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 112, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="113" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 113, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 113, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="114" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 114, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 114, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="115" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 115, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 115, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="116" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 116, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 116, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="117" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 117, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 117, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="118" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 118, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 118, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="119" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 119, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 119, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="120" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 120, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 120, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="121" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 121, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 121, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="122" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 122, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 122, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="123" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 123, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 123, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="124" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 124, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 124, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="125" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 125, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 125, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="126" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 126, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 126, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="127" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 127, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 127, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="128" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 128, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 128, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="129" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 129, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 129, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="130" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 130, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 130, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="131" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 131, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 131, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="132" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 132, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 132, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="133" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 133, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 133, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="134" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 134, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 134, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="135" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 135, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 135, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="136" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 136, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 136, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="137" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 137, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 137, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="138" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 138, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 138, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="139" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 139, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 139, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="140" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 140, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 140, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="141" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 141, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 141, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="142" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 142, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 142, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="143" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 143, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 143, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="144" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 144, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 144, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="145" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 145, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 145, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="146" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 146, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 146, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="147" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 147, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 147, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="148" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 148, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 148, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="149" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 149, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 149, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="150" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 150, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 150, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="151" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 151, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 151, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="152" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 152, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 152, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="153" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 153, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 153, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="154" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 154, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 154, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="155" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 155, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 155, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="156" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 156, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 156, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="157" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 157, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 157, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="158" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 158, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 158, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="159" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 159, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 159, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="160" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 160, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 160, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="161" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 161, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 161, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="162" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 162, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 162, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="163" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 163, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 163, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="164" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 164, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 164, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="165" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 165, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 165, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="166" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 166, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 166, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="167" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 167, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 167, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="168" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 168, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 168, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="169" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 169, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 169, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="170" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 170, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 170, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="171" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 171, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 171, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="172" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 172, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 172, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="173" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 173, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 173, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="174" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 174, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 174, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="175" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 175, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 175, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="176" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 176, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 176, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="177" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 177, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 177, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="178" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 178, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 178, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="179" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 179, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 179, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="180" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 180, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 180, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="181" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 181, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 181, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="182" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 182, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 182, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="183" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 183, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 183, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="184" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 184, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 184, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="185" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 185, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 185, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="186" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 186, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 186, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="187" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 187, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 187, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="188" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 188, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 188, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="189" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 189, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 189, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="190" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 190, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 190, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="191" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 191, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 191, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="192" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 192, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 192, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="193" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 193, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 193, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="194" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 194, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 194, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="195" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 195, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 195, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="196" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 196, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 196, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="197" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 197, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 197, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="198" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 198, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 198, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="199" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 199, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 199, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="200" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 200, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 200, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="201" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 201, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 201, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="202" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 202, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 202, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="203" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 203, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 203, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="204" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 204, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 204, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="205" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 205, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 205, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="206" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 206, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 206, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="207" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 207, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 207, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="208" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 208, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 208, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="209" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 209, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 209, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="210" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 210, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 210, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="211" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 211, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 211, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="212" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 212, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 212, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="213" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 213, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 213, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="214" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 214, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 214, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="215" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 215, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 215, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="216" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 216, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 216, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="217" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 217, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 217, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="218" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 218, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 218, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="219" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 219, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 219, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="220" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 220, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 220, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="221" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 221, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 221, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="222" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 222, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 222, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="223" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 223, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 223, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="224" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 224, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 224, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="225" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 225, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 225, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="226" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 226, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 226, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="227" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 227, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 227, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="228" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 228, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 228, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="229" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 229, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 229, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="230" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 230, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 230, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="231" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 231, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 231, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="232" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 232, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 232, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="233" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 233, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 233, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="234" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 234, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 234, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="235" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 235, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 235, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="236" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 236, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 236, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="237" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 237, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 237, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="238" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 238, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 238, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="239" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 239, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 239, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="240" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 240, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 240, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="241" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 241, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 241, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="242" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 242, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 242, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="243" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 243, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 243, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="244" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 244, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 244, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="245" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 245, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 245, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="246" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 246, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 246, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="247" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 247, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 247, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="248" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 248, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 248, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="249" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 249, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 249, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="250" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1026 AT TIME STEP 250, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1027 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 3.8594E-03 STO-SS = 8.4543E-07 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 448750.2197 CHD = 149.6577 CHD-1 + + TOTAL IN = 448750.2235 TOTAL IN = 149.6577 + + OUT: OUT: + ---- ---- + STO-SS = 5.4655E-04 STO-SS = 2.0071E-08 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 450150.0000 WEL = 150.0000 WEL-1 + CHD = 0.0000 CHD = 0.0000 CHD-1 + + TOTAL OUT = 450150.0005 TOTAL OUT = 150.0000 + + IN - OUT = -1399.7770 IN - OUT = -0.3423 + + PERCENT DISCREPANCY = -0.31 PERCENT DISCREPANCY = -0.23 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/pumptreat/gwf_pumptreat.nam b/src/notebooks/models/pumptreat/gwf_pumptreat.nam new file mode 100644 index 0000000..a6f092d --- /dev/null +++ b/src/notebooks/models/pumptreat/gwf_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_pumptreat.dis dis + IC6 gwf_pumptreat.ic ic + NPF6 gwf_pumptreat.npf npf + STO6 gwf_pumptreat.sto sto + CHD6 gwf_pumptreat.chd chd-1 + WEL6 gwf_pumptreat.wel wel-1 + OC6 gwf_pumptreat.oc gwfgwt +END packages + diff --git a/src/notebooks/models/pumptreat/gwf_pumptreat.npf 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b/src/notebooks/models/pumptreat/gwf_pumptreat.wel @@ -0,0 +1,16 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 3 +END dimensions + +BEGIN period 1 + 1 41 26 -5.00000000E+01 0 + 1 34 26 -5.00000000E+01 0 + 1 26 26 -5.00000000E+01 0 +END period 1 + diff --git a/src/notebooks/models/pumptreat/gwt_pumptreat.adv b/src/notebooks/models/pumptreat/gwt_pumptreat.adv new file mode 100644 index 0000000..0a8f2b5 --- /dev/null +++ b/src/notebooks/models/pumptreat/gwt_pumptreat.adv @@ -0,0 +1,5 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options + SCHEME upstream +END options + diff --git a/src/notebooks/models/pumptreat/gwt_pumptreat.cbc b/src/notebooks/models/pumptreat/gwt_pumptreat.cbc new file mode 100644 index 0000000..e69de29 diff --git a/src/notebooks/models/pumptreat/gwt_pumptreat.cnc b/src/notebooks/models/pumptreat/gwt_pumptreat.cnc new file mode 100644 index 0000000..6f9fb8b --- /dev/null +++ b/src/notebooks/models/pumptreat/gwt_pumptreat.cnc @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 6 +END dimensions + +BEGIN period 1 + 1 41 26 1000.00000000 + 1 37 26 1000.00000000 + 1 43 26 1000.00000000 + 1 34 26 1000.00000000 + 1 43 24 1000.00000000 + 1 34 23 1000.00000000 +END period 1 + diff --git a/src/notebooks/models/pumptreat/gwt_pumptreat.dis b/src/notebooks/models/pumptreat/gwt_pumptreat.dis new file mode 100644 index 0000000..63964ea --- /dev/null +++ b/src/notebooks/models/pumptreat/gwt_pumptreat.dis @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 101 + NCOL 101 +END dimensions + +BEGIN griddata + delr + CONSTANT 1.00000000 + delc + CONSTANT 1.00000000 + top + CONSTANT 0.00000000 + botm + CONSTANT -30.00000000 +END griddata + diff --git a/src/notebooks/models/pumptreat/gwt_pumptreat.dsp b/src/notebooks/models/pumptreat/gwt_pumptreat.dsp new file mode 100644 index 0000000..bb4c75b --- /dev/null +++ b/src/notebooks/models/pumptreat/gwt_pumptreat.dsp @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN griddata + alh + CONSTANT 1.00000000 + ath1 + CONSTANT 0.50000000 +END griddata + diff --git a/src/notebooks/models/pumptreat/gwt_pumptreat.ic b/src/notebooks/models/pumptreat/gwt_pumptreat.ic new file mode 100644 index 0000000..8333a1d --- /dev/null +++ b/src/notebooks/models/pumptreat/gwt_pumptreat.ic @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/src/notebooks/models/pumptreat/gwt_pumptreat.ims b/src/notebooks/models/pumptreat/gwt_pumptreat.ims new file mode 100644 index 0000000..22daa86 --- /dev/null +++ b/src/notebooks/models/pumptreat/gwt_pumptreat.ims @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + LINEAR_ACCELERATION bicgstab + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/src/notebooks/models/pumptreat/gwt_pumptreat.lst b/src/notebooks/models/pumptreat/gwt_pumptreat.lst new file mode 100644 index 0000000..3ec5cf3 --- /dev/null +++ b/src/notebooks/models/pumptreat/gwt_pumptreat.lst @@ -0,0 +1,4032 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1017 + + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_pumptreat.cbc + + OPENED gwt_pumptreat.cbc + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_pumptreat.ucn + + OPENED gwt_pumptreat.ucn + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + 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........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ 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8.9547E-17 1.3274E-16 1.9308E-16 2.7621E-16 3.8928E-16 + 5.4126E-16 7.4325E-16 1.0089E-15 1.3546E-15 1.8001E-15 2.3689E-15 3.0881E-15 3.9894E-15 5.1087E-15 6.4865E-15 + 8.1678E-15 1.0202E-14 1.2641E-14 1.5541E-14 1.8960E-14 2.2956E-14 2.7587E-14 3.2909E-14 3.8971E-14 4.5819E-14 + 5.3487E-14 6.2002E-14 7.1375E-14 8.1605E-14 9.2674E-14 1.0455E-13 1.1718E-13 1.3049E-13 1.4441E-13 1.5882E-13 + 1.7363E-13 1.8870E-13 2.0391E-13 2.1910E-13 2.3415E-13 2.4891E-13 2.6325E-13 2.7701E-13 2.9007E-13 3.0228E-13 + 3.1351E-13 3.2358E-13 3.3229E-13 3.3938E-13 3.4446E-13 3.4701E-13 3.4629E-13 3.4125E-13 3.3052E-13 3.1235E-13 + 2.8477E-13 2.4586E-13 1.9441E-13 1.3052E-13 5.6632E-14 1.0626E-14 2.1832E-15 5.9149E-16 1.8326E-16 6.1449E-17 + 2.1728E-17 7.9840E-18 3.0213E-18 1.1704E-18 4.6215E-19 1.8545E-19 7.5459E-20 3.1077E-20 1.2937E-20 5.4381E-21 + 2.3061E-21 9.8584E-22 4.2460E-22 1.8416E-22 8.0393E-23 3.5312E-23 1.5601E-23 6.9306E-24 3.0951E-24 1.3891E-24 + 6.2647E-25 2.8382E-25 1.2915E-25 5.9021E-26 2.7083E-26 1.2478E-26 5.7729E-27 2.6834E-27 1.2551E-27 5.9294E-28 + 2.8541E-28 + + CONCENTRATION WILL BE SAVED ON UNIT 1029 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 114.1563 STORAGE-AQUEOUS = 1.6061E-03 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 103550662.6792 CNC = 34489.5080 CNC + + TOTAL IN = 103550776.8355 TOTAL IN = 34489.5096 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 162990.2098 STORAGE-AQUEOUS = 5.5820E-03 MST + WEL = 258193.5590 WEL = 86.5885 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 103129592.9367 CNC = 34402.9154 CNC + + TOTAL OUT = 103550776.7056 TOTAL OUT = 34489.5094 + + IN - OUT = 0.1299 IN - OUT = 1.3675E-04 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/pumptreat/gwt_pumptreat.mst b/src/notebooks/models/pumptreat/gwt_pumptreat.mst new file mode 100644 index 0000000..833e31a --- /dev/null +++ b/src/notebooks/models/pumptreat/gwt_pumptreat.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/pumptreat/gwt_pumptreat.nam b/src/notebooks/models/pumptreat/gwt_pumptreat.nam new file mode 100644 index 0000000..97df7fc --- /dev/null +++ b/src/notebooks/models/pumptreat/gwt_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreat.dis dis + IC6 gwt_pumptreat.ic ic + ADV6 gwt_pumptreat.adv adv + DSP6 gwt_pumptreat.dsp dsp + MST6 gwt_pumptreat.mst mst + SSM6 gwt_pumptreat.ssm ssm + CNC6 gwt_pumptreat.cnc cnc + OC6 gwt_pumptreat.oc oc +END packages + diff --git a/src/notebooks/models/pumptreat/gwt_pumptreat.oc b/src/notebooks/models/pumptreat/gwt_pumptreat.oc new file mode 100644 index 0000000..0bd50de --- /dev/null +++ b/src/notebooks/models/pumptreat/gwt_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options + BUDGET FILEOUT gwt_pumptreat.cbc + CONCENTRATION FILEOUT gwt_pumptreat.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/pumptreat/gwt_pumptreat.ssm b/src/notebooks/models/pumptreat/gwt_pumptreat.ssm new file mode 100644 index 0000000..ac2c2e7 --- /dev/null +++ b/src/notebooks/models/pumptreat/gwt_pumptreat.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/pumptreat/gwt_pumptreat.ucn b/src/notebooks/models/pumptreat/gwt_pumptreat.ucn new file mode 100644 index 0000000..8e74e51 Binary files /dev/null and b/src/notebooks/models/pumptreat/gwt_pumptreat.ucn differ diff --git a/src/notebooks/models/pumptreat/head_distribution.png b/src/notebooks/models/pumptreat/head_distribution.png new file mode 100644 index 0000000..f82bbe0 Binary files /dev/null and b/src/notebooks/models/pumptreat/head_distribution.png differ diff --git a/src/notebooks/models/pumptreat/mfsim.lst b/src/notebooks/models/pumptreat/mfsim.lst new file mode 100644 index 0000000..96f6134 --- /dev/null +++ b/src/notebooks/models/pumptreat/mfsim.lst @@ -0,0 +1,7361 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreat.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_pumptreat.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreat.nam + FILE TYPE:GWT6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwt_pumptreat.dis + FILE TYPE:DIS6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwt_pumptreat.ic + FILE TYPE:IC6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwt_pumptreat.mst + FILE TYPE:MST6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.adv + FILE TYPE:ADV6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.dsp + FILE TYPE:DSP6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwt_pumptreat.ssm + FILE TYPE:SSM6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.oc + FILE TYPE:OC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.cnc + FILE TYPE:CNC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED pumptreat.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreat.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreat.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 50 -2.6456604 1_GWF-(1,34,26) + Model 2 28 -4.45568456E-02 1_GWF-(1,100,48) + Model 3 1 -1.62408076E-04 * 1_GWF-(1,2,95) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 79 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 542.93444 2_GWT-(1,42,26) + Model 2 1 1.49107564E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 3000.000 + ------------------------------------------ + NUMBER OF TIME STEPS = 250 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 12.00000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.82379559E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 5 300.88209 2_GWT-(1,42,25) + Model 2 1 2.05035096E-06 * 2_GWT-(1,36,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 6 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.62567978E-04 * 1_GWF-(1,2,95) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 46.971297 2_GWT-(1,38,26) + Model 2 1 1.96059938E-05 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.75049298E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 15.676563 2_GWT-(1,38,26) + Model 2 1 9.44889848E-07 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.56363712E-04 * 1_GWF-(1,2,95) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 5.5771726 2_GWT-(1,38,27) + Model 2 1 1.13393276E-06 * 2_GWT-(1,37,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.68743974E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 2.4285989 2_GWT-(1,38,27) + Model 2 1 7.79246463E-08 * 2_GWT-(1,45,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.50453356E-04 * 1_GWF-(1,2,95) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.97485420 2_GWT-(1,38,27) + Model 2 1 -1.85666708E-06 * 2_GWT-(1,31,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.62985996E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.54157986 2_GWT-(1,38,27) + Model 2 1 2.32779499E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.44942617E-04 * 1_GWF-(1,2,95) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.23247824 2_GWT-(1,39,27) + Model 2 1 7.57211646E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.57576939E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 0.17488211 2_GWT-(1,38,27) + Model 2 1 2.46327042E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.39830428E-04 * 1_GWF-(1,2,95) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 9.62862760E-02 2_GWT-(1,36,26) + Model 2 1 1.97005323E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.52508434E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 8.58772048E-02 2_GWT-(1,38,27) + Model 2 1 1.81635042E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.35114481E-04 * 1_GWF-(1,2,95) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 7.63096815E-02 2_GWT-(1,36,26) + Model 2 1 1.17530587E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.47785075E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.11338981E-02 2_GWT-(1,36,26) + Model 2 1 1.81201413E-05 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.31223532E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.70961968E-02 2_GWT-(1,36,26) + Model 2 1 1.10968988E-05 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 15 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.43395895E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.80819915E-02 2_GWT-(1,36,26) + Model 2 1 8.05528023E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 16 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.27779295E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.09407443E-02 2_GWT-(1,36,26) + Model 2 1 5.33381444E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 17 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.39318279E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.40202542E-02 2_GWT-(1,36,26) + Model 2 1 4.19382621E-06 * 2_GWT-(1,36,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 18 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.24478810E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.59386576E-02 2_GWT-(1,36,26) + Model 2 1 3.90725191E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 19 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.35524890E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.99134817E-02 2_GWT-(1,36,26) + Model 2 1 2.32218309E-06 * 2_GWT-(1,40,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 20 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.21341886E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.15433816E-02 2_GWT-(1,36,26) + Model 2 1 3.62105669E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 21 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.31988118E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.60276624E-02 2_GWT-(1,36,26) + Model 2 1 1.46159039E-06 * 2_GWT-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 22 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.18372872E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.75683686E-02 2_GWT-(1,36,26) + Model 2 1 3.55402247E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 23 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.28682178E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.24301952E-02 2_GWT-(1,36,26) + Model 2 1 -1.40748372E-06 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 24 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.15567842E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.39350591E-02 2_GWT-(1,36,26) + Model 2 1 3.52154115E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 25 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.25583830E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.91256577E-02 2_GWT-(1,36,26) + Model 2 1 -2.07902175E-06 * 2_GWT-(1,39,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 26 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12918687E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.06007982E-02 2_GWT-(1,36,26) + Model 2 1 3.49476710E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 27 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.22672429E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.60982641E-02 2_GWT-(1,36,26) + Model 2 1 -2.29940005E-06 * 2_GWT-(1,39,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 28 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.10415415E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.75361302E-02 2_GWT-(1,36,26) + Model 2 1 3.46552545E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 29 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.19929714E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.33265473E-02 2_GWT-(1,36,26) + Model 2 1 -2.37515246E-06 * 2_GWT-(1,39,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 30 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.08047429E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.47172037E-02 2_GWT-(1,36,26) + Model 2 1 3.42893591E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 31 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.17339530E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.07881767E-02 2_GWT-(1,36,26) + Model 2 1 -2.42981753E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 32 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.05804235E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.21230963E-02 2_GWT-(1,36,26) + Model 2 1 3.38247298E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 33 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.14887559E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.84601750E-02 2_GWT-(1,36,26) + Model 2 1 -2.49676899E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 34 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.03675819E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.97343077E-02 2_GWT-(1,36,26) + Model 2 1 3.32397059E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 35 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12561094E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.63245887E-02 2_GWT-(1,36,26) + Model 2 1 -2.53487690E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 36 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01652827E-04 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.75336257E-02 2_GWT-(1,36,26) + Model 2 1 3.25505985E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 37 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.10348834E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.43633992E-02 2_GWT-(1,36,26) + Model 2 1 -2.54743583E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 38 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.97266469E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.55054208E-02 2_GWT-(1,36,26) + Model 2 1 3.17732642E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 39 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.08240727E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.25600457E-02 2_GWT-(1,36,26) + Model 2 1 -2.53799564E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 40 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.78894198E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.36351480E-02 2_GWT-(1,36,26) + Model 2 1 3.09207340E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 41 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.06227822E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.08998208E-02 2_GWT-(1,36,26) + Model 2 1 -2.51050713E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 42 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.61340201E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.19094147E-02 2_GWT-(1,36,26) + Model 2 1 3.00057303E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 43 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04302151E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.93695707E-02 2_GWT-(1,36,26) + Model 2 1 -2.46880549E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 44 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.44540123E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.03159806E-02 2_GWT-(1,36,26) + Model 2 1 2.90971653E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 45 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.02456616E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.79575175E-02 2_GWT-(1,36,26) + Model 2 1 -2.41631167E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 46 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.28436005E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.88439058E-02 2_GWT-(1,36,26) + Model 2 1 2.81816170E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 47 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00684894E-04 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.66531860E-02 2_GWT-(1,36,26) + Model 2 1 -2.35603096E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 48 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.12975727E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.74836015E-02 2_GWT-(1,36,26) + Model 2 1 2.72375566E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 49 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.89813494E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.57126807E-02 2_GWT-(1,42,25) + Model 2 1 -2.29069747E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 50 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.98112451E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.62246207E-02 2_GWT-(1,36,26) + Model 2 1 2.62595550E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 51 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.73409558E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.53771726E-02 2_GWT-(1,42,25) + Model 2 1 -2.22168165E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 52 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.83804083E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.55012572E-02 2_GWT-(1,42,25) + Model 2 1 2.52601909E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 53 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.57592234E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.50019603E-02 2_GWT-(1,42,25) + Model 2 1 -2.15038207E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 54 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.70012773E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.50589153E-02 2_GWT-(1,42,25) + Model 2 1 2.42489072E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 55 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.42321371E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.45962809E-02 2_GWT-(1,42,25) + Model 2 1 -2.07790254E-06 * 2_GWT-(1,38,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 56 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.56704442E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.45948485E-02 2_GWT-(1,42,25) + Model 2 1 2.32338863E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 57 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.27560986E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.41680041E-02 2_GWT-(1,42,25) + Model 2 1 -2.00717490E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 58 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.43848363E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.41159781E-02 2_GWT-(1,42,25) + Model 2 1 2.22223127E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 59 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.13278769E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.37238081E-02 2_GWT-(1,42,25) + Model 2 1 -1.94470003E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 60 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.31416771E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.36281229E-02 2_GWT-(1,42,25) + Model 2 1 2.12204284E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 61 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.99445626E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.32693352E-02 2_GWT-(1,42,25) + Model 2 1 -1.88178049E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 62 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.19384527E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.31361488E-02 2_GWT-(1,42,25) + Model 2 1 2.02335717E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 63 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.86035290E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.28093292E-02 2_GWT-(1,42,25) + Model 2 1 -1.81885787E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 64 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.07728805E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.26441010E-02 2_GWT-(1,42,25) + Model 2 1 1.92662232E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 65 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.73023970E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.23477557E-02 2_GWT-(1,42,25) + Model 2 1 -1.75628699E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 66 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.96428828E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.21553180E-02 2_GWT-(1,42,25) + Model 2 1 1.83220750E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 67 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.60390046E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.18879084E-02 2_GWT-(1,42,25) + Model 2 1 -1.69435472E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 68 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.85465625E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.16725315E-02 2_GWT-(1,42,25) + Model 2 1 1.74040909E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 69 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.48113805E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.14325014E-02 2_GWT-(1,42,25) + Model 2 1 -1.63329322E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 70 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.74821828E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.11979531E-02 2_GWT-(1,42,25) + Model 2 1 1.65145892E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 71 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.36177210E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.09837500E-02 2_GWT-(1,42,25) + Model 2 1 -1.57329097E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 72 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.64481479E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.07333497E-02 2_GWT-(1,42,25) + Model 2 1 1.56945765E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 73 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.24563696E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.05434415E-02 2_GWT-(1,42,25) + Model 2 1 -1.51450028E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 74 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.54429877E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.02801090E-02 2_GWT-(1,42,25) + Model 2 1 1.49658555E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 75 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.13257999E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.01129971E-02 2_GWT-(1,42,25) + Model 2 1 -1.45704320E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 76 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.44653439E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.83929618E-03 2_GWT-(1,42,25) + Model 2 1 1.42571969E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 77 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.02246002E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.69352487E-03 2_GWT-(1,42,25) + Model 2 1 -1.40101686E-06 * 2_GWT-(1,38,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 78 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.35139569E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.41170332E-03 2_GWT-(1,42,25) + Model 2 1 1.35701586E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 79 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.91514607E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -9.28586678E-03 2_GWT-(1,42,25) + Model 2 1 -1.35045090E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 80 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.25876561E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.99789135E-03 2_GWT-(1,42,25) + Model 2 1 1.29059202E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 81 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.81051620E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.89063899E-03 2_GWT-(1,42,25) + Model 2 1 -1.30528517E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 82 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.16853501E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.59822719E-03 2_GWT-(1,42,25) + Model 2 1 1.22653273E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 83 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.70845654E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.50826673E-03 2_GWT-(1,42,25) + Model 2 1 -1.26118147E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 84 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.08060188E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.21291520E-03 2_GWT-(1,42,25) + Model 2 1 1.16489304E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 85 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.60886045E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -8.13901481E-03 2_GWT-(1,42,25) + Model 2 1 -1.21815836E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 86 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.99487059E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.84202448E-03 2_GWT-(1,42,25) + Model 2 1 1.10570267E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 87 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.51162781E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.78301358E-03 2_GWT-(1,42,25) + Model 2 1 -1.17623316E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 88 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.91125136E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.48551226E-03 2_GWT-(1,42,25) + Model 2 1 1.04896907E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 89 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.41666434E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.44028158E-03 2_GWT-(1,42,25) + Model 2 1 -1.13542225E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 90 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.82965961E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.14324386E-03 2_GWT-(1,42,25) + Model 2 1 9.94681216E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 91 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.32388110E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -7.11074485E-03 2_GWT-(1,42,25) + Model 2 1 -1.09573944E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 92 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.75001558E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.81501013E-03 2_GWT-(1,42,25) + Model 2 1 9.42812079E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 93 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.23319401E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.79425373E-03 2_GWT-(1,42,25) + Model 2 1 -1.05719610E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 94 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.67224388E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.50054184E-03 2_GWT-(1,42,25) + Model 2 1 8.93321214E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 95 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.14452340E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.49059703E-03 2_GWT-(1,42,25) + Model 2 1 -1.01980083E-06 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 96 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.59627312E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.19952246E-03 2_GWT-(1,42,25) + Model 2 1 8.46157150E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 97 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.05779370E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -6.19951423E-03 2_GWT-(1,42,25) + Model 2 1 -9.83558976E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 98 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.52203557E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.91159858E-03 2_GWT-(1,42,25) + Model 2 1 8.01259631E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 99 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.97293307E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.92070617E-03 2_GWT-(1,42,25) + Model 2 1 -9.48473172E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 100 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.44946695E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.63638925E-03 2_GWT-(1,42,25) + Model 2 1 7.58560503E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 101 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.88987318E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.65384357E-03 2_GWT-(1,42,25) + Model 2 1 -9.14542937E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 102 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.37850609E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.37349314E-03 2_GWT-(1,42,25) + Model 2 1 7.17986467E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 103 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.80854894E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.39857468E-03 2_GWT-(1,42,25) + Model 2 1 -8.81765203E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 104 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.30909475E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.12249529E-03 2_GWT-(1,42,25) + Model 2 1 6.79459419E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 105 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.72889825E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -5.15453169E-03 2_GWT-(1,42,25) + Model 2 1 -8.50134001E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 106 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.24117743E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.88297231E-03 2_GWT-(1,42,25) + Model 2 1 6.42897930E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 107 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.65086187E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.92133606E-03 2_GWT-(1,42,25) + Model 2 1 -8.19641173E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 108 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.17470117E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.65449692E-03 2_GWT-(1,42,25) + Model 2 1 6.08218329E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 109 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.57438319E-05 * 1_GWF-(1,1,96) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.69860298E-03 2_GWT-(1,42,25) + Model 2 1 -7.90276033E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 110 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.10961541E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.43664173E-03 2_GWT-(1,42,25) + Model 2 1 5.75335491E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 111 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.50050924E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.48594511E-03 2_GWT-(1,42,25) + Model 2 1 -7.62025877E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 112 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.04587180E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.22898201E-03 2_GWT-(1,42,25) + Model 2 1 5.44163640E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 113 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.43538066E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.28297561E-03 2_GWT-(1,42,25) + Model 2 1 -7.34876011E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 114 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.98342414E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.03109844E-03 2_GWT-(1,42,25) + Model 2 1 5.14617000E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 115 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.37157316E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -4.08931089E-03 2_GWT-(1,42,25) + Model 2 1 -7.08810035E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 116 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.92222819E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.84257907E-03 2_GWT-(1,42,25) + Model 2 1 4.86610560E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 117 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.30904096E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.90457252E-03 2_GWT-(1,42,25) + Model 2 1 -6.83809645E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 118 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.86224160E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.66302074E-03 2_GWT-(1,42,25) + Model 2 1 4.60060448E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 119 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.24774020E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.72838881E-03 2_GWT-(1,42,25) + Model 2 1 -6.61985041E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 120 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.80342382E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.49203044E-03 2_GWT-(1,42,25) + Model 2 1 4.34884441E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 121 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.18762887E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.56039633E-03 2_GWT-(1,42,25) + Model 2 1 -6.41733124E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 122 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.74573599E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.32922626E-03 2_GWT-(1,42,25) + Model 2 1 4.11002276E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 123 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.12866670E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.40024095E-03 2_GWT-(1,42,25) + Model 2 1 -6.22255556E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 124 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.68914083E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.17423818E-03 2_GWT-(1,42,25) + Model 2 1 3.88336474E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 125 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.07081509E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.24757856E-03 2_GWT-(1,42,25) + Model 2 1 -6.03552110E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 126 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.63360261E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.02670846E-03 2_GWT-(1,42,25) + Model 2 1 3.66812088E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 127 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.01403702E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -3.10207560E-03 2_GWT-(1,42,25) + Model 2 1 -5.85618693E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 128 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.57908705E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.88629180E-03 2_GWT-(1,42,25) + Model 2 1 3.46357467E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 129 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.95829699E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.96340955E-03 2_GWT-(1,42,25) + Model 2 1 -5.68448826E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 130 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.52556128E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.75265575E-03 2_GWT-(1,42,25) + Model 2 1 3.26903887E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 131 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.90356094E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.83126901E-03 2_GWT-(1,42,25) + Model 2 1 -5.52032418E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 132 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.47299370E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.62548066E-03 2_GWT-(1,42,25) + Model 2 1 3.08386234E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 133 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.84979616E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.70535418E-03 2_GWT-(1,42,25) + Model 2 1 -5.36356993E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 134 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.42135404E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.50445964E-03 2_GWT-(1,42,25) + Model 2 1 2.90742747E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 135 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.79697129E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.58537655E-03 2_GWT-(1,42,25) + Model 2 1 -5.21406832E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 136 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.37061319E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.38929843E-03 2_GWT-(1,42,25) + Model 2 1 2.73915333E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 137 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.74505622E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.47105903E-03 2_GWT-(1,42,25) + Model 2 1 -5.07164799E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 138 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.32074321E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.27971519E-03 2_GWT-(1,42,25) + Model 2 1 2.57849223E-07 * 2_GWT-(1,39,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 139 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.69402203E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.36213583E-03 2_GWT-(1,42,25) + Model 2 1 -4.93611054E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 140 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.27171728E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.17544025E-03 2_GWT-(1,42,25) + Model 2 1 2.43885268E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 141 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.64384097E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.25835206E-03 2_GWT-(1,42,25) + Model 2 1 -4.80723543E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 142 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.22350962E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.07621588E-03 2_GWT-(1,42,25) + Model 2 1 2.31442186E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 143 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.59448640E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.15946394E-03 2_GWT-(1,42,25) + Model 2 1 -4.68479016E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 144 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.17609546E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.98179573E-03 2_GWT-(1,42,25) + Model 2 1 2.19567397E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 145 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.54593271E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -2.06523792E-03 2_GWT-(1,42,25) + Model 2 1 -4.56852518E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 146 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.12945103E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.89194473E-03 2_GWT-(1,42,25) + Model 2 1 2.08215681E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 147 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.49815532E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.97545101E-03 2_GWT-(1,42,25) + Model 2 1 -4.45817648E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 148 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.08355345E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.80643880E-03 2_GWT-(1,42,25) + Model 2 1 1.97343752E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 149 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.45113063E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.88989015E-03 2_GWT-(1,42,25) + Model 2 1 -4.35346948E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 150 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.03838076E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.72506405E-03 2_GWT-(1,42,25) + Model 2 1 1.86911024E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 151 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.40483597E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.80835185E-03 2_GWT-(1,42,25) + Model 2 1 -4.25412480E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 152 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.99391185E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.64761683E-03 2_GWT-(1,42,25) + Model 2 1 1.76879240E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 153 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.35924955E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.73064205E-03 2_GWT-(1,42,25) + Model 2 1 -4.15985454E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 154 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.95012641E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.57390311E-03 2_GWT-(1,42,25) + Model 2 1 1.67212136E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 155 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.31435045E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.65657562E-03 2_GWT-(1,42,25) + Model 2 1 -4.07036538E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 156 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.90700494E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.50373823E-03 2_GWT-(1,42,25) + Model 2 1 1.57875775E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 157 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.27011856E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.58597617E-03 2_GWT-(1,42,25) + Model 2 1 -3.98536798E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 158 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.86452868E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.43694637E-03 2_GWT-(1,42,25) + Model 2 1 1.48837472E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 159 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.22653457E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.51867556E-03 2_GWT-(1,42,25) + Model 2 1 -3.90456904E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 160 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.82267960E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.37336031E-03 2_GWT-(1,42,25) + Model 2 1 1.40067073E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 161 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.18357991E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.45451361E-03 2_GWT-(1,42,25) + Model 2 1 -3.82767695E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 162 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.78144035E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.31282093E-03 2_GWT-(1,42,25) + Model 2 1 1.31535813E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 163 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.14123676E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.39333789E-03 2_GWT-(1,42,25) + Model 2 1 -3.75440806E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 164 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.74079424E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.25517712E-03 2_GWT-(1,42,25) + Model 2 1 1.23216950E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 165 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.09948797E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.33500330E-03 2_GWT-(1,42,25) + Model 2 1 -3.68448724E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 166 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.70072525E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.20028494E-03 2_GWT-(1,42,25) + Model 2 1 1.15085811E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 167 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.05831708E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.27937154E-03 2_GWT-(1,42,25) + Model 2 1 -3.61764194E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 168 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.66121794E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.15644971E-03 2_GWT-(1,38,26) + Model 2 1 1.07119860E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 169 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.01770825E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.22631120E-03 2_GWT-(1,42,25) + Model 2 1 -3.55361095E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 170 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.62225747E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.13766403E-03 2_GWT-(1,38,26) + Model 2 1 9.92987452E-08 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 171 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.97764626E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.17569726E-03 2_GWT-(1,42,25) + Model 2 1 -3.49214559E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 172 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.58382955E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.12566535E-03 2_GWT-(1,34,27) + Model 2 1 9.16052727E-08 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 173 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.93811648E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.12741074E-03 2_GWT-(1,42,25) + Model 2 1 -3.43301082E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 174 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.54592045E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.11388421E-03 2_GWT-(1,34,27) + Model 2 1 8.40252312E-08 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 175 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.89910485E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 -1.08133850E-03 2_GWT-(1,42,25) + Model 2 1 -3.37598152E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 176 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.50851692E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.10205977E-03 2_GWT-(1,34,27) + Model 2 1 7.90958552E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 177 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.86059784E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.04106814E-03 2_GWT-(1,36,27) + Model 2 1 -3.32084852E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 178 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.47160625E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.09020733E-03 2_GWT-(1,34,27) + Model 2 1 7.46626370E-08 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 179 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.82258245E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.02718351E-03 2_GWT-(1,36,27) + Model 2 1 -3.26741571E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 180 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.43517618E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.07834110E-03 2_GWT-(1,34,27) + Model 2 1 -7.33835037E-08 * 2_GWT-(1,32,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 181 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.78504616E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.01339738E-03 2_GWT-(1,36,27) + Model 2 1 -3.21550431E-07 * 2_GWT-(1,40,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 182 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.39921491E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.06647425E-03 2_GWT-(1,34,27) + Model 2 1 -7.56721477E-08 * 2_GWT-(1,36,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 183 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.74797696E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.94255288E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 184 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.36371107E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.05875032E-03 2_GWT-(1,34,27) + Model 2 1 -9.03959005E-08 * 2_GWT-(1,36,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 185 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.71136326E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.81664801E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 186 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.32865372E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.04728558E-03 2_GWT-(1,34,27) + Model 2 1 -9.41576275E-08 * 2_GWT-(1,36,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 187 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.67519392E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.68378069E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 188 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.29403231E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.03552650E-03 2_GWT-(1,34,27) + Model 2 1 -9.58614521E-08 * 2_GWT-(1,36,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 189 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.63945824E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.55113376E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 190 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.25983671E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.02375419E-03 2_GWT-(1,34,27) + Model 2 1 -9.69970984E-08 * 2_GWT-(1,36,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 191 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.60414589E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.41956280E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 192 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.22605710E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 1.01202033E-03 2_GWT-(1,34,27) + Model 2 1 -9.78552634E-08 * 2_GWT-(1,36,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 193 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.56924696E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.28927984E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 194 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.19268406E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.95931218E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 195 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.53475188E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.17062509E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 196 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.15970850E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.84878438E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 197 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.50065146E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.04530459E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 198 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.12712165E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.73427365E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 199 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.46693682E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.91995326E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 200 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.09491504E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.62003711E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 201 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.43359944E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.79570195E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 202 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.06308051E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.50651959E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 203 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.40063107E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.67284327E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 204 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.03161021E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.39387351E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 205 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.36802381E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.55147141E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 206 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.00049651E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.28217667E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 207 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.33577000E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.43162511E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 208 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.96973210E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.17148264E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 209 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.30386228E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.31332509E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 210 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.93930988E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.06183412E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 211 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.27229355E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.19658360E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 212 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.90922302E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.95326816E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 213 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.24105694E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.08140972E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 214 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.87946490E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.84581631E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 215 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.21014586E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.96780996E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 216 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.85002914E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.73950718E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 217 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.17955390E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.85578808E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 218 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.82090955E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.63436548E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 219 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.14927492E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.74534469E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 220 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.79210016E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.53041186E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 221 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.11930296E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.63648126E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 222 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.76359521E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.42766667E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 223 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.08963228E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.52919561E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 224 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.73538909E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.32614514E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 225 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.06025732E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.42348377E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 226 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.70747639E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.22586129E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 227 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.03117272E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.31934181E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 228 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.67985189E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.12682534E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 229 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.00237328E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.21676328E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 230 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.65251049E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.02904673E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 231 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.97385399E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.11574110E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 232 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.62544729E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.93253289E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 233 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.94560999E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.01626683E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 234 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.59865752E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.83728841E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 235 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.91763658E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.91833130E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 236 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.57213656E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.74331669E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 237 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.88992921E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.82192427E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 238 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.54587993E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.65061919E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 239 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.86248348E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.72703484E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 240 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.51988330E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.55919628E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 241 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.83529512E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.63364998E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 242 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.49414242E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.46904661E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 243 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.80835998E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.54175834E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 244 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.46865322E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.38016728E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 245 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.78167406E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.45134541E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 246 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.44341170E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.29255458E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 247 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.75523347E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.36239742E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 248 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.41841401E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.20620331E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 249 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.72903443E-05 * 1_GWF-(1,2,79) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.27490056E-04 * 2_GWT-(1,36,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 250 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.39365640E-05 * 1_GWF-(1,1,80) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.12110755E-04 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.37620000E-02 + Logical 6.40000000E-05 + Integer 5.4216120 + Real 12.678856 + ------------------------------- + Total 18.114294 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/07/31 17:02:49 + Elapsed run time: 1 Minutes, 4.203 Seconds + Normal termination of simulation. diff --git a/src/notebooks/models/pumptreat/mfsim.nam b/src/notebooks/models/pumptreat/mfsim.nam new file mode 100644 index 0000000..1dc0639 --- /dev/null +++ b/src/notebooks/models/pumptreat/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreat.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreat.nam gwf_pumptreat + gwt6 gwt_pumptreat.nam gwt_pumptreat +END models + +BEGIN exchanges + GWF6-GWT6 pumptreat.gwfgwt gwf_pumptreat gwt_pumptreat +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreat.ims gwf_pumptreat + ims6 gwt_pumptreat.ims gwt_pumptreat +END solutiongroup 1 + diff --git a/src/notebooks/models/pumptreat/mfsim.stdout b/src/notebooks/models/pumptreat/mfsim.stdout new file mode 100644 index 0000000..76ce1da --- /dev/null +++ b/src/notebooks/models/pumptreat/mfsim.stdout @@ -0,0 +1,232 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.7.0.dev2 (preliminary) 05/20/2025 + ***DEVELOP MODE*** + + MODFLOW 6 compiled May 20 2025 13:40:03 with GCC version 13.3.0 + +This software is preliminary or provisional and is subject to +revision. It is being provided to meet the need for timely best +science. The software has not received final approval by the U.S. +Geological Survey (USGS). No warranty, expressed or implied, is made +by the USGS or the U.S. Government as to the functionality of the +software and related material nor shall the fact of release +constitute any such warranty. The software is provided on the +condition that neither the USGS nor the U.S. Government shall be held +liable for any damages resulting from the authorized or unauthorized +use of the software. + + + MODFLOW runs in SEQUENTIAL mode + + Run start date and time (yyyy/mm/dd hh:mm:ss): 2025/07/23 2:33:39 + + Writing simulation list file: mfsim.lst + Using Simulation name file: mfsim.nam + + Solving: Stress period: 1 Time step: 1 + Solving: Stress period: 2 Time step: 1 + Solving: Stress period: 2 Time step: 2 + Solving: Stress period: 2 Time step: 3 + Solving: Stress period: 2 Time step: 4 + Solving: Stress period: 2 Time step: 5 + Solving: Stress period: 2 Time step: 6 + Solving: Stress period: 2 Time step: 7 + Solving: Stress period: 2 Time step: 8 + Solving: Stress period: 2 Time step: 9 + Solving: Stress period: 2 Time step: 10 + Solving: Stress period: 2 Time step: 11 + Solving: Stress period: 2 Time step: 12 + Solving: Stress period: 2 Time step: 13 + Solving: Stress period: 2 Time step: 14 + Solving: Stress period: 2 Time step: 15 + Solving: Stress period: 2 Time step: 16 + Solving: Stress period: 2 Time step: 17 + Solving: Stress period: 2 Time step: 18 + Solving: Stress period: 2 Time step: 19 + Solving: Stress period: 2 Time step: 20 + Solving: Stress period: 2 Time step: 21 + Solving: Stress period: 2 Time step: 22 + Solving: Stress period: 2 Time step: 23 + Solving: Stress period: 2 Time step: 24 + Solving: Stress period: 2 Time step: 25 + Solving: Stress period: 2 Time step: 26 + Solving: Stress period: 2 Time step: 27 + Solving: Stress period: 2 Time step: 28 + Solving: Stress period: 2 Time step: 29 + Solving: Stress period: 2 Time step: 30 + Solving: Stress period: 2 Time step: 31 + Solving: Stress period: 2 Time step: 32 + Solving: Stress period: 2 Time step: 33 + Solving: Stress period: 2 Time step: 34 + Solving: Stress period: 2 Time step: 35 + Solving: Stress period: 2 Time step: 36 + Solving: Stress period: 2 Time step: 37 + Solving: Stress period: 2 Time step: 38 + Solving: Stress period: 2 Time step: 39 + Solving: Stress period: 2 Time step: 40 + Solving: Stress period: 2 Time step: 41 + Solving: Stress period: 2 Time step: 42 + Solving: Stress period: 2 Time step: 43 + Solving: Stress period: 2 Time step: 44 + Solving: Stress period: 2 Time step: 45 + Solving: Stress period: 2 Time step: 46 + Solving: Stress period: 2 Time step: 47 + Solving: Stress period: 2 Time step: 48 + Solving: Stress period: 2 Time step: 49 + Solving: Stress period: 2 Time step: 50 + Solving: Stress period: 2 Time step: 51 + Solving: Stress period: 2 Time step: 52 + Solving: Stress period: 2 Time step: 53 + Solving: Stress period: 2 Time step: 54 + Solving: Stress period: 2 Time step: 55 + Solving: Stress period: 2 Time step: 56 + Solving: Stress period: 2 Time step: 57 + Solving: Stress period: 2 Time step: 58 + Solving: Stress period: 2 Time step: 59 + Solving: Stress period: 2 Time step: 60 + Solving: Stress period: 2 Time step: 61 + Solving: Stress period: 2 Time step: 62 + Solving: Stress period: 2 Time step: 63 + Solving: Stress period: 2 Time step: 64 + Solving: Stress period: 2 Time step: 65 + Solving: Stress period: 2 Time step: 66 + Solving: Stress period: 2 Time step: 67 + Solving: Stress period: 2 Time step: 68 + Solving: Stress period: 2 Time step: 69 + Solving: Stress period: 2 Time step: 70 + Solving: Stress period: 2 Time step: 71 + Solving: Stress period: 2 Time step: 72 + Solving: Stress period: 2 Time step: 73 + Solving: Stress period: 2 Time step: 74 + Solving: Stress period: 2 Time step: 75 + Solving: Stress period: 2 Time step: 76 + Solving: Stress period: 2 Time step: 77 + Solving: Stress period: 2 Time step: 78 + Solving: Stress period: 2 Time step: 79 + Solving: Stress period: 2 Time step: 80 + Solving: Stress period: 2 Time step: 81 + Solving: Stress period: 2 Time step: 82 + Solving: Stress period: 2 Time step: 83 + Solving: Stress period: 2 Time step: 84 + Solving: Stress period: 2 Time step: 85 + Solving: Stress period: 2 Time step: 86 + Solving: Stress period: 2 Time step: 87 + Solving: Stress period: 2 Time step: 88 + Solving: Stress period: 2 Time step: 89 + Solving: Stress period: 2 Time step: 90 + Solving: Stress period: 2 Time step: 91 + Solving: Stress period: 2 Time step: 92 + Solving: Stress period: 2 Time step: 93 + Solving: Stress period: 2 Time step: 94 + Solving: Stress period: 2 Time step: 95 + Solving: Stress period: 2 Time step: 96 + Solving: Stress period: 2 Time step: 97 + Solving: Stress period: 2 Time step: 98 + Solving: Stress period: 2 Time step: 99 + Solving: Stress period: 2 Time step: 100 + Solving: Stress period: 2 Time step: 101 + Solving: Stress period: 2 Time step: 102 + Solving: Stress period: 2 Time step: 103 + Solving: Stress period: 2 Time step: 104 + Solving: Stress period: 2 Time step: 105 + Solving: Stress period: 2 Time step: 106 + Solving: Stress period: 2 Time step: 107 + Solving: Stress period: 2 Time step: 108 + Solving: Stress period: 2 Time step: 109 + Solving: Stress period: 2 Time step: 110 + Solving: Stress period: 2 Time step: 111 + Solving: Stress period: 2 Time step: 112 + Solving: Stress period: 2 Time step: 113 + Solving: Stress period: 2 Time step: 114 + Solving: Stress period: 2 Time step: 115 + Solving: Stress period: 2 Time step: 116 + Solving: Stress period: 2 Time step: 117 + Solving: Stress period: 2 Time step: 118 + Solving: Stress period: 2 Time step: 119 + Solving: Stress period: 2 Time step: 120 + Solving: Stress period: 2 Time step: 121 + Solving: Stress period: 2 Time step: 122 + Solving: Stress period: 2 Time step: 123 + Solving: Stress period: 2 Time step: 124 + Solving: Stress period: 2 Time step: 125 + Solving: Stress period: 2 Time step: 126 + Solving: Stress period: 2 Time step: 127 + Solving: Stress period: 2 Time step: 128 + Solving: Stress period: 2 Time step: 129 + Solving: Stress period: 2 Time step: 130 + Solving: Stress period: 2 Time step: 131 + Solving: Stress period: 2 Time step: 132 + Solving: Stress period: 2 Time step: 133 + Solving: Stress period: 2 Time step: 134 + Solving: Stress period: 2 Time step: 135 + Solving: Stress period: 2 Time step: 136 + Solving: Stress period: 2 Time step: 137 + Solving: Stress period: 2 Time step: 138 + Solving: Stress period: 2 Time step: 139 + Solving: Stress period: 2 Time step: 140 + Solving: Stress period: 2 Time step: 141 + Solving: Stress period: 2 Time step: 142 + Solving: Stress period: 2 Time step: 143 + Solving: Stress period: 2 Time step: 144 + Solving: Stress period: 2 Time step: 145 + Solving: Stress period: 2 Time step: 146 + Solving: Stress period: 2 Time step: 147 + Solving: Stress period: 2 Time step: 148 + Solving: Stress period: 2 Time step: 149 + Solving: Stress period: 2 Time step: 150 + Solving: Stress period: 2 Time step: 151 + Solving: Stress period: 2 Time step: 152 + Solving: Stress period: 2 Time step: 153 + Solving: Stress period: 2 Time step: 154 + Solving: Stress period: 2 Time step: 155 + Solving: Stress period: 2 Time step: 156 + Solving: Stress period: 2 Time step: 157 + Solving: Stress period: 2 Time step: 158 + Solving: Stress period: 2 Time step: 159 + Solving: Stress period: 2 Time step: 160 + Solving: Stress period: 2 Time step: 161 + Solving: Stress period: 2 Time step: 162 + Solving: Stress period: 2 Time step: 163 + Solving: Stress period: 2 Time step: 164 + Solving: Stress period: 2 Time step: 165 + Solving: Stress period: 2 Time step: 166 + Solving: Stress period: 2 Time step: 167 + Solving: Stress period: 2 Time step: 168 + Solving: Stress period: 2 Time step: 169 + Solving: Stress period: 2 Time step: 170 + Solving: Stress period: 2 Time step: 171 + Solving: Stress period: 2 Time step: 172 + Solving: Stress period: 2 Time step: 173 + Solving: Stress period: 2 Time step: 174 + Solving: Stress period: 2 Time step: 175 + Solving: Stress period: 2 Time step: 176 + Solving: Stress period: 2 Time step: 177 + Solving: Stress period: 2 Time step: 178 + Solving: Stress period: 2 Time step: 179 + Solving: Stress period: 2 Time step: 180 + Solving: Stress period: 2 Time step: 181 + Solving: Stress period: 2 Time step: 182 + Solving: Stress period: 2 Time step: 183 + Solving: Stress period: 2 Time step: 184 + Solving: Stress period: 2 Time step: 185 + Solving: Stress period: 2 Time step: 186 + Solving: Stress period: 2 Time step: 187 + Solving: Stress period: 2 Time step: 188 + Solving: Stress period: 2 Time step: 189 + Solving: Stress period: 2 Time step: 190 + Solving: Stress period: 2 Time step: 191 + Solving: Stress period: 2 Time step: 192 + Solving: Stress period: 2 Time step: 193 + Solving: Stress period: 2 Time step: 194 + Solving: Stress period: 2 Time step: 195 + Solving: Stress period: 2 Time step: 196 + Solving: Stress period: 2 Time step: 197 + Solving: Stress period: 2 Time step: 198 + Solving: Stress period: 2 Time step: 199 + Solving: Stress period: 2 Time step: 200 + Solving: Stress period: 2 Time step: 201 + Solving: Stress period: 2 Time step: 202 + Solving: Stress period: 2 Time step: 203 + Solving: Stress period: 2 Time step: 204 + Solving: Stress period: 2 Time step: 205 diff --git a/src/notebooks/models/pumptreat/plume.png b/src/notebooks/models/pumptreat/plume.png new file mode 100644 index 0000000..786fc01 Binary files /dev/null and b/src/notebooks/models/pumptreat/plume.png differ diff --git a/src/notebooks/models/pumptreat/pumptreat.gwfgwt b/src/notebooks/models/pumptreat/pumptreat.gwfgwt new file mode 100644 index 0000000..8a734a3 --- /dev/null +++ b/src/notebooks/models/pumptreat/pumptreat.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. diff --git a/src/notebooks/models/pumptreatnw/boundary_conditions.png b/src/notebooks/models/pumptreatnw/boundary_conditions.png new file mode 100644 index 0000000..1eed567 Binary files /dev/null and b/src/notebooks/models/pumptreatnw/boundary_conditions.png differ diff --git a/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.chd b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.chd new file mode 100644 index 0000000..5ec135f --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.chd @@ -0,0 +1,215 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 202 +END dimensions + +BEGIN period 1 + 1 1 1 2.50000000E+01 0.00000000E+00 + 1 1 101 2.45000000E+01 0.00000000E+00 + 1 2 1 2.50000000E+01 0.00000000E+00 + 1 2 101 2.45000000E+01 0.00000000E+00 + 1 3 1 2.50000000E+01 0.00000000E+00 + 1 3 101 2.45000000E+01 0.00000000E+00 + 1 4 1 2.50000000E+01 0.00000000E+00 + 1 4 101 2.45000000E+01 0.00000000E+00 + 1 5 1 2.50000000E+01 0.00000000E+00 + 1 5 101 2.45000000E+01 0.00000000E+00 + 1 6 1 2.50000000E+01 0.00000000E+00 + 1 6 101 2.45000000E+01 0.00000000E+00 + 1 7 1 2.50000000E+01 0.00000000E+00 + 1 7 101 2.45000000E+01 0.00000000E+00 + 1 8 1 2.50000000E+01 0.00000000E+00 + 1 8 101 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CONSTANT 0.00000000 + botm + CONSTANT -30.00000000 +END griddata + diff --git a/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.dis.grb b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.dis.grb new file mode 100644 index 0000000..dce9abb Binary files /dev/null and b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.dis.grb differ diff --git a/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.hds b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.hds new file mode 100644 index 0000000..f581638 Binary files /dev/null and b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.hds differ diff --git a/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.ic b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.ic new file mode 100644 index 0000000..5b4095e --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.ic @@ -0,0 +1,110 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options +END options + +BEGIN griddata + strt + INTERNAL FACTOR 1.0 + 25.00000000 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b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.ims new file mode 100644 index 0000000..e262345 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.ims @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options + PRINT_OPTION summary + COMPLEXITY simple +END options + diff --git a/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.lst b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.lst new file mode 100644 index 0000000..cbb836d --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.lst @@ -0,0 +1,3549 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREATNW/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREATNW/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREATNW/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREATNW/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREATNW/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1024 + FILE NAME: gwf_pumptreatnw.dis.grb + + OPENED gwf_pumptreatnw.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1024 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_pumptreatnw.bud + + OPENED gwf_pumptreatnw.bud + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreatnw.hds + + OPENED gwf_pumptreatnw.hds + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + CHD = 14.8837 CHD = 14.8837 CHD-1 + + TOTAL IN = 14.8837 TOTAL IN = 14.8837 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + CHD = 15.1526 CHD = 15.1526 CHD-1 + + TOTAL OUT = 15.1526 TOTAL OUT = 15.1526 + + IN - OUT = -0.2688 IN - OUT = -0.2688 + + PERCENT DISCREPANCY = -1.79 PERCENT DISCREPANCY = -1.79 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 1, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 2, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 2, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 3, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 3, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 4, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 4, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 5, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 5, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 6, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 6, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 7, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 7, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 8, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 8, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 9, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 9, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 10, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 10, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 11, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 11, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 12, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 12, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 13, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 13, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 14, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 14, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="15" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 15, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 15, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="16" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 16, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 16, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="17" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 17, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 17, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="18" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 18, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 18, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="19" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 19, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 19, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="20" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 20, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 20, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="21" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 21, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 21, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="22" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 22, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 22, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="23" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 23, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 23, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="24" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 24, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 24, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="25" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 25, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 25, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="26" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 26, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 26, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="27" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 27, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 27, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="28" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 28, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 28, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="29" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 29, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 29, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="30" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 30, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 30, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="31" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 31, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 31, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="32" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 32, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 32, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="33" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 33, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 33, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="34" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 34, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 34, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="35" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 35, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 35, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="36" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 36, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 36, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="37" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 37, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 37, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="38" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 38, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 38, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="39" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 39, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 39, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="40" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 40, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 40, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="41" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 41, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 41, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="42" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 42, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 42, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="43" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 43, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 43, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="44" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 44, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 44, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="45" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 45, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 45, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="46" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 46, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 46, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="47" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 47, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 47, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="48" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 48, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 48, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="49" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 49, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 49, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="50" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 50, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 50, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="51" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 51, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 51, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="52" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 52, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 52, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="53" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 53, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 53, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="54" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 54, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 54, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="55" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 55, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 55, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="56" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 56, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 56, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="57" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 57, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 57, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="58" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 58, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 58, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="59" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 59, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 59, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="60" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 60, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 60, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="61" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 61, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 61, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="62" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 62, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 62, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="63" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 63, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 63, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="64" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 64, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 64, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="65" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 65, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 65, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="66" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 66, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 66, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="67" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 67, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 67, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="68" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 68, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 68, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="69" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 69, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 69, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="70" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 70, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 70, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="71" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 71, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 71, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="72" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 72, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 72, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="73" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 73, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 73, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="74" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 74, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 74, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="75" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 75, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 75, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="76" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 76, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 76, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="77" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 77, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 77, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="78" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 78, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 78, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="79" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 79, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 79, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="80" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 80, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 80, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="81" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 81, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 81, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="82" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 82, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 82, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="83" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 83, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 83, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="84" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 84, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 84, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="85" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 85, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 85, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="86" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 86, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 86, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="87" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 87, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 87, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="88" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 88, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 88, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="89" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 89, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 89, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="90" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 90, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 90, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="91" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 91, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 91, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="92" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 92, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 92, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="93" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 93, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 93, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="94" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 94, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 94, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="95" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 95, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 95, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="96" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 96, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 96, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="97" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 97, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 97, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="98" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 98, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 98, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="99" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 99, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 99, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="100" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 100, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 100, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="101" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 101, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 101, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="102" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 102, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 102, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="103" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 103, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 103, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="104" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 104, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 104, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="105" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 105, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 105, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="106" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 106, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 106, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="107" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 107, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 107, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="108" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 108, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 108, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="109" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 109, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 109, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="110" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 110, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 110, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="111" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 111, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 111, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="112" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 112, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 112, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="113" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 113, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 113, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="114" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 114, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 114, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="115" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 115, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 115, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="116" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 116, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 116, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="117" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 117, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 117, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="118" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 118, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 118, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="119" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 119, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 119, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="120" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 120, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 120, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="121" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 121, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 121, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="122" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 122, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 122, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="123" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 123, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 123, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="124" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 124, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 124, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="125" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 125, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 125, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="126" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 126, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 126, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="127" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 127, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 127, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="128" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 128, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 128, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="129" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 129, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 129, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="130" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 130, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 130, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="131" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 131, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 131, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="132" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 132, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 132, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="133" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 133, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 133, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="134" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 134, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 134, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="135" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 135, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 135, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="136" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 136, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 136, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="137" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 137, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 137, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="138" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 138, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 138, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="139" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 139, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 139, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="140" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 140, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 140, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="141" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 141, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 141, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="142" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 142, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 142, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="143" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 143, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 143, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="144" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 144, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 144, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="145" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 145, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 145, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="146" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 146, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 146, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="147" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 147, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 147, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="148" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 148, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 148, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="149" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 149, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 149, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="150" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 150, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 150, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="151" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 151, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 151, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="152" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 152, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 152, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="153" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 153, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 153, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="154" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 154, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 154, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="155" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 155, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 155, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="156" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 156, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 156, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="157" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 157, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 157, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="158" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 158, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 158, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="159" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 159, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 159, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="160" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 160, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 160, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="161" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 161, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 161, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="162" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 162, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 162, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="163" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 163, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 163, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="164" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 164, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 164, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="165" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 165, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 165, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="166" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 166, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 166, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="167" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 167, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 167, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="168" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 168, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 168, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="169" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 169, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 169, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="170" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 170, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 170, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="171" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 171, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 171, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="172" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 172, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 172, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="173" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 173, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 173, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="174" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 174, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 174, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="175" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 175, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 175, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="176" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 176, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 176, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="177" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 177, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 177, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="178" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 178, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 178, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="179" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 179, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 179, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="180" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 180, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 180, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="181" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 181, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 181, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="182" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 182, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 182, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="183" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 183, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 183, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="184" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 184, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 184, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="185" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 185, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 185, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="186" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 186, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 186, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="187" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 187, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 187, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="188" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 188, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 188, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="189" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 189, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 189, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="190" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 190, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 190, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="191" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 191, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 191, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="192" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 192, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 192, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="193" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 193, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 193, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="194" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 194, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 194, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="195" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 195, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 195, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="196" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 196, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 196, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="197" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 197, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 197, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="198" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 198, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 198, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="199" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 199, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 199, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="200" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 200, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 200, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="201" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 201, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 201, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="202" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 202, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 202, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="203" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 203, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 203, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="204" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 204, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 204, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="205" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 205, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 205, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="206" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 206, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 206, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="207" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 207, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 207, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="208" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 208, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 208, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="209" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 209, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 209, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="210" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 210, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 210, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="211" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 211, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 211, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="212" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 212, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 212, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="213" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 213, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 213, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="214" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 214, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 214, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="215" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 215, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 215, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="216" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 216, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 216, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="217" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 217, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 217, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="218" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 218, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 218, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="219" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 219, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 219, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="220" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 220, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 220, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="221" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 221, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 221, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="222" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 222, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 222, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="223" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 223, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 223, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="224" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 224, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 224, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="225" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 225, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 225, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="226" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 226, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 226, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="227" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 227, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 227, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="228" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 228, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 228, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="229" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 229, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 229, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="230" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 230, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 230, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="231" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 231, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 231, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="232" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 232, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 232, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="233" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 233, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 233, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="234" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 234, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 234, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="235" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 235, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 235, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="236" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 236, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 236, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="237" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 237, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 237, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="238" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 238, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 238, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="239" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 239, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 239, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="240" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 240, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 240, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="241" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 241, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 241, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="242" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 242, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 242, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="243" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 243, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 243, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="244" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 244, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 244, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="245" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 245, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 245, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="246" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 246, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 246, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="247" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 247, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 247, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="248" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 248, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 248, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="249" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 249, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 249, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="250" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREATNW PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE NPF ON UNIT 1025 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREATNW PACKAGE GWF_PUMPTREATNW CONNECTED TO MODEL GWF_PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 250, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 5.0722E-04 STO-SS = 4.2382E-08 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + CHD = 45435.9117 CHD = 15.1469 CHD-1 + + TOTAL IN = 45435.9122 TOTAL IN = 15.1469 + + OUT: OUT: + ---- ---- + STO-SS = 4.2172E-04 STO-SS = 3.0066E-08 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + CHD = 45472.6669 CHD = 15.1523 CHD-1 + + TOTAL OUT = 45472.6674 TOTAL OUT = 15.1523 + + IN - OUT = -36.7551 IN - OUT = -5.3730E-03 + + PERCENT DISCREPANCY = -0.08 PERCENT DISCREPANCY = -0.04 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.nam b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.nam new file mode 100644 index 0000000..21f3186 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.nam @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_pumptreatnw.dis dis + IC6 gwf_pumptreatnw.ic ic + NPF6 gwf_pumptreatnw.npf npf + STO6 gwf_pumptreatnw.sto sto + CHD6 gwf_pumptreatnw.chd chd-1 + OC6 gwf_pumptreatnw.oc gwfgwt +END packages + diff --git a/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.npf b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.npf new file mode 100644 index 0000000..98d606f --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.npf @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options + SAVE_FLOWS + SAVE_SPECIFIC_DISCHARGE +END options + +BEGIN griddata + icelltype + CONSTANT 1 + k + CONSTANT 1.00000000 + k33 + CONSTANT 0.30000000 +END griddata + diff --git a/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.oc b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.oc new file mode 100644 index 0000000..532ce1d --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwf_pumptreatnw.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options + BUDGET FILEOUT gwf_pumptreatnw.bud + HEAD FILEOUT gwf_pumptreatnw.hds +END options + +BEGIN period 1 + SAVE HEAD ALL + SAVE BUDGET ALL +END period 1 + diff --git 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b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.adv new file mode 100644 index 0000000..e1cb389 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.adv @@ -0,0 +1,5 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options + SCHEME upstream +END options + diff --git a/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.cbc b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.cbc new file mode 100644 index 0000000..e69de29 diff --git a/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.cnc b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.cnc new file mode 100644 index 0000000..ca75772 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.cnc @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 6 +END dimensions + +BEGIN period 1 + 1 41 26 1000.00000000 + 1 37 26 1000.00000000 + 1 43 26 1000.00000000 + 1 34 26 1000.00000000 + 1 43 24 1000.00000000 + 1 34 23 1000.00000000 +END period 1 + diff --git a/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.dis b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.dis new file mode 100644 index 0000000..a87401b --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.dis @@ -0,0 +1,21 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options +END options + +BEGIN dimensions + NLAY 1 + NROW 101 + NCOL 101 +END dimensions + +BEGIN griddata + delr + CONSTANT 1.00000000 + delc + CONSTANT 1.00000000 + top + CONSTANT 0.00000000 + botm + CONSTANT -30.00000000 +END griddata + diff --git a/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.dsp b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.dsp new file mode 100644 index 0000000..7d66ed3 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.dsp @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options +END options + +BEGIN griddata + alh + CONSTANT 1.00000000 + ath1 + CONSTANT 0.50000000 +END griddata + diff --git a/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.ic b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.ic new file mode 100644 index 0000000..573385b --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.ic @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options +END options + +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.ims b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.ims new file mode 100644 index 0000000..b3f65c9 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.ims @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + LINEAR_ACCELERATION bicgstab + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.lst b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.lst new file mode 100644 index 0000000..b8c28ca --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.lst @@ -0,0 +1,4026 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREATNW/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREATNW/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREATNW/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1013 + + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1016 + + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwt_pumptreatnw.cbc + + OPENED gwt_pumptreatnw.cbc + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_pumptreatnw.ucn + + OPENED gwt_pumptreatnw.ucn + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 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8.3178-173 + + CONCENTRATION WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 0.0000 STORAGE-AQUEOUS = 0.0000 MST + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 3509.0767 CNC = 3509.0767 CNC + + TOTAL IN = 3509.0767 TOTAL IN = 3509.0767 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 3509.0767 STORAGE-AQUEOUS = 3509.0767 MST + CHD = 8.1595E-98 CHD = 8.1595E-98 SSM_CHD-1 + CNC = 0.0000 CNC = 0.0000 CNC + + TOTAL OUT = 3509.0767 TOTAL OUT = 3509.0767 + + IN - OUT = 8.0036E-11 IN - OUT = 8.0036E-11 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="6" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + +end timestep + + +start 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........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ 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1.1715E-16 1.8214E-16 2.8074E-16 + 4.2941E-16 6.5222E-16 9.8422E-16 1.4761E-15 2.2010E-15 3.2633E-15 4.8119E-15 7.0574E-15 1.0296E-14 1.4944E-14 + 2.1578E-14 3.0998E-14 4.4305E-14 6.3005E-14 8.9147E-14 1.2550E-13 1.7580E-13 2.4504E-13 3.3983E-13 4.6895E-13 + 6.4392E-13 8.7980E-13 1.1961E-12 1.6182E-12 2.1784E-12 2.9180E-12 3.8896E-12 5.1594E-12 6.8102E-12 8.9454E-12 + 1.1693E-11 1.5210E-11 1.9689E-11 2.5365E-11 3.2519E-11 4.1491E-11 5.2685E-11 6.6581E-11 8.3742E-11 1.0483E-10 + 1.3060E-10 1.6195E-10 1.9988E-10 2.4555E-10 3.0024E-10 3.6542E-10 4.4269E-10 5.3384E-10 6.4082E-10 7.6572E-10 + 9.1081E-10 1.0785E-09 1.2713E-09 1.4919E-09 1.7429E-09 2.0271E-09 2.3472E-09 2.7059E-09 3.1058E-09 3.5491E-09 + 4.0381E-09 4.5746E-09 5.1600E-09 5.7954E-09 6.4812E-09 7.2174E-09 8.0031E-09 8.8370E-09 9.7169E-09 1.0640E-08 + 1.1602E-08 1.2599E-08 1.3625E-08 1.4674E-08 1.5739E-08 1.6813E-08 1.7888E-08 1.8955E-08 2.0005E-08 2.1030E-08 + 2.2019E-08 2.2964E-08 2.3855E-08 2.4686E-08 2.5447E-08 2.6134E-08 2.6739E-08 2.7261E-08 2.7693E-08 2.8026E-08 + 2.8232E-08 + + CONCENTRATION WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 534.2464 STORAGE-AQUEOUS = 0.5931 MST + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 4854178.9042 CNC = 1586.1386 CNC + + TOTAL IN = 4854713.1505 TOTAL IN = 1586.7318 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 3950824.0295 STORAGE-AQUEOUS = 669.3016 MST + CHD = 331715.3594 CHD = 722.7036 SSM_CHD-1 + CNC = 572173.7616 CNC = 194.7266 CNC + + TOTAL OUT = 4854713.1505 TOTAL OUT = 1586.7318 + + IN - OUT = 1.6618E-05 IN - OUT = -9.0872E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.mst b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.mst new file mode 100644 index 0000000..1befffc --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.nam b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.nam new file mode 100644 index 0000000..9be3945 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreatnw.dis dis + IC6 gwt_pumptreatnw.ic ic + ADV6 gwt_pumptreatnw.adv adv + DSP6 gwt_pumptreatnw.dsp dsp + MST6 gwt_pumptreatnw.mst mst + SSM6 gwt_pumptreatnw.ssm ssm + CNC6 gwt_pumptreatnw.cnc cnc + OC6 gwt_pumptreatnw.oc oc +END packages + diff --git a/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.oc b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.oc new file mode 100644 index 0000000..0032e1c --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options + BUDGET FILEOUT gwt_pumptreatnw.cbc + CONCENTRATION FILEOUT gwt_pumptreatnw.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.ssm b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.ssm new file mode 100644 index 0000000..8437946 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.ssm @@ -0,0 +1,8 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.ucn b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.ucn new file mode 100644 index 0000000..ba597b6 Binary files /dev/null and b/src/notebooks/models/pumptreatnw/gwt_pumptreatnw.ucn differ diff --git a/src/notebooks/models/pumptreatnw/head_distribution.png b/src/notebooks/models/pumptreatnw/head_distribution.png new file mode 100644 index 0000000..57d3c2c Binary files /dev/null and b/src/notebooks/models/pumptreatnw/head_distribution.png differ diff --git a/src/notebooks/models/pumptreatnw/mfsim.lst b/src/notebooks/models/pumptreatnw/mfsim.lst new file mode 100644 index 0000000..e654c0d --- /dev/null +++ b/src/notebooks/models/pumptreatnw/mfsim.lst @@ -0,0 +1,7415 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + OPENED gwf_pumptreatnw.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + OPENED gwf_pumptreatnw.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + OPENED gwf_pumptreatnw.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + OPENED gwf_pumptreatnw.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + OPENED gwf_pumptreatnw.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + OPENED gwf_pumptreatnw.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + OPENED gwf_pumptreatnw.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreatnw.chd + FILE TYPE:CHD6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreatnw.nam + FILE TYPE:GWT6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + OPENED gwt_pumptreatnw.dis + FILE TYPE:DIS6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + OPENED gwt_pumptreatnw.ic + FILE TYPE:IC6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + OPENED gwt_pumptreatnw.mst + FILE TYPE:MST6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreatnw.adv + FILE TYPE:ADV6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreatnw.dsp + FILE TYPE:DSP6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + OPENED gwt_pumptreatnw.ssm + FILE TYPE:SSM6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreatnw.oc + FILE TYPE:OC6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreatnw.cnc + FILE TYPE:CNC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + OPENED pumptreatnw.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreatnw.ims + FILE TYPE:IMS UNIT 1022 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreatnw.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1022 + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 45 -0.49507281 1_GWF-(1,101,100) + Model 2 1 2.98305048E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 46 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 68.659043 2_GWT-(1,43,25) + Model 2 1 2.83247818E-18 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 3000.000 + ------------------------------------------ + NUMBER OF TIME STEPS = 250 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 12.00000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.25727852E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 384.32004 2_GWT-(1,43,25) + Model 2 1 1.31715056E-10 * 2_GWT-(1,29,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.77093046E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 184.90473 2_GWT-(1,43,25) + Model 2 1 2.81537051E-10 * 2_GWT-(1,36,39) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.54073583E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 101.91064 2_GWT-(1,34,25) + Model 2 1 4.42234063E-10 * 2_GWT-(1,36,40) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.35304219E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 77.670612 2_GWT-(1,42,27) + Model 2 1 5.57551639E-10 * 2_GWT-(1,36,40) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.27409154E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 64.182776 2_GWT-(1,42,28) + Model 2 1 5.99429690E-10 * 2_GWT-(1,36,41) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.16752916E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 56.329468 2_GWT-(1,42,28) + Model 2 1 5.80298448E-10 * 2_GWT-(1,36,41) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12501789E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 48.611929 2_GWT-(1,42,28) + Model 2 1 5.46848830E-10 * 2_GWT-(1,36,42) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.04519364E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 43.331226 2_GWT-(1,42,29) + Model 2 1 4.96476568E-10 * 2_GWT-(1,36,42) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.01501630E-04 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 39.020425 2_GWT-(1,42,29) + Model 2 1 -6.62524258E-10 * 2_GWT-(1,40,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.49221599E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 34.883031 2_GWT-(1,42,30) + Model 2 1 5.64121888E-10 * 2_GWT-(1,36,43) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.25633096E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 32.423037 2_GWT-(1,42,30) + Model 2 1 3.34103523E-10 * 2_GWT-(1,36,44) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.69464804E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 29.918106 2_GWT-(1,42,30) + Model 2 1 2.52143362E-10 * 2_GWT-(1,35,44) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.50391386E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 27.629104 2_GWT-(1,42,31) + Model 2 1 1.96947736E-10 * 2_GWT-(1,35,45) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.01558450E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 26.107397 2_GWT-(1,42,31) + Model 2 1 1.50447099E-10 * 2_GWT-(1,35,45) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 15 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.85901993E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 24.538740 2_GWT-(1,42,31) + Model 2 1 1.16023718E-10 * 2_GWT-(1,35,46) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 16 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.42912294E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 23.070394 2_GWT-(1,42,32) + Model 2 1 8.16771930E-08 * 2_GWT-(1,31,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 17 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.29951244E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 22.071468 2_GWT-(1,42,32) + Model 2 1 7.35418624E-08 * 2_GWT-(1,31,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 18 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.91730248E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 21.022111 2_GWT-(1,42,32) + Model 2 1 6.61789912E-08 * 2_GWT-(1,31,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 19 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.80941676E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 19.966014 2_GWT-(1,42,33) + Model 2 1 5.94856289E-08 * 2_GWT-(1,31,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 20 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.46677302E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 19.277348 2_GWT-(1,41,33) + Model 2 1 -5.36277014E-08 * 2_GWT-(1,32,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 21 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.37664536E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 18.641113 2_GWT-(1,41,33) + Model 2 1 -4.93292305E-08 * 2_GWT-(1,32,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 22 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.06725641E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 17.959640 2_GWT-(1,41,33) + Model 2 1 -4.54583926E-08 * 2_GWT-(1,32,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 23 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.99180179E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 17.485369 2_GWT-(1,41,34) + Model 2 1 -4.19544506E-08 * 2_GWT-(1,32,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 24 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.71066634E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 17.004843 2_GWT-(1,41,34) + Model 2 1 -3.87662737E-08 * 2_GWT-(1,32,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 25 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.64744553E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 16.481473 2_GWT-(1,41,34) + Model 2 1 -3.58525369E-08 * 2_GWT-(1,32,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 26 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.39053967E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 16.052873 2_GWT-(1,41,35) + Model 2 1 -3.31793331E-08 * 2_GWT-(1,32,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 27 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.33759941E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 15.695685 2_GWT-(1,40,35) + Model 2 1 -3.07194341E-08 * 2_GWT-(1,32,30) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 28 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 5.10164395E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 15.346883 2_GWT-(1,40,35) + Model 2 1 -2.89385298E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 29 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.05740342E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.973438 2_GWT-(1,40,36) + Model 2 1 -2.73149112E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 30 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.83969600E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.726035 2_GWT-(1,40,36) + Model 2 1 -2.57535930E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 31 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.80286378E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.451330 2_GWT-(1,39,36) + Model 2 1 -2.42537794E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 32 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.60115515E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.158265 2_GWT-(1,39,36) + Model 2 1 -2.28166073E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 33 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.57066743E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.923341 2_GWT-(1,39,37) + Model 2 1 -2.14411671E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 34 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.38306866E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.706040 2_GWT-(1,39,37) + Model 2 1 -2.01272314E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 35 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.35804250E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.454502 2_GWT-(1,39,37) + Model 2 1 -1.88736635E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 36 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 4.18295435E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.219684 2_GWT-(1,39,38) + Model 2 1 -1.76801791E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 37 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.16265197E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.033063 2_GWT-(1,39,38) + Model 2 1 -1.65446181E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 38 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.99871040E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.815993 2_GWT-(1,39,38) + Model 2 1 -1.54664122E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 39 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.98251158E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.582873 2_GWT-(1,39,39) + Model 2 1 -1.44435717E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 40 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.82854532E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.421975 2_GWT-(1,39,39) + Model 2 1 -1.34747324E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 41 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.81592582E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.233813 2_GWT-(1,39,39) + Model 2 1 -1.25573933E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 42 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.67092288E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.021634 2_GWT-(1,39,39) + Model 2 1 -1.16909291E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 43 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.66143746E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.864395 2_GWT-(1,39,40) + Model 2 1 -1.08724407E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 44 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.52451846E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.700685 2_GWT-(1,39,40) + Model 2 1 -1.01010755E-08 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 45 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.51778739E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.515080 2_GWT-(1,39,40) + Model 2 1 -9.37450295E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 46 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.38818414E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.353476 2_GWT-(1,39,41) + Model 2 1 -8.69124506E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 47 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.38388236E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.210574 2_GWT-(1,39,41) + Model 2 1 -8.04925548E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 48 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.26092052E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.047691 2_GWT-(1,39,41) + Model 2 1 -7.44694262E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 49 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.25876886E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.883448 2_GWT-(1,39,42) + Model 2 1 -6.88237378E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 50 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.14185373E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.758495 2_GWT-(1,39,42) + Model 2 1 -6.35452579E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 51 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.14161178E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.615056 2_GWT-(1,39,42) + Model 2 1 -5.86078386E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 52 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.03021666E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.455161 2_GWT-(1,39,42) + Model 2 1 -5.40057954E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 53 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.03167691E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.340035 2_GWT-(1,39,43) + Model 2 1 -4.97129804E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 54 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.92533342E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.213587 2_GWT-(1,39,43) + Model 2 1 -4.57237093E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 55 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.92831642E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.071626 2_GWT-(1,39,43) + Model 2 1 -4.20118340E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 56 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.82660643E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.9517435 2_GWT-(1,39,44) + Model 2 1 -3.85693966E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 57 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.83095675E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.8398617 2_GWT-(1,39,44) + Model 2 1 -3.53770702E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 58 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.73350562E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.7137581 2_GWT-(1,39,44) + Model 2 1 -3.24234861E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 59 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.73908851E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.5903268 2_GWT-(1,39,45) + Model 2 1 -2.96904545E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 60 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.64555941E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.4912718 2_GWT-(1,39,45) + Model 2 1 -2.71734280E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 61 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.65225792E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.3789405 2_GWT-(1,39,45) + Model 2 1 -2.48439846E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 62 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.56234699E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.2543345 2_GWT-(1,39,45) + Model 2 1 -2.27043984E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 63 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.57005962E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.1654225 2_GWT-(1,39,46) + Model 2 1 -2.07307949E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 64 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.48349185E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.0650259 2_GWT-(1,39,46) + Model 2 1 -1.89209004E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 65 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.49213046E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.9534664 2_GWT-(1,39,46) + Model 2 1 -1.72542514E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 66 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.40865621E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.8598098 2_GWT-(1,39,47) + Model 2 1 -1.57297109E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 67 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.41814434E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.7705058 2_GWT-(1,39,47) + Model 2 1 -1.43290890E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 68 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.33753630E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.6699476 2_GWT-(1,39,47) + Model 2 1 -1.30512490E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 69 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.34780764E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.5731899 2_GWT-(1,39,48) + Model 2 1 -1.18768639E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 70 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.26985824E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.4930754 2_GWT-(1,39,48) + Model 2 1 -1.08082077E-09 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 71 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.28085535E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.4029652 2_GWT-(1,39,48) + Model 2 1 -9.82936399E-10 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 72 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.20537457E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.3034879 2_GWT-(1,39,49) + Model 2 1 -8.93805918E-10 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 73 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.21704777E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.2317075 2_GWT-(1,39,49) + Model 2 1 -8.12406142E-10 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 74 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.14386114E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.1507282 2_GWT-(1,39,49) + Model 2 1 -7.38396011E-10 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 75 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.15616755E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.0603996 2_GWT-(1,39,49) + Model 2 1 -6.70979716E-10 * 2_GWT-(1,39,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 76 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.08511455E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.9853581 2_GWT-(1,39,50) + Model 2 1 -6.22026874E-10 * 2_GWT-(1,30,61) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 77 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.09801724E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.9118036 2_GWT-(1,39,50) + Model 2 1 -5.79618131E-10 * 2_GWT-(1,30,62) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 78 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.02894977E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.8306579 2_GWT-(1,39,50) + Model 2 1 -5.44059020E-10 * 2_GWT-(1,31,62) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 79 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.04241702E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.7517816 2_GWT-(1,39,51) + Model 2 1 -5.11757747E-10 * 2_GWT-(1,30,62) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 80 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.97519817E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.6862007 2_GWT-(1,39,51) + Model 2 1 -4.73114881E-10 * 2_GWT-(1,31,63) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 81 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.98920285E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.6119836 2_GWT-(1,39,51) + Model 2 1 -4.49290383E-10 * 2_GWT-(1,30,63) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 82 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.92370579E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.5309731 2_GWT-(1,39,52) + Model 2 1 -4.15820267E-10 * 2_GWT-(1,31,64) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 83 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.93822474E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.4718880 2_GWT-(1,39,52) + Model 2 1 -3.93452382E-10 * 2_GWT-(1,31,64) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 84 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.87433173E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.4046240 2_GWT-(1,39,52) + Model 2 1 -3.66970454E-10 * 2_GWT-(1,31,65) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 85 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.88934530E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.3306927 2_GWT-(1,39,52) + Model 2 1 -3.44428486E-10 * 2_GWT-(1,31,65) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 86 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.82694687E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.2679414 2_GWT-(1,39,53) + Model 2 1 -3.23062466E-10 * 2_GWT-(1,31,65) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 87 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.84243846E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.2078467 2_GWT-(1,39,53) + Model 2 1 -3.05210079E-10 * 2_GWT-(1,31,66) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 88 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.78143262E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.1395777 2_GWT-(1,39,53) + Model 2 1 -2.82803114E-10 * 2_GWT-(1,31,66) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 89 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.79738826E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.0749756 2_GWT-(1,39,54) + Model 2 1 -2.70603095E-10 * 2_GWT-(1,31,67) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 90 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.73767990E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.0195506 2_GWT-(1,39,54) + Model 2 1 -2.47521115E-10 * 2_GWT-(1,30,67) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 91 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.75408794E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.9582594 2_GWT-(1,39,54) + Model 2 1 -2.41175968E-10 * 2_GWT-(1,31,67) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 92 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.69558819E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.8908877 2_GWT-(1,39,55) + Model 2 1 -2.22172503E-10 * 2_GWT-(1,30,68) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 93 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.71243893E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.8404957 2_GWT-(1,39,55) + Model 2 1 -2.11272777E-10 * 2_GWT-(1,32,68) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 94 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.65506471E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7847496 2_GWT-(1,39,55) + Model 2 1 -2.01985983E-10 * 2_GWT-(1,30,68) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 95 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.67235018E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7221930 2_GWT-(1,39,55) + Model 2 1 -1.82925675E-10 * 2_GWT-(1,32,68) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 96 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.61602368E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.6702971 2_GWT-(1,39,56) + Model 2 1 -1.81778148E-10 * 2_GWT-(1,31,69) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 97 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.63373735E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.6183208 2_GWT-(1,39,56) + Model 2 1 -1.62636127E-10 * 2_GWT-(1,30,70) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 98 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.57838568E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.5621486 2_GWT-(1,39,56) + Model 2 1 -1.60877534E-10 * 2_GWT-(1,31,69) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 99 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.59652223E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.5067751 2_GWT-(1,39,57) + Model 2 1 -1.49178447E-10 * 2_GWT-(1,30,70) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 100 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.54207706E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4601244 2_GWT-(1,39,57) + Model 2 1 -1.41351819E-10 * 2_GWT-(1,31,70) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 101 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.56063218E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4079174 2_GWT-(1,39,57) + Model 2 1 -1.34768641E-10 * 2_GWT-(1,30,71) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 102 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.50702938E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.3506801 2_GWT-(1,39,57) + Model 2 1 -1.23673516E-10 * 2_GWT-(1,32,71) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 103 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.52599963E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.3086242 2_GWT-(1,39,58) + Model 2 1 -1.22728494E-10 * 2_GWT-(1,30,71) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 104 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.47317902E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2601721 2_GWT-(1,39,58) + Model 2 1 -1.09087850E-10 * 2_GWT-(1,29,72) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 105 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.49256161E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2081034 2_GWT-(1,39,58) + Model 2 1 -1.10411236E-10 * 2_GWT-(1,31,72) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 106 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.44046671E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.1626637 2_GWT-(1,39,59) + Model 2 1 -1.01863407E-10 * 2_GWT-(1,30,73) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 107 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.46025939E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.1192860 2_GWT-(1,39,59) + Model 2 1 -9.82822712E-11 * 2_GWT-(1,31,72) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 108 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.40883714E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0703499 2_GWT-(1,39,59) + Model 2 1 -9.38733535E-11 * 2_GWT-(1,30,73) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 109 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.42903808E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0232464 2_GWT-(1,39,60) + Model 2 1 -8.62172556E-11 * 2_GWT-(1,31,72) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 110 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.37823869E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.9835423 2_GWT-(1,39,60) + Model 2 1 -8.53006554E-11 * 2_GWT-(1,30,73) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 111 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.39884633E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.9384593 2_GWT-(1,39,60) + Model 2 1 -7.50475238E-11 * 2_GWT-(1,29,74) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 112 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.34862304E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8898871 2_GWT-(1,39,61) + Model 2 1 -7.65396635E-11 * 2_GWT-(1,30,73) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 113 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.36963603E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8527266 2_GWT-(1,39,61) + Model 2 1 -6.96296354E-11 * 2_GWT-(1,30,75) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 114 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.31994497E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8120568 2_GWT-(1,39,61) + Model 2 1 -6.79634127E-11 * 2_GWT-(1,31,74) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 115 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.34136205E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7662888 2_GWT-(1,39,61) + Model 2 1 -6.39417408E-11 * 2_GWT-(1,30,75) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 116 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.29216207E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7275102 2_GWT-(1,39,62) + Model 2 1 -5.99555960E-11 * 2_GWT-(1,31,74) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 117 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.31398201E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.6899030 2_GWT-(1,39,62) + Model 2 1 -5.85416160E-11 * 2_GWT-(1,30,76) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 118 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.26523453E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.6477783 2_GWT-(1,39,62) + Model 2 1 -5.24238430E-11 * 2_GWT-(1,31,74) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 119 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.28745605E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.6072469 2_GWT-(1,39,63) + Model 2 1 -5.37454525E-11 * 2_GWT-(1,30,76) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 120 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.23912493E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.5720791 2_GWT-(1,39,63) + Model 2 1 -4.96633845E-11 * 2_GWT-(1,29,77) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 121 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.26174665E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.5337613 2_GWT-(1,39,63) + Model 2 1 -4.90345542E-11 * 2_GWT-(1,30,76) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 122 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.21379807E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4910819 2_GWT-(1,39,64) + Model 2 1 -4.68425299E-11 * 2_GWT-(1,29,77) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 123 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.23681845E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4589598 2_GWT-(1,39,64) + Model 2 1 -4.46256365E-11 * 2_GWT-(1,30,76) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 124 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.18922077E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4233947 2_GWT-(1,39,64) + Model 2 1 -4.41389147E-11 * 2_GWT-(1,29,77) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 125 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.21263808E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3838204 2_GWT-(1,39,64) + Model 2 1 -4.07212042E-11 * 2_GWT-(1,30,76) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 126 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.16536176E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3500731 2_GWT-(1,39,65) + Model 2 1 -4.17870183E-11 * 2_GWT-(1,29,77) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 127 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.18917405E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3167029 2_GWT-(1,39,65) + Model 2 1 3.89945853E-11 * 2_GWT-(1,34,67) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 128 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.14219153E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2805651 2_GWT-(1,39,65) + Model 2 1 -4.01314537E-11 * 2_GWT-(1,30,78) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 129 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.16639656E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2446647 2_GWT-(1,39,66) + Model 2 1 4.24443813E-11 * 2_GWT-(1,38,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 130 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.11968218E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2140709 2_GWT-(1,39,66) + Model 2 1 4.67215155E-11 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 131 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.14427744E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1803846 2_GWT-(1,39,66) + Model 2 1 5.17451637E-11 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 132 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.09780732E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1431098 2_GWT-(1,39,66) + Model 2 1 5.75470782E-11 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 133 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.12278997E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1150921 2_GWT-(1,39,67) + Model 2 1 6.42618181E-11 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 134 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.07654197E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0833379 2_GWT-(1,39,67) + Model 2 1 7.19959647E-11 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 135 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.10190888E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0492225 2_GWT-(1,39,67) + Model 2 1 8.08757505E-11 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 136 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.05586245E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0190031 2_GWT-(1,39,68) + Model 2 1 9.09630149E-11 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 137 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.08161014E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9898945 2_GWT-(1,39,68) + Model 2 1 1.02313491E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 138 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.03574633E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9578648 2_GWT-(1,39,68) + Model 2 1 1.14868337E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 139 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.06187097E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9260204 2_GWT-(1,39,69) + Model 2 1 1.28514976E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 140 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.01617227E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8995279 2_GWT-(1,39,69) + Model 2 1 1.42997614E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 141 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.04266972E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8692951 2_GWT-(1,39,69) + Model 2 1 1.57950986E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 142 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.97120029E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8369884 2_GWT-(1,39,69) + Model 2 1 1.72879044E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 143 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.02398578E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8115968 2_GWT-(1,39,70) + Model 2 1 1.87188487E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 144 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.78570361E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7839109 2_GWT-(1,39,70) + Model 2 1 2.00213179E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 145 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00579958E-05 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7533589 2_GWT-(1,39,70) + Model 2 1 2.11289652E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 146 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.60504938E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7264972 2_GWT-(1,39,71) + Model 2 1 2.19798402E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 147 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.88092446E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7010551 2_GWT-(1,39,71) + Model 2 1 2.25242047E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 148 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.42906316E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6722966 2_GWT-(1,39,71) + Model 2 1 2.27299068E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 149 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.70846619E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6443642 2_GWT-(1,39,72) + Model 2 1 2.25831798E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 150 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.25757869E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6203532 2_GWT-(1,39,72) + Model 2 1 2.20921947E-10 * 2_GWT-(1,39,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 151 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.54045152E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5939680 2_GWT-(1,39,72) + Model 2 1 2.12957652E-10 * 2_GWT-(1,38,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 152 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.09043744E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5647965 2_GWT-(1,39,72) + Model 2 1 2.02345696E-10 * 2_GWT-(1,38,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 153 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.37671884E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5422312 2_GWT-(1,39,73) + Model 2 1 1.89395166E-10 * 2_GWT-(1,38,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 154 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.92748817E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5177315 2_GWT-(1,39,73) + Model 2 1 -1.75752746E-10 * 2_GWT-(1,33,85) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 155 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.21711391E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4903793 2_GWT-(1,39,73) + Model 2 1 -1.79269932E-10 * 2_GWT-(1,33,85) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 156 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.76858638E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4666069 2_GWT-(1,39,74) + Model 2 1 -1.82950544E-10 * 2_GWT-(1,32,85) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 157 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.06148955E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4434787 2_GWT-(1,39,74) + Model 2 1 -1.83540294E-10 * 2_GWT-(1,33,86) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 158 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.61359411E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4182476 2_GWT-(1,39,74) + Model 2 1 -1.86226146E-10 * 2_GWT-(1,32,85) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 159 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.90970499E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3929901 2_GWT-(1,39,75) + Model 2 1 -1.85139015E-10 * 2_GWT-(1,33,86) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 160 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.46237941E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3715247 2_GWT-(1,39,75) + Model 2 1 -1.85458759E-10 * 2_GWT-(1,33,86) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 161 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.76162579E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3479108 2_GWT-(1,39,75) + Model 2 1 -1.88535410E-10 * 2_GWT-(1,40,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 162 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.31481609E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3218570 2_GWT-(1,39,75) + Model 2 1 -1.95763405E-10 * 2_GWT-(1,40,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 163 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.61712340E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3016663 2_GWT-(1,39,76) + Model 2 1 -2.03316475E-10 * 2_GWT-(1,40,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 164 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.17078341E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2794172 2_GWT-(1,39,76) + Model 2 1 -2.11263895E-10 * 2_GWT-(1,40,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 165 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.47607486E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2552135 2_GWT-(1,39,76) + Model 2 1 -2.19682050E-10 * 2_GWT-(1,40,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 166 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.03016573E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2335961 2_GWT-(1,39,77) + Model 2 1 -2.28666863E-10 * 2_GWT-(1,40,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 167 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.33836244E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2129247 2_GWT-(1,39,77) + Model 2 1 -2.38649989E-10 * 2_GWT-(1,39,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 168 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.89285227E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1901724 2_GWT-(1,39,77) + Model 2 1 -2.49798404E-10 * 2_GWT-(1,39,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 169 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.20387347E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1673764 2_GWT-(1,39,78) + Model 2 1 -2.61870525E-10 * 2_GWT-(1,39,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 170 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.75873684E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1482210 2_GWT-(1,39,78) + Model 2 1 -2.75022671E-10 * 2_GWT-(1,39,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 171 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.07250006E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1268175 2_GWT-(1,39,78) + Model 2 1 -2.89407609E-10 * 2_GWT-(1,39,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 172 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.62771763E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1035538 2_GWT-(1,39,78) + Model 2 1 -3.05185210E-10 * 2_GWT-(1,39,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 173 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.94413881E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0851378 2_GWT-(1,39,79) + Model 2 1 -3.22547322E-10 * 2_GWT-(1,39,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 174 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.49969702E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0651893 2_GWT-(1,39,79) + Model 2 1 -3.42495809E-10 * 2_GWT-(1,38,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 175 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.81869064E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0432764 2_GWT-(1,39,79) + Model 2 1 -3.64529740E-10 * 2_GWT-(1,38,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 176 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.37458121E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0237142 2_GWT-(1,39,80) + Model 2 1 -3.88858723E-10 * 2_GWT-(1,38,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 177 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.69606061E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0051236 2_GWT-(1,39,80) + Model 2 1 -4.15706580E-10 * 2_GWT-(1,38,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 178 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.25228023E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9845128 2_GWT-(1,39,80) + Model 2 1 -4.45346870E-10 * 2_GWT-(1,38,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 179 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.57615756E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9639280 2_GWT-(1,39,81) + Model 2 1 -4.78038942E-10 * 2_GWT-(1,38,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 180 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.13270760E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9465277 2_GWT-(1,39,81) + Model 2 1 -5.15143483E-10 * 2_GWT-(1,37,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 181 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.45889415E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9272470 2_GWT-(1,39,81) + Model 2 1 -5.56283908E-10 * 2_GWT-(1,37,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 182 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.01578031E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9061395 2_GWT-(1,39,81) + Model 2 1 -6.01623640E-10 * 2_GWT-(1,37,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 183 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.34418652E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8894074 2_GWT-(1,39,82) + Model 2 1 -6.51581900E-10 * 2_GWT-(1,37,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 184 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.90141847E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8713689 2_GWT-(1,39,82) + Model 2 1 -7.06585013E-10 * 2_GWT-(1,37,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 185 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.23195420E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8514937 2_GWT-(1,39,82) + Model 2 1 -7.69126984E-10 * 2_GWT-(1,36,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 186 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.78954532E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8337284 2_GWT-(1,39,83) + Model 2 1 -8.38397796E-10 * 2_GWT-(1,36,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 187 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.12211993E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8168161 2_GWT-(1,39,83) + Model 2 1 -9.14972986E-10 * 2_GWT-(1,36,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 188 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.68008699E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7981632 2_GWT-(1,39,83) + Model 2 1 -9.99811789E-10 * 2_GWT-(1,35,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 189 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.01460948E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7794090 2_GWT-(1,39,84) + Model 2 1 -1.09729825E-09 * 2_GWT-(1,35,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 190 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.57297244E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7635759 2_GWT-(1,39,84) + Model 2 1 -1.20586918E-09 * 2_GWT-(1,35,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 191 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.90935156E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7460732 2_GWT-(1,39,84) + Model 2 1 -1.32713751E-09 * 2_GWT-(1,35,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 192 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.46813326E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7268833 2_GWT-(1,39,84) + Model 2 1 -1.46692258E-09 * 2_GWT-(1,34,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 193 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.80627773E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.7116157 2_GWT-(1,39,85) + Model 2 1 -1.62547309E-09 * 2_GWT-(1,34,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 194 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.36550364E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6951738 2_GWT-(1,39,85) + Model 2 1 -1.80466486E-09 * 2_GWT-(1,34,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 195 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.70532217E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6771162 2_GWT-(1,39,85) + Model 2 1 -2.01252703E-09 * 2_GWT-(1,33,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 196 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.26502006E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6608732 2_GWT-(1,39,86) + Model 2 1 -2.25183072E-09 * 2_GWT-(1,33,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 197 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.60642155E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6454476 2_GWT-(1,39,86) + Model 2 1 -2.52548205E-09 * 2_GWT-(1,33,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 198 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.16662150E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6284602 2_GWT-(1,39,86) + Model 2 1 -2.84262569E-09 * 2_GWT-(1,32,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 199 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.50951505E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.6113014 2_GWT-(1,39,87) + Model 2 1 -3.21481508E-09 * 2_GWT-(1,32,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 200 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.08534460E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5968651 2_GWT-(1,39,87) + Model 2 1 -3.64609321E-09 * 2_GWT-(1,32,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 201 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.41454419E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5808751 2_GWT-(1,39,87) + Model 2 1 -4.14834744E-09 * 2_GWT-(1,32,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 202 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.00631047E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5633827 2_GWT-(1,39,87) + Model 2 1 -4.73715289E-09 * 2_GWT-(1,31,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 203 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.32145263E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5493767 2_GWT-(1,39,88) + Model 2 1 -5.44417844E-09 * 2_GWT-(1,31,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 204 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.92858963E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5343450 2_GWT-(1,39,88) + Model 2 1 -6.28730135E-09 * 2_GWT-(1,31,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 205 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.23018622E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5178505 2_GWT-(1,39,88) + Model 2 1 -7.30619121E-09 * 2_GWT-(1,31,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 206 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.85214937E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.5029492 2_GWT-(1,39,89) + Model 2 1 -8.55852278E-09 * 2_GWT-(1,31,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 207 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.14069289E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4888443 2_GWT-(1,39,89) + Model 2 1 -1.01341868E-08 * 2_GWT-(1,31,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 208 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.77695804E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4732889 2_GWT-(1,39,89) + Model 2 1 -1.21790436E-08 * 2_GWT-(1,31,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 209 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.05292241E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4575684 2_GWT-(1,39,90) + Model 2 1 -1.49497481E-08 * 2_GWT-(1,31,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 210 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.70298518E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4443395 2_GWT-(1,39,90) + Model 2 1 -1.89640375E-08 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 211 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.96682649E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4296884 2_GWT-(1,39,90) + Model 2 1 -2.53014747E-08 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 212 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.63020132E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4136652 2_GWT-(1,39,90) + Model 2 1 -3.69467870E-08 * 2_GWT-(1,30,99) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 213 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.88235861E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.4008188 2_GWT-(1,39,91) + Model 2 1 6.70185898E-08 * 2_GWT-(1,43,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 214 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.55857803E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3870373 2_GWT-(1,39,91) + Model 2 1 2.95513431E-07 * 2_GWT-(1,43,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 215 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.79947394E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3719003 2_GWT-(1,39,91) + Model 2 1 -1.50747326E-07 * 2_GWT-(1,43,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 216 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.48808778E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3582947 2_GWT-(1,39,92) + Model 2 1 -6.50326939E-08 * 2_GWT-(1,43,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 217 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.71812935E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3453377 2_GWT-(1,39,92) + Model 2 1 -4.31331131E-08 * 2_GWT-(1,43,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 218 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.41870401E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3310536 2_GWT-(1,39,92) + Model 2 1 -3.30149561E-08 * 2_GWT-(1,43,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 219 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.63828317E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3168043 2_GWT-(1,39,93) + Model 2 1 -2.71042921E-08 * 2_GWT-(1,43,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 220 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.35040103E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.3046328 2_GWT-(1,39,93) + Model 2 1 -2.31611637E-08 * 2_GWT-(1,43,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 221 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.55989533E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2911653 2_GWT-(1,39,93) + Model 2 1 -2.02885388E-08 * 2_GWT-(1,43,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 222 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.28315405E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2764457 2_GWT-(1,39,94) + Model 2 1 -1.80732229E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 223 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.48292718E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2650259 2_GWT-(1,39,94) + Model 2 1 -1.62807794E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 224 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.21693907E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2523327 2_GWT-(1,39,94) + Model 2 1 -1.47638985E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 225 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.40734145E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2383963 2_GWT-(1,39,94) + Model 2 1 -1.34430707E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 226 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.15173285E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2267141 2_GWT-(1,39,95) + Model 2 1 -1.22674635E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 227 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.33310212E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2147530 2_GWT-(1,39,95) + Model 2 1 -1.12040652E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 228 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.08751295E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.2015730 2_GWT-(1,39,95) + Model 2 1 -1.02307638E-08 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 229 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.26017455E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1900477 2_GWT-(1,39,96) + Model 2 1 -9.33243882E-09 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 230 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.02425766E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1787650 2_GWT-(1,39,96) + Model 2 1 -8.49911430E-09 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 231 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.18852527E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1662832 2_GWT-(1,39,96) + Model 2 1 -7.72357112E-09 * 2_GWT-(1,42,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 232 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.96194599E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1555793 2_GWT-(1,39,97) + Model 2 1 -7.00183023E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 233 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.11812197E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1448886 2_GWT-(1,39,97) + Model 2 1 -6.33684749E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 234 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.90055757E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1331098 2_GWT-(1,39,98) + Model 2 1 -5.71657210E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 235 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.04893344E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1240445 2_GWT-(1,39,98) + Model 2 1 -5.13921350E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 236 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.84007275E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1137939 2_GWT-(1,39,98) + Model 2 1 -4.60309479E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 237 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.98092961E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.1050397 2_GWT-(1,39,99) + Model 2 1 -4.10679490E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 238 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.78047246E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0961109 2_GWT-(1,39,99) + Model 2 1 -3.64886432E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 239 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.91408139E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0889792 2_GWT-(1,39,100) + Model 2 1 -3.22779670E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 240 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.72173820E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0825247 2_GWT-(1,39,101) + Model 2 1 -2.84225621E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 241 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.84836066E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0752339 2_GWT-(1,39,101) + Model 2 1 -2.49070808E-09 * 2_GWT-(1,41,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 242 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.66385214E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0667671 2_GWT-(1,39,101) + Model 2 1 -2.17167440E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 243 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.78374032E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0571473 2_GWT-(1,39,101) + Model 2 1 -1.88649096E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 244 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.60679695E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0463984 2_GWT-(1,39,101) + Model 2 1 -1.63001346E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 245 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.72019410E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0345453 2_GWT-(1,39,101) + Model 2 1 -1.40076395E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 246 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.55055579E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0216137 2_GWT-(1,39,101) + Model 2 1 -1.19715082E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 247 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.65769665E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.0076299 2_GWT-(1,39,101) + Model 2 1 -1.01761088E-09 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 248 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.49511247E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9926213 2_GWT-(1,39,101) + Model 2 1 -8.60353566E-10 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 249 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.59622347E-06 * 1_GWF-(1,2,88) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9766155 2_GWT-(1,39,101) + Model 2 1 -7.23645144E-10 * 2_GWT-(1,40,101) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 250 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.44045114E-06 * 1_GWF-(1,2,85) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.9596411 2_GWT-(1,39,101) + Model 2 1 -6.09020390E-10 * 2_GWT-(1,39,100) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.26150000E-02 + Logical 6.40000000E-05 + Integer 5.4214000 + Real 12.678712 + ------------------------------- + Total 18.112791 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/07/31 17:04:29 + Elapsed run time: 1 Minutes, 8.133 Seconds + Normal termination of simulation. diff --git a/src/notebooks/models/pumptreatnw/mfsim.nam b/src/notebooks/models/pumptreatnw/mfsim.nam new file mode 100644 index 0000000..44f7136 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:32. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreatnw.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreatnw.nam gwf_pumptreatnw + gwt6 gwt_pumptreatnw.nam gwt_pumptreatnw +END models + +BEGIN exchanges + GWF6-GWT6 pumptreatnw.gwfgwt gwf_pumptreatnw gwt_pumptreatnw +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreatnw.ims gwf_pumptreatnw + ims6 gwt_pumptreatnw.ims gwt_pumptreatnw +END solutiongroup 1 + diff --git a/src/notebooks/models/pumptreatnw/plume.png b/src/notebooks/models/pumptreatnw/plume.png new file mode 100644 index 0000000..7cdeeb1 Binary files /dev/null and b/src/notebooks/models/pumptreatnw/plume.png differ diff --git a/src/notebooks/models/pumptreatnw/pumptreatnw.chd b/src/notebooks/models/pumptreatnw/pumptreatnw.chd new file mode 100644 index 0000000..52b1423 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/pumptreatnw.chd @@ -0,0 +1,215 @@ +# File generated by Flopy version 3.9.3 on 07/14/2025 at 20:21:42. +BEGIN options + auxiliary 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100644 index 0000000..aacc84d --- /dev/null +++ b/src/notebooks/models/pumptreatnw/pumptreatnw.lst @@ -0,0 +1,1203 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/PUMPTREATNW/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/PUMPTREATNW/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/PUMPTREATNW/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/PUMPTREATNW/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/PUMPTREATNW/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1024 + FILE NAME: pumptreatnw.dis.grb + + OPENED pumptreatnw.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1024 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 07/14/2025 at 15:39:07. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: pumptreatnw.bud + + OPENED pumptreatnw.bud + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: pumptreatnw.hds + + OPENED pumptreatnw.hds + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL PUMPTREATNW PACKAGE PUMPTREATNW CONNECTED TO MODEL PUMPTREATNW PACKAGE CHD-1 ON UNIT 1025 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1026 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + CHD = 14.8837 CHD = 14.8837 CHD-1 + + TOTAL IN = 14.8837 TOTAL IN = 14.8837 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + CHD = 15.1526 CHD = 15.1526 CHD-1 + + TOTAL OUT = 15.1526 TOTAL OUT = 15.1526 + + IN - OUT = -0.2688 IN - 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PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 4.3942E-04 STO-SS = 4.4877E-08 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + CHD = 45424.2292 CHD = 15.1452 CHD-1 + + TOTAL IN = 45424.2296 TOTAL IN = 15.1452 + + OUT: OUT: + ---- ---- + STO-SS = 3.7115E-04 STO-SS = 3.4823E-08 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + CHD = 45472.8043 CHD = 15.1525 CHD-1 + + TOTAL OUT = 45472.8046 TOTAL OUT = 15.1525 + + IN - OUT = -48.5750 IN - OUT = -7.3365E-03 + + PERCENT DISCREPANCY = -0.11 PERCENT DISCREPANCY = -0.05 + + + + + TIME SUMMARY AT END OF TIME STEP 150 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.72800E+06 28800. 480.00 20.000 5.47570E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/pumptreatnw/pumptreatnw.nam b/src/notebooks/models/pumptreatnw/pumptreatnw.nam new file mode 100644 index 0000000..c3b1407 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/pumptreatnw.nam @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.9.3 on 07/14/2025 at 15:39:07. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 pumptreatnw.dis dis + IC6 pumptreatnw.ic ic + NPF6 pumptreatnw.npf npf + STO6 pumptreatnw.sto sto + CHD6 pumptreatnw.chd chd-1 + OC6 pumptreatnw.oc gwfgwt +END packages + diff --git a/src/notebooks/models/pumptreatnw/pumptreatnw.npf b/src/notebooks/models/pumptreatnw/pumptreatnw.npf new file mode 100644 index 0000000..c170927 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/pumptreatnw.npf @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.9.3 on 07/14/2025 at 20:21:42. +BEGIN options + SAVE_FLOWS +END options + +BEGIN griddata + icelltype + CONSTANT 1 + k + CONSTANT 1.00000000 + k33 + CONSTANT 0.30000000 +END griddata + diff --git a/src/notebooks/models/pumptreatnw/pumptreatnw.oc b/src/notebooks/models/pumptreatnw/pumptreatnw.oc new file mode 100644 index 0000000..2e3e293 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/pumptreatnw.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 07/14/2025 at 20:21:42. +BEGIN options + BUDGET FILEOUT pumptreatnw.bud + HEAD FILEOUT pumptreatnw.hds +END options + +BEGIN period 1 + SAVE HEAD LAST + SAVE BUDGET LAST +END period 1 + diff --git a/src/notebooks/models/pumptreatnw/pumptreatnw.sto b/src/notebooks/models/pumptreatnw/pumptreatnw.sto new file mode 100644 index 0000000..3919501 --- /dev/null +++ b/src/notebooks/models/pumptreatnw/pumptreatnw.sto @@ -0,0 +1,228 @@ +# File generated by Flopy version 3.9.3 on 07/14/2025 at 20:21:42. +BEGIN options + SAVE_FLOWS +END options + +BEGIN griddata + iconvert + 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0000000..e215dde --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/gwf_pumptreat.ims @@ -0,0 +1,6 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options + PRINT_OPTION summary + COMPLEXITY simple +END options + diff --git a/src/notebooks/models/pymf6/pumptreat/gwf_pumptreat.lst b/src/notebooks/models/pymf6/pumptreat/gwf_pumptreat.lst new file mode 100644 index 0000000..c6c7acf --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/gwf_pumptreat.lst @@ -0,0 +1,3859 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +"C:\Users\lucialabarca\re-run noteboks\pymf6-validation\.pixi\envs\default\python.EXE" system_well_control.py + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_PUMPTREAT/IC + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/WEL-1 + + PROCESSING WEL BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 3 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/CHD-1 + + PROCESSING CHD BASE OPTIONS + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 202 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_PUMPTREAT/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_pumptreat.dis.grb + + OPENED gwf_pumptreat.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_pumptreat.bud + + OPENED gwf_pumptreat.bud + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwf_pumptreat.hds + + OPENED gwf_pumptreat.hds + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 1, STRESS PERIOD 1 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 1, STRESS PERIOD 1 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 149.4914 CHD = 149.4914 CHD-1 + + TOTAL IN = 149.4914 TOTAL IN = 149.4914 + + OUT: OUT: + ---- ---- + STO-SS = 0.0000 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 150.0000 WEL = 150.0000 WEL-1 + CHD = 0.0000 CHD = 0.0000 CHD-1 + + TOTAL OUT = 150.0000 TOTAL OUT = 150.0000 + + IN - OUT = -0.5086 IN - OUT = -0.5086 + + PERCENT DISCREPANCY = -0.34 PERCENT DISCREPANCY = -0.34 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 2 IS TRANSIENT + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 1, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 1, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 1, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 2, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 2, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 2, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 3, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 3, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 3, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 4, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 4, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 4, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 5, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 5, STRESS PERIOD 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PACKAGE NPF ON UNIT 1027 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 6, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 6, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 6, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="7" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 7, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 7, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 7, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="8" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 8, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 8, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 8, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="9" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 9, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 9, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 9, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="10" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 10, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 10, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 10, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="11" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 11, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 11, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 11, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="12" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 12, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 12, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 12, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="13" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 13, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 13, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 13, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="14" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 14, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 14, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 14, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="15" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 15, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 15, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 15, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="16" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 16, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 16, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 16, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="17" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 17, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 17, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 17, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="18" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 18, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 18, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 18, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="19" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 19, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 19, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 19, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="20" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 20, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 20, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 20, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="21" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 21, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 21, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 21, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="22" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 22, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 22, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 22, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="23" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 23, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 23, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 23, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="24" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 24, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 24, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 24, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="25" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 25, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 25, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 25, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="26" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 26, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 26, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 26, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="27" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 27, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 27, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 27, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="28" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 28, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 28, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 28, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="29" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 29, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 29, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 29, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="30" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 30, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 30, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 30, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="31" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 31, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 31, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 31, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="32" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 32, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 32, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 32, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="33" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 33, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 33, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 33, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="34" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 34, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 34, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 34, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="35" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 35, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 35, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 35, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="36" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 36, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 36, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 36, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="37" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 37, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 37, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 37, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="38" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 38, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 38, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 38, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="39" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 39, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 39, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 39, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="40" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 40, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 40, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 40, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="41" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 41, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 41, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 41, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="42" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 42, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 42, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 42, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="43" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 43, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 43, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 43, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="44" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 44, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 44, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 44, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="45" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 45, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 45, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 45, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="46" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 46, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 46, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 46, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="47" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 47, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 47, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 47, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="48" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 48, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 48, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 48, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="49" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 49, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 49, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 49, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="50" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 50, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 50, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 50, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="51" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 51, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 51, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 51, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="52" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 52, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 52, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 52, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="53" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 53, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 53, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 53, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="54" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 54, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 54, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 54, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="55" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 55, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 55, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 55, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="56" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 56, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 56, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 56, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="57" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 57, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 57, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 57, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="58" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 58, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 58, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 58, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="59" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 59, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 59, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 59, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="60" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 60, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 60, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 60, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="61" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 61, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 61, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 61, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="62" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 62, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 62, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 62, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="63" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 63, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 63, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 63, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="64" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 64, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 64, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 64, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="65" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 65, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 65, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 65, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="66" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 66, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 66, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 66, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="67" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 67, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 67, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 67, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="68" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 68, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 68, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 68, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="69" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 69, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 69, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 69, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="70" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 70, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 70, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 70, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="71" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 71, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 71, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 71, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="72" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 72, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 72, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 72, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="73" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 73, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 73, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 73, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="74" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 74, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 74, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 74, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="75" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 75, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 75, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 75, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="76" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 76, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 76, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 76, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="77" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 77, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 77, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 77, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="78" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 78, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 78, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 78, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="79" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 79, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 79, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 79, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="80" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 80, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 80, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 80, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="81" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 81, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 81, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 81, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="82" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 82, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 82, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 82, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="83" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 83, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 83, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 83, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="84" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 84, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 84, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 84, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="85" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 85, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 85, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 85, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="86" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 86, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 86, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 86, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="87" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 87, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 87, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 87, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="88" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 88, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 88, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 88, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="89" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 89, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 89, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 89, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="90" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 90, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 90, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 90, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="91" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 91, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 91, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 91, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="92" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 92, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 92, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 92, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="93" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 93, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 93, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 93, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="94" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 94, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 94, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 94, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="95" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 95, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 95, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 95, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="96" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 96, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 96, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 96, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="97" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 97, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 97, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 97, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="98" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 98, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 98, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 98, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="99" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 99, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 99, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 99, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="100" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 100, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 100, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 100, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="101" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 101, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 101, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 101, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="102" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 102, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 102, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 102, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="103" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 103, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 103, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 103, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="104" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 104, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 104, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 104, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="105" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 105, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 105, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 105, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="106" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 106, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 106, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 106, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="107" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 107, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 107, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 107, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="108" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 108, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 108, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 108, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="109" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 109, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 109, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 109, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="110" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 110, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 110, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 110, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="111" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 111, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 111, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 111, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="112" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 112, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 112, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 112, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="113" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 113, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 113, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 113, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="114" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 114, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 114, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 114, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="115" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 115, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 115, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 115, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="116" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 116, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 116, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 116, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="117" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 117, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 117, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 117, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 117, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.0066 STO-SS = 8.3861E-02 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 23086.8143 CHD = 108.0086 CHD-1 + + TOTAL IN = 23087.8210 TOTAL IN = 108.0925 + + OUT: OUT: + ---- ---- + STO-SS = 1.3925 STO-SS = 0.0000 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 1686.1080 WEL = 110.3983 WEL-1 + CHD = 20522.8634 CHD = 0.0000 CHD-1 + + TOTAL OUT = 22210.3639 TOTAL OUT = 110.3983 + + IN - OUT = 877.4571 IN - OUT = -2.3058 + + PERCENT DISCREPANCY = 3.87 PERCENT DISCREPANCY = -2.11 + + + + + TIME SUMMARY AT END OF TIME STEP 117 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 1.21306E+08 2.02176E+06 33696. 1404.0 3.8439 + TOTAL TIME 1.21392E+08 2.02320E+06 33720. 1405.0 3.8467 + + + ****FAILED TO MEET SOLVER CONVERGENCE CRITERIA IN TIME STEP 117 OF STRESS PERIOD 2**** + +end timestep + + +start timestep kper="2" kstp="118" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 118, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 118, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 118, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="119" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 119, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 119, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 119, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="120" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 120, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 120, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 120, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="121" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 121, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 121, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 121, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="122" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 122, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 122, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 122, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="123" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 123, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 123, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 123, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="124" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 124, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 124, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 124, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="125" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 125, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 125, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 125, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="126" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 126, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 126, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 126, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="127" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 127, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 127, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 127, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="128" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 128, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 128, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 128, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="129" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 129, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 129, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 129, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="130" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 130, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 130, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 130, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="131" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 131, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 131, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 131, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="132" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 132, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 132, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 132, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="133" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 133, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 133, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 133, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="134" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 134, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 134, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 134, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="135" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 135, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 135, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 135, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="136" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 136, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 136, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 136, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="137" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 137, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 137, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 137, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="138" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 138, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 138, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 138, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="139" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 139, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 139, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 139, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="140" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 140, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 140, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 140, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="141" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 141, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 141, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 141, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="142" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 142, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 142, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 142, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="143" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 143, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 143, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 143, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="144" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 144, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 144, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 144, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="145" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 145, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 145, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 145, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="146" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 146, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 146, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 146, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="147" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 147, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 147, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 147, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="148" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 148, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 148, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 148, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="149" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 149, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 149, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 149, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="150" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 150, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 150, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 150, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="151" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 151, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 151, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 151, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="152" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 152, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 152, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 152, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="153" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 153, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 153, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 153, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="154" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 154, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 154, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 154, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="155" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 155, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 155, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 155, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="156" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 156, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 156, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 156, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="157" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 157, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 157, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 157, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="158" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 158, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 158, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 158, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="159" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 159, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 159, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 159, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="160" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 160, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 160, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 160, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="161" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 161, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 161, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 161, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="162" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 162, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 162, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 162, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="163" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 163, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 163, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 163, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="164" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 164, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 164, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 164, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="165" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 165, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 165, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 165, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="166" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 166, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 166, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 166, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="167" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 167, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 167, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 167, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="168" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 168, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 168, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 168, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="169" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 169, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 169, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 169, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="170" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 170, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 170, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 170, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="171" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 171, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 171, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 171, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="172" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 172, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 172, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 172, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="173" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 173, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 173, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 173, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="174" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 174, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 174, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 174, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="175" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 175, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 175, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 175, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="176" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 176, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 176, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 176, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="177" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 177, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 177, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 177, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="178" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 178, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 178, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 178, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="179" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 179, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 179, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 179, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="180" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 180, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 180, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 180, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="181" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 181, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 181, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 181, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="182" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 182, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 182, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 182, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="183" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 183, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 183, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 183, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="184" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 184, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 184, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 184, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="185" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 185, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 185, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 185, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="186" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 186, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 186, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 186, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="187" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 187, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 187, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 187, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="188" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 188, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 188, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 188, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="189" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 189, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 189, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 189, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="190" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 190, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 190, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 190, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="191" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 191, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 191, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 191, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="192" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 192, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 192, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 192, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="193" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 193, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 193, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 193, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="194" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 194, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 194, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 194, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="195" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 195, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 195, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 195, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="196" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 196, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 196, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 196, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="197" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 197, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 197, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 197, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="198" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 198, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 198, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 198, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="199" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 199, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 199, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 199, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="200" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 200, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 200, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 200, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="201" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 201, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 201, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 201, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="202" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 202, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 202, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 202, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="203" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 203, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 203, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 203, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="204" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 204, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 204, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 204, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="205" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 205, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 205, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 205, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="206" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 206, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 206, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 206, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="207" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 207, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 207, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 207, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="208" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 208, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 208, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 208, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="209" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 209, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 209, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 209, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="210" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 210, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 210, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 210, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="211" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 211, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 211, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 211, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="212" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 212, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 212, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 212, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="213" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 213, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 213, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 213, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="214" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 214, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 214, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 214, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="215" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 215, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 215, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 215, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="216" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 216, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 216, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 216, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="217" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 217, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 217, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 217, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="218" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 218, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 218, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 218, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="219" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 219, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 219, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 219, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="220" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 220, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 220, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 220, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="221" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 221, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 221, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 221, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="222" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 222, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 222, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 222, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="223" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 223, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 223, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 223, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="224" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 224, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 224, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 224, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="225" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 225, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 225, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 225, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="226" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 226, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 226, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 226, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="227" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 227, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 227, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 227, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="228" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 228, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 228, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 228, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="229" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 229, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 229, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 229, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="230" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 230, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 230, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 230, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="231" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 231, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 231, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 231, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="232" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 232, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 232, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 232, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="233" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 233, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 233, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 233, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="234" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 234, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 234, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 234, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="235" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 235, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 235, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 235, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="236" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 236, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 236, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 236, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="237" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 237, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 237, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 237, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="238" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 238, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 238, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 238, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="239" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 239, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 239, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 239, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="240" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 240, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 240, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 240, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="241" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 241, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 241, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 241, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="242" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 242, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 242, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 242, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="243" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 243, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 243, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 243, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="244" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 244, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 244, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 244, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="245" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 245, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 245, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 245, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="246" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 246, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 246, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 246, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="247" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 247, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 247, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 247, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="248" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 248, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 248, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 248, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="249" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 249, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 249, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 249, STRESS PERIOD 2 + +end timestep + + +start timestep kper="2" kstp="250" mode="normal" + + UBDSV1 SAVING STO-SS ON UNIT 1027 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING STO-SY ON UNIT 1027 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV1 SAVING FLOW-JA-FACE ON UNIT 1027 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING DATA-SPDIS IN MODEL GWF_PUMPTREAT PACKAGE NPF CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE NPF ON UNIT 1027 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING WEL IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE WEL-1 ON UNIT 1027 AT TIME STEP 250, STRESS PERIOD 2 + UBDSV06 SAVING CHD IN MODEL GWF_PUMPTREAT PACKAGE GWF_PUMPTREAT CONNECTED TO MODEL GWF_PUMPTREAT PACKAGE CHD-1 ON UNIT 1027 AT TIME STEP 250, STRESS PERIOD 2 + + HEAD WILL BE SAVED ON UNIT 1028 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + VOLUME BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE VOLUME L**3 RATES FOR THIS TIME STEP L**3/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STO-SS = 1.0442 STO-SS = 5.7219E-08 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 0.0000 WEL = 0.0000 WEL-1 + CHD = 62492.5568 CHD = 15.9155 CHD-1 + + TOTAL IN = 62493.6009 TOTAL IN = 15.9155 + + OUT: OUT: + ---- ---- + STO-SS = 2.4304 STO-SS = 2.3447E-06 STORAGE + STO-SY = 0.0000 STO-SY = 0.0000 STORAGE + WEL = 18377.1167 WEL = 0.3296 WEL-1 + CHD = 41582.8035 CHD = 14.5851 CHD-1 + + TOTAL OUT = 59962.3506 TOTAL OUT = 14.9147 + + IN - OUT = 2531.2503 IN - OUT = 1.0009 + + PERCENT DISCREPANCY = 4.13 PERCENT DISCREPANCY = 6.49 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/pymf6/pumptreat/gwf_pumptreat.nam b/src/notebooks/models/pymf6/pumptreat/gwf_pumptreat.nam new file mode 100644 index 0000000..a6f092d --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/gwf_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options + SAVE_FLOWS +END options + +BEGIN 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+END options + +BEGIN dimensions + NPER 2 +END dimensions + +BEGIN perioddata + 1.00000000 1 1.00000000 + 3000.00000000 250 1.00000000 +END perioddata + diff --git a/src/notebooks/models/pymf6/pumptreat/gwf_pumptreat.wel b/src/notebooks/models/pymf6/pumptreat/gwf_pumptreat.wel new file mode 100644 index 0000000..aa5b1f7 --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/gwf_pumptreat.wel @@ -0,0 +1,16 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options + auxiliary CONCENTRATION + SAVE_FLOWS +END options + +BEGIN dimensions + MAXBOUND 3 +END dimensions + +BEGIN period 1 + 1 41 26 -5.00000000E+01 0 + 1 34 26 -5.00000000E+01 0 + 1 26 26 -5.00000000E+01 0 +END period 1 + diff --git a/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.adv b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.adv new file mode 100644 index 0000000..0a8f2b5 --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.adv @@ -0,0 +1,5 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options + SCHEME upstream +END options + diff --git a/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.cbc b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.cbc new file mode 100644 index 0000000..e69de29 diff --git a/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.cnc b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.cnc new file mode 100644 index 0000000..6f9fb8b --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.cnc @@ -0,0 +1,17 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 6 +END dimensions + +BEGIN period 1 + 1 41 26 1000.00000000 + 1 37 26 1000.00000000 + 1 43 26 1000.00000000 + 1 34 26 1000.00000000 + 1 43 24 1000.00000000 + 1 34 23 1000.00000000 +END period 1 + diff --git a/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.dis b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.dis new file mode 100644 index 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file mode 100644 index 0000000..8333a1d --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.ic @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN griddata + strt + CONSTANT 0.00000000 +END griddata + diff --git a/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.ims b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.ims new file mode 100644 index 0000000..22daa86 --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.ims @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + UNDER_RELAXATION none +END nonlinear + +BEGIN linear + LINEAR_ACCELERATION bicgstab + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.lst b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.lst new file mode 100644 index 0000000..d620515 --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.lst @@ -0,0 +1,4032 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +"C:\Users\lucialabarca\re-run noteboks\pymf6-validation\.pixi\envs\default\python.EXE" system_well_control.py + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/DSP + + + Setting Discretization Options + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 1 + NROW = 101 + NCOL = 101 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1016 + + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 1 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_PUMPTREAT/CNC + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 6 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.2000000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1018 + + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_pumptreat.cbc + + OPENED gwt_pumptreat.cbc + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1030 + FILE NAME: gwt_pumptreat.ucn + + OPENED gwt_pumptreat.ucn + FILE TYPE:DATA(BINARY) UNIT 1030 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + THE LAST TIME STEP WILL BE SAVED + THE LAST TIME STEP WILL BE PRINTED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + XT3D is active. + + +1 + CONCENTRATION IN LAYER 1 AT END OF TIME STEP 1 IN STRESS PERIOD 1 + --------------------------------------------------------------------------- + + 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4.9372-138 1.7766-139 5.5699-141 1.6924-142 + 4.9210-144 + + CONCENTRATION WILL BE SAVED ON UNIT 1030 AT END OF TIME STEP 1, STRESS PERIOD 1 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 1, STRESS PERIOD 1 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 1.8557E-03 STORAGE-AQUEOUS = 1.8557E-03 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 51583.4271 CNC = 51583.4271 CNC + + TOTAL IN = 51583.4290 TOTAL IN = 51583.4290 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 41209.5857 STORAGE-AQUEOUS = 41209.5857 MST + WEL = 5.2308E-02 WEL = 5.2308E-02 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 10373.7909 CNC = 10373.7909 CNC + + TOTAL OUT = 51583.4290 TOTAL OUT = 51583.4290 + + IN - OUT = 2.4338E-08 IN - OUT = 2.4338E-08 + + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 1 IN STRESS PERIOD 1 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 86400. 1440.0 24.000 1.0000 2.73785E-03 + STRESS PERIOD TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + TOTAL TIME 86400. 1440.0 24.000 1.0000 2.73785E-03 + + +end timestep + + +start timestep kper="2" kstp="1" mode="normal" + + + END OF FILE DETECTED IN OUTPUT CONTROL. + CURRENT OUTPUT CONTROL SETTINGS WILL BE + REPEATED UNTIL THE END OF THE SIMULATION. + + OUTPUT CONTROL FOR STRESS PERIOD 2 IS REPEATED USING SETTINGS FROM A PREVIOUS STRESS PERIOD. + +end timestep + + +start timestep kper="2" kstp="2" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="3" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="4" mode="normal" + + +end timestep + + +start timestep kper="2" kstp="5" mode="normal" + + +end timestep + 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........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ 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3.4623E-16 5.2105E-16 + 7.7721E-16 1.1501E-15 1.6893E-15 2.4645E-15 3.5724E-15 5.1469E-15 7.3724E-15 1.0501E-14 1.4877E-14 2.0965E-14 + 2.9392E-14 4.0999E-14 5.6906E-14 7.8600E-14 1.0804E-13 1.4780E-13 2.0124E-13 2.7272E-13 3.6788E-13 4.9396E-13 + 6.6021E-13 8.7840E-13 1.1634E-12 1.5340E-12 2.0135E-12 2.6311E-12 3.4229E-12 4.4331E-12 5.7162E-12 7.3381E-12 + 9.3787E-12 1.1934E-11 1.5119E-11 1.9069E-11 2.3947E-11 2.9940E-11 3.7268E-11 4.6188E-11 5.6990E-11 7.0011E-11 + 8.5628E-11 1.0427E-10 1.2641E-10 1.5258E-10 1.8335E-10 2.1935E-10 2.6127E-10 3.0982E-10 3.6577E-10 4.2991E-10 + 5.0305E-10 5.8603E-10 6.7968E-10 7.8479E-10 9.0214E-10 1.0324E-09 1.1763E-09 1.3343E-09 1.5068E-09 1.6940E-09 + 1.8961E-09 2.1130E-09 2.3442E-09 2.5894E-09 2.8475E-09 3.1177E-09 3.3986E-09 3.6886E-09 3.9859E-09 4.2885E-09 + 4.5941E-09 4.9001E-09 5.2041E-09 5.5033E-09 5.7947E-09 6.0757E-09 6.3433E-09 6.5947E-09 6.8274E-09 7.0387E-09 + 7.2264E-09 7.3886E-09 7.5235E-09 7.6301E-09 7.7076E-09 7.7563E-09 7.7774E-09 7.7739E-09 7.7514E-09 7.7192E-09 + 7.6923E-09 + + CONCENTRATION WILL BE SAVED ON UNIT 1030 AT END OF TIME STEP 250, STRESS PERIOD 2 + + + MASS BUDGET FOR ENTIRE MODEL AT END OF TIME STEP 250, STRESS PERIOD 2 + --------------------------------------------------------------------------------------------------- + + CUMULATIVE MASS M RATES FOR THIS TIME STEP M/T PACKAGE NAME + ------------------ ------------------------ ---------------- + + IN: IN: + --- --- + STORAGE-AQUEOUS = 1271954.8360 STORAGE-AQUEOUS = 16.0570 MST + WEL = 0.0000 WEL = 0.0000 SSM_WEL-1 + CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 + CNC = 8341839.5749 CNC = 1567.0529 CNC + + TOTAL IN = 9613794.4108 TOTAL IN = 1583.1099 + + OUT: OUT: + ---- ---- + STORAGE-AQUEOUS = 4123130.4787 STORAGE-AQUEOUS = 1066.5941 MST + WEL = 184480.4055 WEL = 0.2922 SSM_WEL-1 + CHD = 104744.3485 CHD = 273.1799 SSM_CHD-1 + CNC = 5201439.1782 CNC = 243.0436 CNC + + TOTAL OUT = 9613794.4109 TOTAL OUT = 1583.1099 + + IN - OUT = -1.1953E-04 IN - OUT = 4.0361E-09 + + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + + + + + TIME SUMMARY AT END OF TIME STEP 250 IN STRESS PERIOD 2 + SECONDS MINUTES HOURS DAYS YEARS + ----------------------------------------------------------- + TIME STEP LENGTH 1.03680E+06 17280. 288.00 12.000 3.28542E-02 + STRESS PERIOD TIME 2.59200E+08 4.32000E+06 72000. 3000.0 8.2136 + TOTAL TIME 2.59286E+08 4.32144E+06 72024. 3001.0 8.2163 + + +end timestep + diff --git a/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.mst b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.mst new file mode 100644 index 0000000..833e31a --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.20000000 +END griddata + diff --git a/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.nam b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.nam new file mode 100644 index 0000000..97df7fc --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN packages + DIS6 gwt_pumptreat.dis dis + IC6 gwt_pumptreat.ic ic + ADV6 gwt_pumptreat.adv adv + DSP6 gwt_pumptreat.dsp dsp + MST6 gwt_pumptreat.mst mst + SSM6 gwt_pumptreat.ssm ssm + CNC6 gwt_pumptreat.cnc cnc + OC6 gwt_pumptreat.oc oc +END packages + diff --git a/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.oc b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.oc new file mode 100644 index 0000000..0bd50de --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options + BUDGET FILEOUT gwt_pumptreat.cbc + CONCENTRATION FILEOUT gwt_pumptreat.ucn +END options + +BEGIN period 1 + SAVE CONCENTRATION LAST + PRINT CONCENTRATION LAST +END period 1 + diff --git a/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.ssm b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.ssm new file mode 100644 index 0000000..ac2c2e7 --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.ucn b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.ucn new file mode 100644 index 0000000..e8ccab6 Binary files /dev/null and b/src/notebooks/models/pymf6/pumptreat/gwt_pumptreat.ucn differ diff --git a/src/notebooks/models/pymf6/pumptreat/head_distribution.png b/src/notebooks/models/pymf6/pumptreat/head_distribution.png new file mode 100644 index 0000000..f82bbe0 Binary files /dev/null and b/src/notebooks/models/pymf6/pumptreat/head_distribution.png differ diff --git a/src/notebooks/models/pymf6/pumptreat/mfsim.lst b/src/notebooks/models/pymf6/pumptreat/mfsim.lst new file mode 100644 index 0000000..1004a92 --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/mfsim.lst @@ -0,0 +1,7487 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +"C:\Users\lucialabarca\re-run noteboks\pymf6-validation\.pixi\envs\default\python.EXE" system_well_control.py + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.tdis + FILE TYPE:TDIS6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.nam + FILE TYPE:GWF6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.dis + FILE TYPE:DIS6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.npf + FILE TYPE:NPF6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.sto + FILE TYPE:STO6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.ic + FILE TYPE:IC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwf_pumptreat.oc + FILE TYPE:OC6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_pumptreat.wel + FILE TYPE:WEL6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_pumptreat.chd + FILE TYPE:CHD6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_pumptreat.nam + FILE TYPE:GWT6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwt_pumptreat.dis + FILE TYPE:DIS6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwt_pumptreat.ic + FILE TYPE:IC6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwt_pumptreat.mst + FILE TYPE:MST6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.adv + FILE TYPE:ADV6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.dsp + FILE TYPE:DSP6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED gwt_pumptreat.ssm + FILE TYPE:SSM6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.oc + FILE TYPE:OC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_pumptreat.cnc + FILE TYPE:CNC6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + OPENED pumptreat.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1021 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 2 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 3000.000 250 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_pumptreat.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_pumptreat.ims + FILE TYPE:IMS UNIT 1025 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + PROCESSING IMS OPTIONS + SIMPLE OPTION: + DEFAULT SOLVER INPUT VALUES FOR FAST SOLUTIONS + END OF IMS OPTIONS + ***UNDER-RELAXATION WILL NOT BE USED*** + + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + A symmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE CONJUGATE-GRADIENT METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = CG + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1025 + # File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + ***UNDER-RELAXATION WILL NOT BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-02 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 25 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 0 + LINEAR SOLUTION METHOD (LINMETH) = 1 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 25 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 50 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-02 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 1.000000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 50 -2.6456604 1_GWF-(1,34,26) + Model 2 28 -4.45568456E-02 1_GWF-(1,100,48) + Model 3 1 -1.62408076E-04 * 1_GWF-(1,2,95) + ---------------------------------------------------------------------------------------------------------- + + + 3 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 79 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 542.93444 2_GWT-(1,42,26) + Model 2 1 1.49107564E-07 * 2_GWT-(1,41,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 1 + +1 + STRESS PERIOD NO. 2, LENGTH = 3000.000 + ------------------------------------------ + NUMBER OF TIME STEPS = 250 + MULTIPLIER FOR DELT = 1.000 + INITIAL TIME STEP SIZE = 12.00000 + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 50 1.0384073 1_GWF-(1,34,26) + Model 2 50 0.57136580 1_GWF-(1,34,26) + Model 3 49 0.32771278 1_GWF-(1,26,26) + Model 4 41 0.21284137 1_GWF-(1,41,26) + Model 5 38 0.15675415 1_GWF-(1,41,26) + Model 6 36 0.11816569 1_GWF-(1,41,26) + Model 7 33 9.08932790E-02 1_GWF-(1,41,26) + Model 8 31 7.15822191E-02 1_GWF-(1,41,26) + Model 9 29 5.63480603E-02 1_GWF-(1,41,26) + Model 10 13 3.89950116E-02 1_GWF-(1,41,26) + Model 11 27 4.01139915E-02 1_GWF-(1,41,26) + Model 12 9 2.41569927E-02 1_GWF-(1,41,26) + Model 13 12 2.41351684E-02 1_GWF-(1,41,26) + Model 14 6 1.39394638E-02 1_GWF-(1,41,26) + Model 15 13 2.13074001E-02 1_GWF-(1,41,26) + Model 16 5 9.06885097E-03 1_GWF-(1,41,26) + Model 17 13 1.47469621E-02 1_GWF-(1,41,26) + Model 18 4 5.58130292E-03 1_GWF-(1,41,26) + Model 19 3 4.04401631E-03 1_GWF-(1,41,26) + Model 20 4 4.69406859E-03 1_GWF-(1,41,26) + Model 21 2 2.33706692E-03 1_GWF-(1,41,26) + Model 22 7 6.56127302E-03 1_GWF-(1,41,26) + Model 23 2 1.86715815E-03 1_GWF-(1,41,26) + Model 24 1 8.96810431E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 24 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 478 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 264.84208 2_GWT-(1,34,27) + Model 2 1 1.71355665E-10 * 2_GWT-(1,29,38) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 2 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 11 1.18970792E-02 1_GWF-(1,41,26) + Model 2 1 2.76150410E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 12 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 164.15289 2_GWT-(1,41,27) + Model 2 1 2.20652821E-10 * 2_GWT-(1,36,39) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 3 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.71462974E-04 * 1_GWF-(1,45,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 93.680700 2_GWT-(1,41,27) + Model 2 1 3.54656295E-10 * 2_GWT-(1,36,40) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 4 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.56078536E-04 * 1_GWF-(1,44,23) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 69.136782 2_GWT-(1,41,28) + Model 2 1 4.54472397E-10 * 2_GWT-(1,36,41) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 5 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.85798239E-04 * 1_GWF-(1,45,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 58.390343 2_GWT-(1,41,28) + Model 2 1 5.25619614E-10 * 2_GWT-(1,36,41) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 6 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.40301830E-04 * 1_GWF-(1,44,23) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 47.937140 2_GWT-(1,42,28) + Model 2 1 5.67065148E-10 * 2_GWT-(1,36,42) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 7 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.47533919E-04 * 1_GWF-(1,45,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 45.629803 2_GWT-(1,42,29) + Model 2 1 5.78776992E-10 * 2_GWT-(1,36,42) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 8 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.21557209E-04 * 1_GWF-(1,44,23) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 37.855151 2_GWT-(1,42,29) + Model 2 1 6.37795150E-10 * 2_GWT-(1,30,35) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 9 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.25091476E-04 * 1_GWF-(1,45,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 36.644813 2_GWT-(1,42,30) + Model 2 1 -5.61065860E-10 * 2_GWT-(1,34,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 10 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.09018403E-04 * 1_GWF-(1,46,21) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 31.950916 2_GWT-(1,42,30) + Model 2 1 5.20455651E-10 * 2_GWT-(1,36,44) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 11 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.10107156E-04 * 1_GWF-(1,45,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 31.335784 2_GWT-(1,42,30) + Model 2 1 4.95281816E-10 * 2_GWT-(1,36,43) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 12 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.03357311E-04 * 1_GWF-(1,46,21) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 28.159021 2_GWT-(1,42,31) + Model 2 1 -7.06421588E-11 * 2_GWT-(1,31,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 13 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -1.00679196E-04 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 26.350141 2_GWT-(1,42,30) + Model 2 1 5.45646694E-10 * 2_GWT-(1,36,44) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 14 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.80346769E-05 * 1_GWF-(1,46,21) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 25.597311 2_GWT-(1,36,31) + Model 2 1 4.87844931E-10 * 2_GWT-(1,36,45) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 15 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.62210013E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 23.390109 2_GWT-(1,35,32) + Model 2 1 4.78817319E-10 * 2_GWT-(1,35,45) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 16 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.30615929E-05 * 1_GWF-(1,46,21) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 23.430133 2_GWT-(1,36,31) + Model 2 1 4.13640677E-10 * 2_GWT-(1,35,46) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 17 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -9.15870755E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 22.120641 2_GWT-(1,35,32) + Model 2 1 1.35198320E-07 * 2_GWT-(1,34,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 18 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.84426634E-05 * 1_GWF-(1,46,21) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 21.150110 2_GWT-(1,36,31) + Model 2 1 3.60137808E-10 * 2_GWT-(1,35,46) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 19 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.70543124E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 20.517410 2_GWT-(1,35,32) + Model 2 1 1.42563579E-07 * 2_GWT-(1,34,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 20 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.41690069E-05 * 1_GWF-(1,46,21) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 18.930454 2_GWT-(1,36,31) + Model 2 1 1.27317378E-07 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 21 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.27451799E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 19.110855 2_GWT-(1,36,33) + Model 2 1 1.52226107E-07 * 2_GWT-(1,34,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 22 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -8.02234039E-05 * 1_GWF-(1,46,21) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 17.905956 2_GWT-(1,38,33) + Model 2 1 1.43886496E-07 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 23 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.87074697E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 17.875665 2_GWT-(1,36,33) + Model 2 1 1.64764401E-07 * 2_GWT-(1,34,33) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 24 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.65844326E-05 * 1_GWF-(1,46,21) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 16.870574 2_GWT-(1,39,34) + Model 2 1 1.65598806E-07 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 25 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.49526254E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 16.883980 2_GWT-(1,37,34) + Model 2 1 1.83258351E-07 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 26 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.32290099E-05 * 1_GWF-(1,46,21) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 16.064414 2_GWT-(1,36,35) + Model 2 1 1.94553593E-07 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 27 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.14744921E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 15.939109 2_GWT-(1,37,34) + Model 2 1 2.13212900E-07 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 28 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -7.01339110E-05 * 1_GWF-(1,46,21) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 15.353036 2_GWT-(1,36,35) + Model 2 1 2.34087622E-07 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 29 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.82586668E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 15.127494 2_GWT-(1,37,35) + Model 2 1 2.55703185E-07 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 30 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.72766682E-05 * 1_GWF-(1,46,21) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.776162 2_GWT-(1,36,36) + Model 2 1 2.90018818E-07 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 31 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.52872498E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.486301 2_GWT-(1,38,36) + Model 2 1 3.18061552E-07 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 32 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.46360786E-05 * 1_GWF-(1,46,21) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.150960 2_GWT-(1,36,36) + Model 2 1 3.73995931E-07 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 33 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.25412940E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.850965 2_GWT-(1,39,37) + Model 2 1 4.17013666E-07 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 34 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.22672482E-05 * 1_GWF-(1,42,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.656136 2_GWT-(1,37,37) + Model 2 1 5.14777810E-07 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 35 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.00020723E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.318326 2_GWT-(1,39,37) + Model 2 1 6.01417298E-07 * 2_GWT-(1,40,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 36 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -6.00760184E-05 * 1_GWF-(1,42,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.142428 2_GWT-(1,38,38) + Model 2 1 8.07679044E-07 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 37 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.76517213E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.826496 2_GWT-(1,39,38) + Model 2 1 1.12262626E-06 * 2_GWT-(1,39,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 38 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.80217942E-05 * 1_GWF-(1,42,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.700818 2_GWT-(1,38,38) + Model 2 1 1.84848517E-06 * 2_GWT-(1,38,34) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 39 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.54735473E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.367974 2_GWT-(1,39,39) + Model 2 1 7.36112844E-06 * 2_GWT-(1,39,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 40 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.60954844E-05 * 1_GWF-(1,42,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.284541 2_GWT-(1,38,39) + Model 2 1 -6.07782147E-06 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 41 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.34521466E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.994973 2_GWT-(1,38,40) + Model 2 1 -1.74547995E-06 * 2_GWT-(1,39,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 42 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.42881243E-05 * 1_GWF-(1,42,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.859095 2_GWT-(1,39,40) + Model 2 1 -1.18189416E-06 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 43 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.15734213E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.701683 2_GWT-(1,38,40) + Model 2 1 -7.94436744E-07 * 2_GWT-(1,39,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 44 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.25910767E-05 * 1_GWF-(1,42,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.506321 2_GWT-(1,39,40) + Model 2 1 -6.61474701E-07 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 45 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.98245388E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.356167 2_GWT-(1,38,41) + Model 2 1 -5.15870966E-07 * 2_GWT-(1,39,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 46 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -5.09961481E-05 * 1_GWF-(1,42,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.168721 2_GWT-(1,39,41) + Model 2 1 -4.59728881E-07 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 47 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.81938605E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.058791 2_GWT-(1,38,41) + Model 2 1 -3.80934239E-07 * 2_GWT-(1,39,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 48 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.94956489E-05 * 1_GWF-(1,42,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.849513 2_GWT-(1,38,42) + Model 2 1 -3.51269932E-07 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 49 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.66708558E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.742072 2_GWT-(1,38,42) + Model 2 1 -3.00497391E-07 * 2_GWT-(1,39,32) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 50 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.80824169E-05 * 1_GWF-(1,42,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.585412 2_GWT-(1,38,42) + Model 2 1 -2.82977453E-07 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 51 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.52460114E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.443543 2_GWT-(1,38,42) + Model 2 1 -2.49992922E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 52 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.67498172E-05 * 1_GWF-(1,42,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.319230 2_GWT-(1,38,43) + Model 2 1 -2.35746711E-07 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 53 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.39107407E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.182301 2_GWT-(1,38,43) + Model 2 1 -2.14935994E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 54 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.54917268E-05 * 1_GWF-(1,42,22) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.055516 2_GWT-(1,38,43) + Model 2 1 -2.01020725E-07 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 55 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.26572970E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.9180224 2_GWT-(1,38,44) + Model 2 1 -1.87917180E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 56 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.43096086E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.8191374 2_GWT-(1,38,44) + Model 2 1 -1.74360366E-07 * 2_GWT-(1,40,31) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 57 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.14786911E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.6827820 2_GWT-(1,38,44) + Model 2 1 -1.66373979E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 58 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.33860096E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.5619993 2_GWT-(1,38,45) + Model 2 1 1.54486202E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 59 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.03686169E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.4638796 2_GWT-(1,38,45) + Model 2 1 -1.48746381E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 60 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.25022638E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.3535251 2_GWT-(1,38,45) + Model 2 1 1.39085614E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 61 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.93213811E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.2297761 2_GWT-(1,38,45) + Model 2 1 -1.34034281E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 62 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.16555816E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.1365488 2_GWT-(1,38,46) + Model 2 1 1.26047439E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 63 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.83318412E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.0414686 2_GWT-(1,38,46) + Model 2 1 -1.21585344E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 64 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.08434166E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.9268375 2_GWT-(1,38,46) + Model 2 1 1.14865770E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 65 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.73953485E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.8346739 2_GWT-(1,38,47) + Model 2 1 -1.10908672E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 66 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -4.00634426E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.7445056 2_GWT-(1,38,47) + Model 2 1 1.05173399E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 67 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.65076970E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.6471551 2_GWT-(1,38,47) + Model 2 1 -1.01663773E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 68 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.93135332E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.5486262 2_GWT-(1,38,48) + Model 2 1 9.67108917E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 69 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.56650779E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.4689430 2_GWT-(1,38,48) + Model 2 1 -9.35870048E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 70 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.85917427E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.3804703 2_GWT-(1,38,48) + Model 2 1 8.92546268E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 71 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.48640383E-05 * 1_GWF-(1,47,20) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.2810367 2_GWT-(1,38,48) + Model 2 1 -8.64765752E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 72 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.78962895E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.2099641 2_GWT-(1,38,49) + Model 2 1 8.26483983E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 73 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.44325192E-05 * 1_GWF-(1,36,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.1287443 2_GWT-(1,38,49) + Model 2 1 -8.01765054E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 74 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.72255399E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.0405543 2_GWT-(1,38,49) + Model 2 1 7.67633992E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 75 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.42558747E-05 * 1_GWF-(1,36,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.9645463 2_GWT-(1,38,50) + Model 2 1 -7.45619673E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 76 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.65779941E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.8924065 2_GWT-(1,38,50) + Model 2 1 7.14962880E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 77 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.40809394E-05 * 1_GWF-(1,36,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.8115719 2_GWT-(1,38,50) + Model 2 1 -6.95357585E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 78 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.59522737E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.7331788 2_GWT-(1,38,51) + Model 2 1 6.67614586E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 79 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.40699590E-05 * 1_GWF-(1,39,29) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.6684547 2_GWT-(1,38,51) + Model 2 1 -6.50165930E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 80 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.53471104E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.5950363 2_GWT-(1,38,51) + Model 2 1 6.24869472E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 81 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.40500204E-05 * 1_GWF-(1,39,29) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.5147546 2_GWT-(1,38,51) + Model 2 1 -6.09347808E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 82 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.47613352E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.4559790 2_GWT-(1,38,52) + Model 2 1 5.86147735E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 83 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.40146870E-05 * 1_GWF-(1,39,29) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.3899091 2_GWT-(1,38,52) + Model 2 1 -5.72357521E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 84 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.41938696E-05 * 1_GWF-(1,40,25) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.3163893 2_GWT-(1,38,52) + Model 2 1 5.50951427E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 85 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.39652784E-05 * 1_GWF-(1,39,29) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.2546116 2_GWT-(1,38,53) + Model 2 1 -5.38718723E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 86 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.36894493E-05 * 1_GWF-(1,43,23) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.1947725 2_GWT-(1,38,53) + Model 2 1 5.18887191E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 87 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.39029897E-05 * 1_GWF-(1,39,29) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.1278479 2_GWT-(1,38,53) + Model 2 1 -5.08024414E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 88 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.32023898E-05 * 1_GWF-(1,43,23) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.0634054 2_GWT-(1,38,54) + Model 2 1 4.89596914E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 89 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.38289052E-05 * 1_GWF-(1,39,29) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.0090142 2_GWT-(1,38,54) + Model 2 1 -4.79942628E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 90 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.27257464E-05 * 1_GWF-(1,43,23) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.9482993 2_GWT-(1,38,54) + Model 2 1 4.62771368E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 91 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.37440112E-05 * 1_GWF-(1,39,29) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.8813408 2_GWT-(1,38,55) + Model 2 1 -4.54192559E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 92 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.22592672E-05 * 1_GWF-(1,43,23) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.8322331 2_GWT-(1,38,55) + Model 2 1 4.38125198E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 93 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.36492061E-05 * 1_GWF-(1,39,29) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7768422 2_GWT-(1,38,55) + Model 2 1 -4.30529781E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 94 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.18436283E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7155560 2_GWT-(1,38,55) + Model 2 1 4.15451495E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 95 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.35453100E-05 * 1_GWF-(1,39,29) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.6635869 2_GWT-(1,38,56) + Model 2 1 -4.08728056E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 96 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.14586502E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.6131468 2_GWT-(1,38,56) + Model 2 1 3.94556992E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 97 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.34330730E-05 * 1_GWF-(1,39,29) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.5571116 2_GWT-(1,38,56) + Model 2 1 -3.88608896E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 98 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.10759860E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.5025207 2_GWT-(1,38,57) + Model 2 1 3.75251830E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 99 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.33131819E-05 * 1_GWF-(1,39,29) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4566915 2_GWT-(1,38,57) + Model 2 1 -3.70001771E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 100 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.06960923E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4053898 2_GWT-(1,38,57) + Model 2 1 3.57396175E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 101 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.31862667E-05 * 1_GWF-(1,39,29) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.3489605 2_GWT-(1,38,57) + Model 2 1 -3.52770257E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 102 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -3.03193544E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.3069438 2_GWT-(1,38,58) + Model 2 1 3.40854740E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 103 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.30999497E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2600316 2_GWT-(1,38,58) + Model 2 1 -3.36779067E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 104 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.99460953E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2082006 2_GWT-(1,38,58) + Model 2 1 3.25504743E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 105 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.30048056E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.1634620 2_GWT-(1,38,59) + Model 2 1 -3.21919060E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 106 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 -2.95765836E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.1206530 2_GWT-(1,38,59) + Model 2 1 3.11212034E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 107 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.28994061E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0729988 2_GWT-(1,38,59) + Model 2 1 -3.08092467E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 108 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.92263497E-05 * 1_GWF-(1,35,32) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0259335 2_GWT-(1,38,60) + Model 2 1 2.97900442E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 109 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.27846637E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.9868084 2_GWT-(1,38,60) + Model 2 1 -2.95161726E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 110 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.90524746E-05 * 1_GWF-(1,35,32) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.9431124 2_GWT-(1,38,60) + Model 2 1 2.85466513E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 111 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.26614106E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8949946 2_GWT-(1,38,60) + Model 2 1 -2.83081363E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 112 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.88789244E-05 * 1_GWF-(1,35,32) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8582519 2_GWT-(1,38,61) + Model 2 1 2.73846581E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 113 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.25304064E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8181480 2_GWT-(1,38,61) + Model 2 1 -2.71780891E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 114 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.87056506E-05 * 1_GWF-(1,35,32) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7738149 2_GWT-(1,38,61) + Model 2 1 2.62976982E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 115 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.23923448E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7346289 2_GWT-(1,38,62) + Model 2 1 -2.61202331E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 116 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.85326149E-05 * 1_GWF-(1,35,32) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.6978705 2_GWT-(1,38,62) + Model 2 1 2.52795189E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 117 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 -3.95319818E-03 1_GWF-(1,26,26) + Model 2 4 -5.18124136E-03 1_GWF-(1,26,26) + Model 3 6 -9.14658032E-03 1_GWF-(1,26,26) + Model 4 9 -1.54185701E-02 1_GWF-(1,26,26) + Model 5 18 -2.73651230E-02 1_GWF-(1,26,26) + Model 6 24 -4.54916990E-02 1_GWF-(1,26,26) + Model 7 28 -7.36762807E-02 1_GWF-(1,26,26) + Model 8 34 -0.12343151 1_GWF-(1,26,26) + Model 9 38 -0.20688263 1_GWF-(1,26,26) + Model 10 42 -0.34702612 1_GWF-(1,26,26) + Model 11 50 -0.58320898 1_GWF-(1,26,26) + Model 12 36 -0.15094026 1_GWF-(1,26,26) + Model 13 34 -0.10949266 1_GWF-(1,34,26) + Model 14 36 -0.15626973 1_GWF-(1,34,26) + Model 15 39 -0.22499006 1_GWF-(1,34,26) + Model 16 42 -0.32336596 1_GWF-(1,34,26) + Model 17 46 -0.43443058 1_GWF-(1,34,26) + Model 18 5 -9.16532083E-03 1_GWF-(1,41,26) + Model 19 9 -1.44845679E-02 1_GWF-(1,41,26) + Model 20 5 -1.22006732E-02 1_GWF-(1,41,26) + Model 21 12 -2.41345074E-02 1_GWF-(1,41,26) + Model 22 6 -1.86907514E-02 1_GWF-(1,41,26) + Model 23 28 -3.92083222E-02 1_GWF-(1,41,26) + Model 24 10 -3.12827231E-02 1_GWF-(1,41,26) + Model 25 29 -4.85573812E-02 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + Solution 1 did not converge for stress period 2 and time step 117 + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 5 -317.39689 2_GWT-(1,43,28) + Model 2 1 6.09704699E-07 * 2_GWT-(1,36,23) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 + 6 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 118 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 33 -0.11753483 1_GWF-(1,41,26) + Model 2 1 2.15296897E-04 * 1_GWF-(1,4,40) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 34 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 -144.50847 2_GWT-(1,42,30) + Model 2 1 -3.46543752E-05 * 2_GWT-(1,36,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 119 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.86374056E-04 * 1_GWF-(1,1,39) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 -93.492436 2_GWT-(1,41,31) + Model 2 1 5.42233749E-07 * 2_GWT-(1,34,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 120 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.69160815E-04 * 1_GWF-(1,1,42) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 -70.380915 2_GWT-(1,39,31) + Model 2 1 6.14440239E-07 * 2_GWT-(1,36,28) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 121 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.61025972E-04 * 1_GWF-(1,2,41) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 -56.554672 2_GWT-(1,38,32) + Model 2 1 7.34594965E-05 * 2_GWT-(1,36,24) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 121 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 122 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.56137576E-04 * 1_GWF-(1,1,42) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 -46.921478 2_GWT-(1,38,33) + Model 2 1 -2.70716993E-06 * 2_GWT-(1,35,27) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 122 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 123 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.46712898E-04 * 1_GWF-(1,2,41) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 -39.993300 2_GWT-(1,37,33) + Model 2 1 -1.81294070E-06 * 2_GWT-(1,35,27) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 123 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 124 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.44376200E-04 * 1_GWF-(1,1,42) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 -34.610555 2_GWT-(1,37,34) + Model 2 1 -1.27879633E-06 * 2_GWT-(1,35,27) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 124 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 125 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.35712581E-04 * 1_GWF-(1,2,41) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 -30.474772 2_GWT-(1,37,36) + Model 2 1 -1.10541083E-06 * 2_GWT-(1,34,27) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 125 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 126 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.34762986E-04 * 1_GWF-(1,1,42) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 -27.048025 2_GWT-(1,36,35) + Model 2 1 -7.83210226E-07 * 2_GWT-(1,33,27) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 126 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 127 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.27991677E-04 * 1_GWF-(1,1,45) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 -24.573247 2_GWT-(1,36,36) + Model 2 1 -6.81311576E-07 * 2_GWT-(1,32,27) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 127 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 128 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.26834534E-04 * 1_GWF-(1,1,42) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 -22.479095 2_GWT-(1,36,38) + Model 2 1 -5.47253933E-07 * 2_GWT-(1,33,26) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 128 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 129 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.21817326E-04 * 1_GWF-(1,1,45) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 4 -20.579897 2_GWT-(1,36,39) + Model 2 1 -3.96197578E-07 * 2_GWT-(1,32,27) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 129 STRESS PERIOD 2 + 5 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 130 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 50 1.7451322 1_GWF-(1,34,26) + Model 2 36 0.18072473 1_GWF-(1,26,26) + Model 3 35 0.11399050 1_GWF-(1,26,26) + Model 4 33 7.16415160E-02 1_GWF-(1,26,26) + Model 5 24 4.36469721E-02 1_GWF-(1,26,26) + Model 6 12 2.44600909E-02 1_GWF-(1,26,26) + Model 7 22 2.51492884E-02 1_GWF-(1,26,26) + Model 8 7 9.87074288E-03 1_GWF-(1,41,26) + Model 9 8 1.09162997E-02 1_GWF-(1,41,26) + Model 10 3 4.40811433E-03 1_GWF-(1,41,26) + Model 11 11 1.25748608E-02 1_GWF-(1,41,26) + Model 12 3 2.78944913E-03 1_GWF-(1,41,26) + Model 13 2 2.13853068E-03 1_GWF-(1,41,26) + Model 14 5 4.18741726E-03 1_GWF-(1,41,26) + Model 15 1 9.50548060E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 15 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 252 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 179.01065 2_GWT-(1,34,27) + Model 2 1 2.09951168E-10 * 2_GWT-(1,38,39) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 130 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 131 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 2.25193368E-03 1_GWF-(1,41,26) + Model 2 1 -5.66280666E-04 * 1_GWF-(1,42,25) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 96.678695 2_GWT-(1,34,27) + Model 2 1 8.83630946E-11 * 2_GWT-(1,38,39) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 131 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 132 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.41150655E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 66.447383 2_GWT-(1,43,28) + Model 2 1 -6.01858119E-10 * 2_GWT-(1,38,41) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 132 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 133 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.04823895E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 51.642880 2_GWT-(1,41,28) + Model 2 1 2.11372253E-10 * 2_GWT-(1,31,35) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 133 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 134 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.86469318E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 44.837616 2_GWT-(1,42,29) + Model 2 1 5.79888138E-10 * 2_GWT-(1,31,35) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 134 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 135 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 3.14135635E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 40.317296 2_GWT-(1,42,29) + Model 2 1 5.36118705E-10 * 2_GWT-(1,37,43) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 135 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 136 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.61676596E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 36.207208 2_GWT-(1,42,30) + Model 2 1 4.37637482E-10 * 2_GWT-(1,37,42) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 136 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 137 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.96832489E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 33.826027 2_GWT-(1,42,30) + Model 2 1 6.21781737E-10 * 2_GWT-(1,37,43) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 137 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 138 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.44051418E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 30.254380 2_GWT-(1,42,31) + Model 2 1 6.07258244E-10 * 2_GWT-(1,37,43) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 138 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 139 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.78168826E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 28.499031 2_GWT-(1,42,31) + Model 2 1 5.71418468E-10 * 2_GWT-(1,37,44) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 139 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 140 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.29516606E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 26.536134 2_GWT-(1,42,31) + Model 2 1 5.33702860E-10 * 2_GWT-(1,37,44) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 140 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 141 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.61309428E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 24.628514 2_GWT-(1,42,31) + Model 2 1 4.72141437E-10 * 2_GWT-(1,37,45) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 141 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 142 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.16786751E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 23.463158 2_GWT-(1,42,32) + Model 2 1 4.36244818E-10 * 2_GWT-(1,37,45) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 142 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 143 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.46354670E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 22.001138 2_GWT-(1,42,32) + Model 2 1 3.60842023E-10 * 2_GWT-(1,36,45) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 143 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 144 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.05329242E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 20.874277 2_GWT-(1,42,32) + Model 2 1 3.31482397E-10 * 2_GWT-(1,36,46) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 144 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 145 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.32983596E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 19.847424 2_GWT-(1,42,33) + Model 2 1 2.62673439E-10 * 2_GWT-(1,36,46) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 145 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 146 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.94869031E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 19.033468 2_GWT-(1,42,33) + Model 2 1 2.36724418E-10 * 2_GWT-(1,36,47) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 146 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 147 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.20893322E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 18.109098 2_GWT-(1,41,34) + Model 2 1 1.83689508E-10 * 2_GWT-(1,36,47) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 147 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 148 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.85238349E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 3 17.438052 2_GWT-(1,41,34) + Model 2 1 1.63140612E-10 * 2_GWT-(1,36,48) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 148 STRESS PERIOD 2 + 4 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 149 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 2.09854624E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 16.928295 2_GWT-(1,41,34) + Model 2 1 -1.76011702E-06 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 149 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 150 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.76322277E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 16.140989 2_GWT-(1,41,35) + Model 2 1 1.15196406E-06 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 150 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 151 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.99699929E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 15.745139 2_GWT-(1,41,35) + Model 2 1 -7.82600068E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 151 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 152 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.68035520E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 15.237339 2_GWT-(1,41,35) + Model 2 1 6.01549118E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 152 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 153 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.90305027E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.754348 2_GWT-(1,41,35) + Model 2 1 -5.13281520E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 153 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 154 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.60311032E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 14.323573 2_GWT-(1,41,36) + Model 2 1 4.19381422E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 154 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 155 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.81575073E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.928737 2_GWT-(1,41,36) + Model 2 1 -3.80718006E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 155 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 156 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.53093848E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.548158 2_GWT-(1,41,36) + Model 2 1 3.22597543E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 156 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 157 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.73435215E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 13.131260 2_GWT-(1,41,37) + Model 2 1 -2.99574026E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 157 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 158 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.46337506E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.857313 2_GWT-(1,41,37) + Model 2 1 2.60245542E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 158 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 159 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.65824540E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.511148 2_GWT-(1,41,37) + Model 2 1 -2.44138164E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 159 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 160 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.40001839E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 12.182484 2_GWT-(1,41,37) + Model 2 1 2.15968498E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 160 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 161 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.58692178E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.918587 2_GWT-(1,41,38) + Model 2 1 -2.03776153E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 161 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 162 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.34051572E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.651778 2_GWT-(1,41,38) + Model 2 1 1.82737153E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 162 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 163 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.51994745E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.386811 2_GWT-(1,40,38) + Model 2 1 -1.73159037E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 163 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 164 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.28455377E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 11.136359 2_GWT-(1,40,39) + Model 2 1 1.56910914E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 164 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 165 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.45694649E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.940829 2_GWT-(1,40,39) + Model 2 1 -1.49256607E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 165 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 166 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.23185214E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.709588 2_GWT-(1,40,39) + Model 2 1 1.36350991E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 166 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 167 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.39758909E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.470675 2_GWT-(1,40,39) + Model 2 1 -1.30189846E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 167 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 168 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.18215850E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.307334 2_GWT-(1,40,40) + Model 2 1 1.19689389E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 168 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 169 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.34158328E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 10.110225 2_GWT-(1,40,40) + Model 2 1 -1.14718887E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 169 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 170 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.13524490E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.9116465 2_GWT-(1,40,40) + Model 2 1 1.05995014E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 170 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 171 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.28866873E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.7281671 2_GWT-(1,40,41) + Model 2 1 -1.01988689E-07 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 171 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 172 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.09090488E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.5734967 2_GWT-(1,40,41) + Model 2 1 9.46081400E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 172 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 173 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.23861213E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.3933411 2_GWT-(1,40,41) + Model 2 1 -9.13884151E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 173 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 174 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.04895099E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.2070277 2_GWT-(1,40,42) + Model 2 1 8.50455990E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 174 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 175 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.19120349E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 9.0792393 2_GWT-(1,40,42) + Model 2 1 -8.24718427E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 175 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 176 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.00921280E-04 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.9237018 2_GWT-(1,40,42) + Model 2 1 7.69456392E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 176 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 177 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.14625315E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.7648979 2_GWT-(1,40,42) + Model 2 1 -7.49039373E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 177 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 178 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.71535132E-05 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.6210505 2_GWT-(1,40,43) + Model 2 1 7.00321152E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 178 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 179 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.10358934E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.4978326 2_GWT-(1,40,43) + Model 2 1 -6.84295856E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 179 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 180 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.35776481E-05 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.3515870 2_GWT-(1,40,43) + Model 2 1 6.40906137E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 180 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 181 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.06305612E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.2058823 2_GWT-(1,40,44) + Model 2 1 -6.28509724E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 181 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 182 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.01807663E-05 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 8.0994988 2_GWT-(1,40,44) + Model 2 1 5.89524234E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 182 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 183 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 1.02451156E-04 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.9749023 2_GWT-(1,40,44) + Model 2 1 -5.80131427E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 183 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 184 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.69510590E-05 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.8440122 2_GWT-(1,40,44) + Model 2 1 5.44835075E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 184 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 185 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.87826264E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.7286226 2_GWT-(1,40,45) + Model 2 1 -5.37922915E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 185 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 186 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.38777172E-05 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.6281898 2_GWT-(1,40,45) + Model 2 1 5.05758635E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 186 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 187 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.52881980E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.5072546 2_GWT-(1,40,45) + Model 2 1 -5.00903070E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 187 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 188 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.09508341E-05 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.3909932 2_GWT-(1,40,46) + Model 2 1 4.71413841E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 188 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 189 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 9.19570455E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.2998857 2_GWT-(1,40,46) + Model 2 1 -4.68253347E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 189 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 190 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.81613167E-05 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.1992810 2_GWT-(1,40,46) + Model 2 1 4.41091288E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 190 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 191 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.87792390E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 7.0883147 2_GWT-(1,40,46) + Model 2 1 -4.39323458E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 191 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 192 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.55008065E-05 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.9953370 2_GWT-(1,40,47) + Model 2 1 4.14183887E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 192 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 193 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.57456529E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.9103793 2_GWT-(1,40,47) + Model 2 1 -4.13565431E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 193 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 194 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.29616092E-05 * 1_GWF-(1,40,27) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.8103990 2_GWT-(1,40,47) + Model 2 1 3.90208470E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 194 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 195 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.28478846E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.7148002 2_GWT-(1,40,48) + Model 2 1 -3.90519972E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 195 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 196 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.30743223E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.6364870 2_GWT-(1,40,48) + Model 2 1 3.68743258E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 196 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 197 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 8.00781832E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.5532653 2_GWT-(1,40,48) + Model 2 1 -3.69813051E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 197 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 198 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.31968643E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.4585340 2_GWT-(1,40,48) + Model 2 1 3.49439233E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 198 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 199 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.74293850E-05 * 1_GWF-(1,41,26) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.3825824 2_GWT-(1,40,49) + Model 2 1 -3.51113840E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 199 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 200 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.32932243E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.3089706 2_GWT-(1,40,49) + Model 2 1 3.32003083E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 200 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 201 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.49060521E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.2258713 2_GWT-(1,40,49) + Model 2 1 -3.34149490E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 201 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 202 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.33644666E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.1452996 2_GWT-(1,40,50) + Model 2 1 3.16172191E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 202 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 203 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.49788451E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0782815 2_GWT-(1,40,50) + Model 2 1 -3.18690354E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 203 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 204 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.34116425E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 6.0074109 2_GWT-(1,40,50) + Model 2 1 3.01735099E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 204 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 205 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.50269829E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.9266027 2_GWT-(1,40,50) + Model 2 1 -3.04527248E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 205 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 206 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.34357876E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.8632761 2_GWT-(1,40,51) + Model 2 1 2.88498541E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 206 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 207 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.50515421E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7989874 2_GWT-(1,40,51) + Model 2 1 -2.91488504E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 207 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 208 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.34379193E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.7288402 2_GWT-(1,40,51) + Model 2 1 2.76304490E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 208 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 209 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.50535776E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.6600485 2_GWT-(1,40,52) + Model 2 1 -2.79417236E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 209 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 210 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.34190343E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.6026676 2_GWT-(1,40,52) + Model 2 1 2.65010840E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 210 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 211 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.50341214E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.5409863 2_GWT-(1,40,52) + Model 2 1 -2.68192935E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 211 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 212 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.33801071E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4718800 2_GWT-(1,40,52) + Model 2 1 2.54489123E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 212 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 213 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.49941802E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.4180908 2_GWT-(1,40,53) + Model 2 1 -2.57690544E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 213 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 214 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.33220881E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3619054 2_GWT-(1,40,53) + Model 2 1 2.44637022E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 214 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 215 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.49347342E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.3014974 2_GWT-(1,40,53) + Model 2 1 -2.47811158E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 215 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 216 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.32459025E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.2425354 2_GWT-(1,40,54) + Model 2 1 2.35354491E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 216 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 217 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.48567363E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1929719 2_GWT-(1,40,54) + Model 2 1 -2.38474058E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 217 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 218 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.31524491E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.1386752 2_GWT-(1,40,54) + Model 2 1 2.26567636E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 218 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 219 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.47611111E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0790300 2_GWT-(1,40,54) + Model 2 1 -2.29599664E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 219 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 220 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.30425997E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 5.0328594 2_GWT-(1,40,55) + Model 2 1 2.18204832E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 220 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 221 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.46487541E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9836411 2_GWT-(1,40,55) + Model 2 1 -2.21129994E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 221 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 222 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.29171983E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.9307476 2_GWT-(1,40,55) + Model 2 1 2.10212647E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 222 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 223 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.45205313E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8801418 2_GWT-(1,40,56) + Model 2 1 -2.13003659E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 223 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 224 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.27770612E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.8368076 2_GWT-(1,40,56) + Model 2 1 2.02541059E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 224 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 225 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.43772793E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7887035 2_GWT-(1,40,56) + Model 2 1 -2.05187689E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 225 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 226 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.26229758E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.7366177 2_GWT-(1,40,56) + Model 2 1 1.95146868E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 226 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 227 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.42198048E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6967860 2_GWT-(1,40,57) + Model 2 1 -1.97640020E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 227 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 228 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.24557018E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6534622 2_GWT-(1,40,57) + Model 2 1 1.88001650E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 228 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 229 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.40488848E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.6065609 2_GWT-(1,40,57) + Model 2 1 -1.90337914E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 229 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 230 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.22759701E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5630981 2_GWT-(1,40,58) + Model 2 1 1.81084943E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 230 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 231 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.38652670E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.5247181 2_GWT-(1,40,58) + Model 2 1 -1.83264319E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 231 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 232 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.20844840E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4819192 2_GWT-(1,40,58) + Model 2 1 1.74380830E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 232 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 233 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.36696696E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4359995 2_GWT-(1,40,59) + Model 2 1 -1.76406729E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 233 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 234 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.18819186E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.4014730 2_GWT-(1,40,59) + Model 2 1 1.67880216E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 234 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 235 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.34627823E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3630547 2_GWT-(1,40,59) + Model 2 1 -1.69758323E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 235 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 236 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.16689219E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.3211061 2_GWT-(1,40,59) + Model 2 1 1.61591061E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 236 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 237 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.32452664E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2837355 2_GWT-(1,40,60) + Model 2 1 -1.63328195E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 237 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 238 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.14461151E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2493492 2_GWT-(1,40,60) + Model 2 1 1.55507678E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 238 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 239 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.30177554E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.2111064 2_GWT-(1,40,60) + Model 2 1 -1.57125442E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 239 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 240 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.12140929E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1714600 2_GWT-(1,40,61) + Model 2 1 1.49647121E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 240 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 241 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.27808558E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1402723 2_GWT-(1,40,61) + Model 2 1 -1.51158019E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 241 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 242 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.09734243E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.1059062 2_GWT-(1,40,61) + Model 2 1 1.44021897E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 242 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 243 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.25351474E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0681538 2_GWT-(1,40,61) + Model 2 1 -1.45452077E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 243 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 244 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.07246534E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0359774 2_GWT-(1,40,62) + Model 2 1 1.38659288E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 244 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 245 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.22811846E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 4.0048709 2_GWT-(1,40,62) + Model 2 1 -1.40028078E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 245 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 246 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.04682997E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9705332 2_GWT-(1,40,62) + Model 2 1 1.33582034E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 246 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 247 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.20194965E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9361510 2_GWT-(1,40,63) + Model 2 1 -1.34908760E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 247 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 248 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.02048591E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.9078653 2_GWT-(1,40,63) + Model 2 1 1.28810598E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 248 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 249 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 7.17505881E-05 * 1_GWF-(1,2,31) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8768293 2_GWT-(1,40,63) + Model 2 1 -1.30129365E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 249 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + Solving: Stress period: 2 Time step: 250 + + + SLN_1 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 1 6.99348048E-05 * 1_GWF-(1,2,34) + ---------------------------------------------------------------------------------------------------------- + + + 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 1 TOTAL ITERATIONS + + SLN_2 OUTER ITERATION SUMMARY + ---------------------------------------------------------------------------------------------------------- + OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR + OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) + ---------------------------------------------------------------------------------------------------------- + Model 1 2 3.8427054 2_GWT-(1,40,63) + Model 2 1 1.24380222E-08 * 2_GWT-(1,41,29) + ---------------------------------------------------------------------------------------------------------- + + + 2 CALLS TO NUMERICAL SOLUTION IN TIME STEP 250 STRESS PERIOD 2 + 3 TOTAL ITERATIONS + + MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN MEGABYTES + ------------------------------- + ALLOCATED + DATA TYPE MEMORY + ------------------------------- + Character 1.37620000E-02 + Logical 6.40000000E-05 + Integer 5.4216120 + Real 12.678856 + ------------------------------- + Total 18.114294 + Virtual 0.0000000 + ------------------------------- + + + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/08/01 15:17:31 + Elapsed run time: 2 Minutes, 35.649 Seconds + Normal termination of simulation. diff --git a/src/notebooks/models/pymf6/pumptreat/mfsim.nam b/src/notebooks/models/pymf6/pumptreat/mfsim.nam new file mode 100644 index 0000000..1dc0639 --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_pumptreat.tdis +END timing + +BEGIN models + gwf6 gwf_pumptreat.nam gwf_pumptreat + gwt6 gwt_pumptreat.nam gwt_pumptreat +END models + +BEGIN exchanges + GWF6-GWT6 pumptreat.gwfgwt gwf_pumptreat gwt_pumptreat +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_pumptreat.ims gwf_pumptreat + ims6 gwt_pumptreat.ims gwt_pumptreat +END solutiongroup 1 + diff --git a/src/notebooks/models/pymf6/pumptreat/mfsim.stdout b/src/notebooks/models/pymf6/pumptreat/mfsim.stdout new file mode 100644 index 0000000..30c2d4d --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/mfsim.stdout @@ -0,0 +1,286 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + + MODFLOW runs in SEQUENTIAL mode + + Run start date and time (yyyy/mm/dd hh:mm:ss): 2025/08/01 15:14:55 + + Writing simulation list file: mfsim.lst + Using Simulation name file: mfsim.nam + + Solving: Stress period: 1 Time step: 1 + Solving: Stress period: 2 Time step: 1 + Solving: Stress period: 2 Time step: 2 + Solving: Stress period: 2 Time step: 3 + Solving: Stress period: 2 Time step: 4 + Solving: Stress period: 2 Time step: 5 + Solving: Stress period: 2 Time step: 6 + Solving: Stress period: 2 Time step: 7 + Solving: Stress period: 2 Time step: 8 + Solving: Stress period: 2 Time step: 9 + Solving: Stress period: 2 Time step: 10 + Solving: Stress period: 2 Time step: 11 + Solving: Stress period: 2 Time step: 12 + Solving: Stress period: 2 Time step: 13 + Solving: Stress period: 2 Time step: 14 + Solving: Stress period: 2 Time step: 15 + Solving: Stress period: 2 Time step: 16 + Solving: Stress period: 2 Time step: 17 + Solving: Stress period: 2 Time step: 18 + Solving: Stress period: 2 Time step: 19 + Solving: Stress period: 2 Time step: 20 + Solving: Stress period: 2 Time step: 21 + Solving: Stress period: 2 Time step: 22 + Solving: Stress period: 2 Time step: 23 + Solving: Stress period: 2 Time step: 24 + Solving: Stress period: 2 Time step: 25 + Solving: Stress period: 2 Time step: 26 + Solving: Stress period: 2 Time step: 27 + Solving: Stress period: 2 Time step: 28 + Solving: Stress period: 2 Time step: 29 + Solving: Stress period: 2 Time step: 30 + Solving: Stress period: 2 Time step: 31 + Solving: Stress period: 2 Time step: 32 + Solving: Stress period: 2 Time step: 33 + Solving: Stress period: 2 Time step: 34 + Solving: Stress period: 2 Time step: 35 + Solving: Stress period: 2 Time step: 36 + Solving: Stress period: 2 Time step: 37 + Solving: Stress period: 2 Time step: 38 + Solving: Stress period: 2 Time step: 39 + Solving: Stress period: 2 Time step: 40 + Solving: Stress period: 2 Time step: 41 + Solving: Stress period: 2 Time step: 42 + Solving: Stress period: 2 Time step: 43 + Solving: Stress period: 2 Time step: 44 + Solving: Stress period: 2 Time step: 45 + Solving: Stress period: 2 Time step: 46 + Solving: Stress period: 2 Time step: 47 + Solving: Stress period: 2 Time step: 48 + Solving: Stress period: 2 Time step: 49 + Solving: Stress period: 2 Time step: 50 + Solving: Stress period: 2 Time step: 51 + Solving: Stress period: 2 Time step: 52 + Solving: Stress period: 2 Time step: 53 + Solving: Stress period: 2 Time step: 54 + Solving: Stress period: 2 Time step: 55 + Solving: Stress period: 2 Time step: 56 + Solving: Stress period: 2 Time step: 57 + Solving: Stress period: 2 Time step: 58 + Solving: Stress period: 2 Time step: 59 + Solving: Stress period: 2 Time step: 60 + Solving: Stress period: 2 Time step: 61 + Solving: Stress period: 2 Time step: 62 + Solving: Stress period: 2 Time step: 63 + Solving: Stress period: 2 Time step: 64 + Solving: Stress period: 2 Time step: 65 + Solving: Stress period: 2 Time step: 66 + Solving: Stress period: 2 Time step: 67 + Solving: Stress period: 2 Time step: 68 + Solving: Stress period: 2 Time step: 69 + Solving: Stress period: 2 Time step: 70 + Solving: Stress period: 2 Time step: 71 + Solving: Stress period: 2 Time step: 72 + Solving: Stress period: 2 Time step: 73 + Solving: Stress period: 2 Time step: 74 + Solving: Stress period: 2 Time step: 75 + Solving: Stress period: 2 Time step: 76 + Solving: Stress period: 2 Time step: 77 + Solving: Stress period: 2 Time step: 78 + Solving: Stress period: 2 Time step: 79 + Solving: Stress period: 2 Time step: 80 + Solving: Stress period: 2 Time step: 81 + Solving: Stress period: 2 Time step: 82 + Solving: Stress period: 2 Time step: 83 + Solving: Stress period: 2 Time step: 84 + Solving: Stress period: 2 Time step: 85 + Solving: Stress period: 2 Time step: 86 + Solving: Stress period: 2 Time step: 87 + Solving: Stress period: 2 Time step: 88 + Solving: Stress period: 2 Time step: 89 + Solving: Stress period: 2 Time step: 90 + Solving: Stress period: 2 Time step: 91 + Solving: Stress period: 2 Time step: 92 + Solving: Stress period: 2 Time step: 93 + Solving: Stress period: 2 Time step: 94 + Solving: Stress period: 2 Time step: 95 + Solving: Stress period: 2 Time step: 96 + Solving: Stress period: 2 Time step: 97 + Solving: Stress period: 2 Time step: 98 + Solving: Stress period: 2 Time step: 99 + Solving: Stress period: 2 Time step: 100 + Solving: Stress period: 2 Time step: 101 + Solving: Stress period: 2 Time step: 102 + Solving: Stress period: 2 Time step: 103 + Solving: Stress period: 2 Time step: 104 + Solving: Stress period: 2 Time step: 105 + Solving: Stress period: 2 Time step: 106 + Solving: Stress period: 2 Time step: 107 + Solving: Stress period: 2 Time step: 108 + Solving: Stress period: 2 Time step: 109 + Solving: Stress period: 2 Time step: 110 + Solving: Stress period: 2 Time step: 111 + Solving: Stress period: 2 Time step: 112 + Solving: Stress period: 2 Time step: 113 + Solving: Stress period: 2 Time step: 114 + Solving: Stress period: 2 Time step: 115 + Solving: Stress period: 2 Time step: 116 + Solving: Stress period: 2 Time step: 117 + BMI Error, Numerical Solution 1 failed to converge + Solving: Stress period: 2 Time step: 118 + Solving: Stress period: 2 Time step: 119 + Solving: Stress period: 2 Time step: 120 + Solving: Stress period: 2 Time step: 121 + Solving: Stress period: 2 Time step: 122 + Solving: Stress period: 2 Time step: 123 + Solving: Stress period: 2 Time step: 124 + Solving: Stress period: 2 Time step: 125 + Solving: Stress period: 2 Time step: 126 + Solving: Stress period: 2 Time step: 127 + Solving: Stress period: 2 Time step: 128 + Solving: Stress period: 2 Time step: 129 + Solving: Stress period: 2 Time step: 130 + Solving: Stress period: 2 Time step: 131 + Solving: Stress period: 2 Time step: 132 + Solving: Stress period: 2 Time step: 133 + Solving: Stress period: 2 Time step: 134 + Solving: Stress period: 2 Time step: 135 + Solving: Stress period: 2 Time step: 136 + Solving: Stress period: 2 Time step: 137 + Solving: Stress period: 2 Time step: 138 + Solving: Stress period: 2 Time step: 139 + Solving: Stress period: 2 Time step: 140 + Solving: Stress period: 2 Time step: 141 + Solving: Stress period: 2 Time step: 142 + Solving: Stress period: 2 Time step: 143 + Solving: Stress period: 2 Time step: 144 + Solving: Stress period: 2 Time step: 145 + Solving: Stress period: 2 Time step: 146 + Solving: Stress period: 2 Time step: 147 + Solving: Stress period: 2 Time step: 148 + Solving: Stress period: 2 Time step: 149 + Solving: Stress period: 2 Time step: 150 + Solving: Stress period: 2 Time step: 151 + Solving: Stress period: 2 Time step: 152 + Solving: Stress period: 2 Time step: 153 + Solving: Stress period: 2 Time step: 154 + Solving: Stress period: 2 Time step: 155 + Solving: Stress period: 2 Time step: 156 + Solving: Stress period: 2 Time step: 157 + Solving: Stress period: 2 Time step: 158 + Solving: Stress period: 2 Time step: 159 + Solving: Stress period: 2 Time step: 160 + Solving: Stress period: 2 Time step: 161 + Solving: Stress period: 2 Time step: 162 + Solving: Stress period: 2 Time step: 163 + Solving: Stress period: 2 Time step: 164 + Solving: Stress period: 2 Time step: 165 + Solving: Stress period: 2 Time step: 166 + Solving: Stress period: 2 Time step: 167 + Solving: Stress period: 2 Time step: 168 + Solving: Stress period: 2 Time step: 169 + Solving: Stress period: 2 Time step: 170 + Solving: Stress period: 2 Time step: 171 + Solving: Stress period: 2 Time step: 172 + Solving: Stress period: 2 Time step: 173 + Solving: Stress period: 2 Time step: 174 + Solving: Stress period: 2 Time step: 175 + Solving: Stress period: 2 Time step: 176 + Solving: Stress period: 2 Time step: 177 + Solving: Stress period: 2 Time step: 178 + Solving: Stress period: 2 Time step: 179 + Solving: Stress period: 2 Time step: 180 + Solving: Stress period: 2 Time step: 181 + Solving: Stress period: 2 Time step: 182 + Solving: Stress period: 2 Time step: 183 + Solving: Stress period: 2 Time step: 184 + Solving: Stress period: 2 Time step: 185 + Solving: Stress period: 2 Time step: 186 + Solving: Stress period: 2 Time step: 187 + Solving: Stress period: 2 Time step: 188 + Solving: Stress period: 2 Time step: 189 + Solving: Stress period: 2 Time step: 190 + Solving: Stress period: 2 Time step: 191 + Solving: Stress period: 2 Time step: 192 + Solving: Stress period: 2 Time step: 193 + Solving: Stress period: 2 Time step: 194 + Solving: Stress period: 2 Time step: 195 + Solving: Stress period: 2 Time step: 196 + Solving: Stress period: 2 Time step: 197 + Solving: Stress period: 2 Time step: 198 + Solving: Stress period: 2 Time step: 199 + Solving: Stress period: 2 Time step: 200 + Solving: Stress period: 2 Time step: 201 + Solving: Stress period: 2 Time step: 202 + Solving: Stress period: 2 Time step: 203 + Solving: Stress period: 2 Time step: 204 + Solving: Stress period: 2 Time step: 205 + Solving: Stress period: 2 Time step: 206 + Solving: Stress period: 2 Time step: 207 + Solving: Stress period: 2 Time step: 208 + Solving: Stress period: 2 Time step: 209 + Solving: Stress period: 2 Time step: 210 + Solving: Stress period: 2 Time step: 211 + Solving: Stress period: 2 Time step: 212 + Solving: Stress period: 2 Time step: 213 + Solving: Stress period: 2 Time step: 214 + Solving: Stress period: 2 Time step: 215 + Solving: Stress period: 2 Time step: 216 + Solving: Stress period: 2 Time step: 217 + Solving: Stress period: 2 Time step: 218 + Solving: Stress period: 2 Time step: 219 + Solving: Stress period: 2 Time step: 220 + Solving: Stress period: 2 Time step: 221 + Solving: Stress period: 2 Time step: 222 + Solving: Stress period: 2 Time step: 223 + Solving: Stress period: 2 Time step: 224 + Solving: Stress period: 2 Time step: 225 + Solving: Stress period: 2 Time step: 226 + Solving: Stress period: 2 Time step: 227 + Solving: Stress period: 2 Time step: 228 + Solving: Stress period: 2 Time step: 229 + Solving: Stress period: 2 Time step: 230 + Solving: Stress period: 2 Time step: 231 + Solving: Stress period: 2 Time step: 232 + Solving: Stress period: 2 Time step: 233 + Solving: Stress period: 2 Time step: 234 + Solving: Stress period: 2 Time step: 235 + Solving: Stress period: 2 Time step: 236 + Solving: Stress period: 2 Time step: 237 + Solving: Stress period: 2 Time step: 238 + Solving: Stress period: 2 Time step: 239 + Solving: Stress period: 2 Time step: 240 + Solving: Stress period: 2 Time step: 241 + Solving: Stress period: 2 Time step: 242 + Solving: Stress period: 2 Time step: 243 + Solving: Stress period: 2 Time step: 244 + Solving: Stress period: 2 Time step: 245 + Solving: Stress period: 2 Time step: 246 + Solving: Stress period: 2 Time step: 247 + Solving: Stress period: 2 Time step: 248 + Solving: Stress period: 2 Time step: 249 + Solving: Stress period: 2 Time step: 250 + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/08/01 15:17:31 + Elapsed run time: 2 Minutes, 35.649 Seconds + + Normal termination of simulation. diff --git a/src/notebooks/models/pymf6/pumptreat/plume.png b/src/notebooks/models/pymf6/pumptreat/plume.png new file mode 100644 index 0000000..786fc01 Binary files /dev/null and b/src/notebooks/models/pymf6/pumptreat/plume.png differ diff --git a/src/notebooks/models/pymf6/pumptreat/pumptreat.gwfgwt b/src/notebooks/models/pymf6/pumptreat/pumptreat.gwfgwt new file mode 100644 index 0000000..8a734a3 --- /dev/null +++ b/src/notebooks/models/pymf6/pumptreat/pumptreat.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 07/21/2025 at 11:08:37. diff --git a/src/notebooks/models/riverbase/gwf_riverbase.bud b/src/notebooks/models/riverbase/gwf_riverbase.bud index a53a2bb..abc6788 100644 Binary files a/src/notebooks/models/riverbase/gwf_riverbase.bud and b/src/notebooks/models/riverbase/gwf_riverbase.bud differ diff --git a/src/notebooks/models/riverbase/gwf_riverbase.hds b/src/notebooks/models/riverbase/gwf_riverbase.hds index f8acfe5..8f1d003 100644 Binary files a/src/notebooks/models/riverbase/gwf_riverbase.hds and b/src/notebooks/models/riverbase/gwf_riverbase.hds differ diff --git a/src/notebooks/models/riverbase/gwf_riverbase.lst b/src/notebooks/models/riverbase/gwf_riverbase.lst index bc6151f..1151b74 100644 --- a/src/notebooks/models/riverbase/gwf_riverbase.lst +++ b/src/notebooks/models/riverbase/gwf_riverbase.lst @@ -1,21 +1,24 @@ MODFLOW 6 U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL GROUNDWATER FLOW MODEL (GWF) - VERSION 6.7.0.dev2 (preliminary) 05/20/2025 - ***DEVELOP MODE*** - - MODFLOW 6 compiled May 20 2025 13:40:03 with GCC version 13.3.0 - -This software is preliminary or provisional and is subject to -revision. It is being provided to meet the need for timely best -science. The software has not received final approval by the U.S. -Geological Survey (USGS). No warranty, expressed or implied, is made -by the USGS or the U.S. Government as to the functionality of the -software and related material nor shall the fact of release -constitute any such warranty. The software is provided on the -condition that neither the USGS nor the U.S. Government shall be held -liable for any damages resulting from the authorized or unauthorized -use of the software. + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. As a work of the United States Government, this USGS product is @@ -50,17 +53,16 @@ The following BSD-3 License libraries are used in this USGS product: All rights reserved. (https://github.com/jacobwilliams/daglib) -MODFLOW 6 compiler options: -fdiagnostics-color=always -cpp -I -src/libmf6core.a.p -I src -I ../src -I src/libmf6_external.a.p -iprefix -/opt/homebrew/Cellar/gcc@13/13.3.0/bin/../lib/gcc/13/gcc/aarch64-apple-darwin2 -3/13/ -D__DYNAMIC__ -D __APPLE__ -fPIC -mmacosx-version-min=14.0.0 --mcpu=apple-m1 -mlittle-endian -mabi=lp64 -O1 -Wall -Wpedantic --Wcharacter-truncation -Wno-unused-dummy-argument -Wno-intrinsic-shadow --Wno-maybe-uninitialized -Wno-uninitialized -std=f2018 -fall-intrinsics --ffpe-summary=overflow -ffpe-trap=overflow,zero,invalid -J src/libmf6core.a.p +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c System command used to initiate simulation: -/Users/mike/hydrocomputing/projects/2021/003_ModSimple_Phase2/Bearbeitung/MODFLOW6/nightly/20250520/mf6.7.0.dev2_macarm/bin/mf6 +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe MODFLOW was compiled using uniform precision. @@ -84,7 +86,7 @@ Long Integer Variables Logical Variables KIND: 4 SIZE IN BITS: 32 - + NAMEFILE OPTIONS: FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL END NAMEFILE OPTIONS: @@ -1975,7 +1977,7 @@ start timestep kper="2" kstp="120" mode="normal" TOTAL OUT = 22.4513 TOTAL OUT = 2.0524 - IN - OUT = 0.1105 IN - OUT = 2.9079E-08 + IN - OUT = 0.1105 IN - OUT = 2.8511E-08 PERCENT DISCREPANCY = 0.49 PERCENT DISCREPANCY = 0.00 @@ -3705,7 +3707,7 @@ start timestep kper="3" kstp="120" mode="normal" TOTAL OUT = 42.9742 TOTAL OUT = 2.0522 - IN - OUT = 0.1105 IN - OUT = 2.7194E-08 + IN - OUT = 0.1105 IN - OUT = 2.7370E-08 PERCENT DISCREPANCY = 0.26 PERCENT DISCREPANCY = 0.00 @@ -5435,7 +5437,7 @@ start timestep kper="4" kstp="120" mode="normal" TOTAL OUT = 63.4947 TOTAL OUT = 2.0519 - IN - OUT = 0.1105 IN - OUT = 3.1643E-08 + IN - OUT = 0.1105 IN - OUT = 3.1440E-08 PERCENT DISCREPANCY = 0.17 PERCENT DISCREPANCY = 0.00 diff --git a/src/notebooks/models/riverbase/gwt_riverbase.cbc b/src/notebooks/models/riverbase/gwt_riverbase.cbc index c45cb10..48d865f 100644 Binary files a/src/notebooks/models/riverbase/gwt_riverbase.cbc and b/src/notebooks/models/riverbase/gwt_riverbase.cbc differ diff --git a/src/notebooks/models/riverbase/gwt_riverbase.lst b/src/notebooks/models/riverbase/gwt_riverbase.lst index f602f00..4259757 100644 --- a/src/notebooks/models/riverbase/gwt_riverbase.lst +++ b/src/notebooks/models/riverbase/gwt_riverbase.lst @@ -1,21 +1,24 @@ MODFLOW 6 U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL TRANSPORT MODEL (GWT) - VERSION 6.7.0.dev2 (preliminary) 05/20/2025 - ***DEVELOP MODE*** - - MODFLOW 6 compiled May 20 2025 13:40:03 with GCC version 13.3.0 - -This software is preliminary or provisional and is subject to -revision. It is being provided to meet the need for timely best -science. The software has not received final approval by the U.S. -Geological Survey (USGS). No warranty, expressed or implied, is made -by the USGS or the U.S. Government as to the functionality of the -software and related material nor shall the fact of release -constitute any such warranty. The software is provided on the -condition that neither the USGS nor the U.S. Government shall be held -liable for any damages resulting from the authorized or unauthorized -use of the software. + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. As a work of the United States Government, this USGS product is @@ -50,17 +53,16 @@ The following BSD-3 License libraries are used in this USGS product: All rights reserved. (https://github.com/jacobwilliams/daglib) -MODFLOW 6 compiler options: -fdiagnostics-color=always -cpp -I -src/libmf6core.a.p -I src -I ../src -I src/libmf6_external.a.p -iprefix -/opt/homebrew/Cellar/gcc@13/13.3.0/bin/../lib/gcc/13/gcc/aarch64-apple-darwin2 -3/13/ -D__DYNAMIC__ -D __APPLE__ -fPIC -mmacosx-version-min=14.0.0 --mcpu=apple-m1 -mlittle-endian -mabi=lp64 -O1 -Wall -Wpedantic --Wcharacter-truncation -Wno-unused-dummy-argument -Wno-intrinsic-shadow --Wno-maybe-uninitialized -Wno-uninitialized -std=f2018 -fall-intrinsics --ffpe-summary=overflow -ffpe-trap=overflow,zero,invalid -J src/libmf6core.a.p +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c System command used to initiate simulation: -/Users/mike/hydrocomputing/projects/2021/003_ModSimple_Phase2/Bearbeitung/MODFLOW6/nightly/20250520/mf6.7.0.dev2_macarm/bin/mf6 +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe MODFLOW was compiled using uniform precision. @@ -84,7 +86,7 @@ Long Integer Variables Logical Variables KIND: 4 SIZE IN BITS: 32 - + NAMEFILE OPTIONS: FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL END NAMEFILE OPTIONS: @@ -296,7 +298,7 @@ start timestep kper="1" kstp="1" mode="normal" TOTAL OUT = 2.9109 TOTAL OUT = 2.9109 - IN - OUT = -6.0938E-12 IN - OUT = -6.0938E-12 + IN - OUT = -5.8433E-12 IN - OUT = -5.8433E-12 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -417,7 +419,7 @@ start timestep kper="2" kstp="1" mode="normal" TOTAL OUT = 3.1527 TOTAL OUT = 2.9014 - IN - OUT = -7.5655E-11 IN - OUT = -8.3475E-10 + IN - OUT = -7.7850E-11 IN - OUT = -8.6408E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -532,7 +534,7 @@ start timestep kper="2" kstp="2" mode="normal" TOTAL OUT = 3.3943 TOTAL OUT = 2.9001 - IN - OUT = -3.3605E-10 IN - OUT = -3.1247E-09 + IN - OUT = -2.6070E-10 IN - OUT = -2.1942E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -647,7 +649,7 @@ start timestep kper="2" kstp="3" mode="normal" TOTAL OUT = 3.6360 TOTAL OUT = 2.8999 - IN - OUT = -3.9972E-10 IN - OUT = -7.6411E-10 + IN - OUT = -3.4862E-10 IN - OUT = -1.0551E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -762,7 +764,7 @@ start timestep kper="2" kstp="4" mode="normal" TOTAL OUT = 3.8776 TOTAL OUT = 2.8999 - IN - OUT = -3.2218E-10 IN - OUT = 9.3053E-10 + IN - OUT = -1.9101E-10 IN - OUT = 1.8913E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -877,9 +879,9 @@ start timestep kper="2" kstp="5" mode="normal" TOTAL OUT = 4.1193 TOTAL OUT = 2.8999 - IN - OUT = -2.7967E-10 IN - OUT = 5.1002E-10 + IN - OUT = -1.9943E-10 IN - OUT = -1.0099E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -992,9 +994,9 @@ start timestep kper="2" kstp="6" mode="normal" TOTAL OUT = 4.3610 TOTAL OUT = 2.8999 - IN - OUT = -2.6544E-10 IN - OUT = 1.7079E-10 + IN - OUT = -2.5802E-10 IN - OUT = -7.0318E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -1107,7 +1109,7 @@ start timestep kper="2" kstp="7" mode="normal" TOTAL OUT = 4.6026 TOTAL OUT = 2.8999 - IN - OUT = -3.0526E-10 IN - OUT = -4.7778E-10 + IN - OUT = -2.6640E-10 IN - OUT = -1.0047E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -1222,7 +1224,7 @@ start timestep kper="2" kstp="8" mode="normal" TOTAL OUT = 4.8443 TOTAL OUT = 2.8999 - IN - OUT = -2.7156E-10 IN - OUT = 4.0442E-10 + IN - OUT = -1.1625E-10 IN - OUT = 1.8017E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -1337,9 +1339,9 @@ start timestep kper="2" kstp="9" mode="normal" TOTAL OUT = 5.0859 TOTAL OUT = 2.8999 - IN - OUT = -2.6915E-10 IN - OUT = 2.8913E-11 + IN - OUT = -2.0113E-10 IN - OUT = -1.0185E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -1452,7 +1454,7 @@ start timestep kper="2" kstp="10" mode="normal" TOTAL OUT = 5.3276 TOTAL OUT = 2.8999 - IN - OUT = -4.3489E-10 IN - OUT = -1.9890E-09 + IN - OUT = -3.9112E-10 IN - OUT = -2.2799E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -1567,7 +1569,7 @@ start timestep kper="2" kstp="11" mode="normal" TOTAL OUT = 5.5692 TOTAL OUT = 2.8999 - IN - OUT = -4.2870E-10 IN - OUT = 7.4325E-11 + IN - OUT = -3.4855E-10 IN - OUT = 5.1087E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -1682,9 +1684,9 @@ start timestep kper="2" kstp="12" mode="normal" TOTAL OUT = 5.8109 TOTAL OUT = 2.8999 - IN - OUT = -5.2824E-10 IN - OUT = -1.1945E-09 + IN - OUT = -3.0014E-10 IN - OUT = 5.8087E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -1797,7 +1799,7 @@ start timestep kper="2" kstp="13" mode="normal" TOTAL OUT = 6.0526 TOTAL OUT = 2.8999 - IN - OUT = -6.2491E-10 IN - OUT = -1.1600E-09 + IN - OUT = -3.1427E-10 IN - OUT = -1.6950E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -1912,7 +1914,7 @@ start timestep kper="2" kstp="14" mode="normal" TOTAL OUT = 6.2942 TOTAL OUT = 2.8999 - IN - OUT = -7.4422E-10 IN - OUT = -1.4317E-09 + IN - OUT = -3.5105E-10 IN - OUT = -4.4145E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -2027,7 +2029,7 @@ start timestep kper="2" kstp="15" mode="normal" TOTAL OUT = 6.5359 TOTAL OUT = 2.8999 - IN - OUT = -7.0275E-10 IN - OUT = 4.9760E-10 + IN - OUT = -3.1207E-10 IN - OUT = 4.6778E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -2142,7 +2144,7 @@ start timestep kper="2" kstp="16" mode="normal" TOTAL OUT = 6.7775 TOTAL OUT = 2.8999 - IN - OUT = -6.3473E-10 IN - OUT = 8.1619E-10 + IN - OUT = -1.5435E-10 IN - OUT = 1.8926E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -2257,7 +2259,7 @@ start timestep kper="2" kstp="17" mode="normal" TOTAL OUT = 7.0192 TOTAL OUT = 2.8999 - IN - OUT = -6.1846E-10 IN - OUT = 1.9535E-10 + IN - OUT = -4.5919E-11 IN - OUT = 1.3012E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -2372,9 +2374,9 @@ start timestep kper="2" kstp="18" mode="normal" TOTAL OUT = 7.2608 TOTAL OUT = 2.8999 - IN - OUT = -5.4254E-10 IN - OUT = 9.1099E-10 + IN - OUT = -8.8887E-11 IN - OUT = -5.1561E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -2487,7 +2489,7 @@ start timestep kper="2" kstp="19" mode="normal" TOTAL OUT = 7.5025 TOTAL OUT = 2.8999 - IN - OUT = -4.5308E-10 IN - OUT = 1.0736E-09 + IN - OUT = -1.3993E-11 IN - OUT = 8.9872E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -2602,7 +2604,7 @@ start timestep kper="2" kstp="20" mode="normal" TOTAL OUT = 7.7442 TOTAL OUT = 2.8999 - IN - OUT = -5.5103E-10 IN - OUT = -1.1755E-09 + IN - OUT = -2.3810E-10 IN - OUT = -2.6893E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -2717,7 +2719,7 @@ start timestep kper="2" kstp="21" mode="normal" TOTAL OUT = 7.9858 TOTAL OUT = 2.8999 - IN - OUT = -3.7253E-10 IN - OUT = 2.1421E-09 + IN - OUT = -3.8458E-12 IN - OUT = 2.8111E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -2832,7 +2834,7 @@ start timestep kper="2" kstp="22" mode="normal" TOTAL OUT = 8.2275 TOTAL OUT = 2.8999 - IN - OUT = -3.8708E-10 IN - OUT = -1.7467E-10 + IN - OUT = -1.0095E-10 IN - OUT = -1.1652E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -2947,9 +2949,9 @@ start timestep kper="2" kstp="23" mode="normal" TOTAL OUT = 8.4691 TOTAL OUT = 2.8999 - IN - OUT = -1.4738E-10 IN - OUT = 2.8764E-09 + IN - OUT = 2.1626E-10 IN - OUT = 3.8065E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -3062,9 +3064,9 @@ start timestep kper="2" kstp="24" mode="normal" TOTAL OUT = 8.7108 TOTAL OUT = 2.8999 - IN - OUT = -3.7620E-11 IN - OUT = 1.3172E-09 + IN - OUT = 3.5263E-10 IN - OUT = 1.6365E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -3177,9 +3179,9 @@ start timestep kper="2" kstp="25" mode="normal" TOTAL OUT = 8.9525 TOTAL OUT = 2.8999 - IN - OUT = -1.0208E-10 IN - OUT = -7.7353E-10 + IN - OUT = 3.9246E-10 IN - OUT = 4.7795E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -3292,9 +3294,9 @@ start timestep kper="2" kstp="26" mode="normal" TOTAL OUT = 9.1941 TOTAL OUT = 2.8999 - IN - OUT = -1.9068E-10 IN - OUT = -1.0632E-09 + IN - OUT = 2.8448E-10 IN - OUT = -1.2958E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -3407,9 +3409,9 @@ start timestep kper="2" kstp="27" mode="normal" TOTAL OUT = 9.4358 TOTAL OUT = 2.8999 - IN - OUT = -9.4989E-11 IN - OUT = 1.1483E-09 + IN - OUT = 3.6811E-10 IN - OUT = 1.0036E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -3522,9 +3524,9 @@ start timestep kper="2" kstp="28" mode="normal" TOTAL OUT = 9.6774 TOTAL OUT = 2.8999 - IN - OUT = -1.9056E-10 IN - OUT = -1.1469E-09 + IN - OUT = 2.3129E-10 IN - OUT = -1.6419E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -3637,9 +3639,9 @@ start timestep kper="2" kstp="29" mode="normal" TOTAL OUT = 9.9191 TOTAL OUT = 2.8999 - IN - OUT = -2.2233E-10 IN - OUT = -3.8122E-10 + IN - OUT = 3.1590E-10 IN - OUT = 1.0153E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -3752,9 +3754,9 @@ start timestep kper="2" kstp="30" mode="normal" TOTAL OUT = 10.1608 TOTAL OUT = 2.8999 - IN - OUT = -1.8213E-10 IN - OUT = 4.8240E-10 + IN - OUT = 3.2206E-10 IN - OUT = 7.3967E-11 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -3867,9 +3869,9 @@ start timestep kper="2" kstp="31" mode="normal" TOTAL OUT = 10.4024 TOTAL OUT = 2.8999 - IN - OUT = -1.9248E-10 IN - OUT = -1.2422E-10 + IN - OUT = 3.0429E-10 IN - OUT = -2.1327E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -3982,9 +3984,9 @@ start timestep kper="2" kstp="32" mode="normal" TOTAL OUT = 10.6441 TOTAL OUT = 2.8999 - IN - OUT = -7.7462E-11 IN - OUT = 1.3802E-09 + IN - OUT = 2.5909E-10 IN - OUT = -5.4244E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -4097,9 +4099,9 @@ start timestep kper="2" kstp="33" mode="normal" TOTAL OUT = 10.8857 TOTAL OUT = 2.8999 - IN - OUT = -1.1671E-10 IN - OUT = -4.7099E-10 + IN - OUT = 4.0648E-10 IN - OUT = 1.7687E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -4212,9 +4214,9 @@ start timestep kper="2" kstp="34" mode="normal" TOTAL OUT = 11.1274 TOTAL OUT = 2.8999 - IN - OUT = -2.5004E-10 IN - OUT = -1.6000E-09 + IN - OUT = 3.6029E-10 IN - OUT = -5.5428E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -4327,9 +4329,9 @@ start timestep kper="2" kstp="35" mode="normal" TOTAL OUT = 11.3691 TOTAL OUT = 2.8999 - IN - OUT = -1.5030E-10 IN - OUT = 1.1969E-09 + IN - OUT = 5.0843E-10 IN - OUT = 1.7777E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -4442,9 +4444,9 @@ start timestep kper="2" kstp="36" mode="normal" TOTAL OUT = 11.6107 TOTAL OUT = 2.8999 - IN - OUT = -6.9505E-11 IN - OUT = 9.6958E-10 + IN - OUT = 5.3333E-10 IN - OUT = 2.9874E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -4557,7 +4559,7 @@ start timestep kper="2" kstp="37" mode="normal" TOTAL OUT = 11.8524 TOTAL OUT = 2.8999 - IN - OUT = 2.6583E-11 IN - OUT = 1.1531E-09 + IN - OUT = 5.8811E-10 IN - OUT = 6.5745E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -4672,7 +4674,7 @@ start timestep kper="2" kstp="38" mode="normal" TOTAL OUT = 12.0940 TOTAL OUT = 2.8999 - IN - OUT = 3.6930E-11 IN - OUT = 1.2416E-10 + IN - OUT = 6.8574E-10 IN - OUT = 1.1716E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -4787,9 +4789,9 @@ start timestep kper="2" kstp="39" mode="normal" TOTAL OUT = 12.3357 TOTAL OUT = 2.8999 - IN - OUT = 1.5882E-11 IN - OUT = -2.5256E-10 + IN - OUT = 7.6646E-10 IN - OUT = 9.6856E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -4902,9 +4904,9 @@ start timestep kper="2" kstp="40" mode="normal" TOTAL OUT = 12.5774 TOTAL OUT = 2.8999 - IN - OUT = 3.0131E-11 IN - OUT = 1.7099E-10 + IN - OUT = 6.3752E-10 IN - OUT = -1.5473E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -5017,7 +5019,7 @@ start timestep kper="2" kstp="41" mode="normal" TOTAL OUT = 12.8190 TOTAL OUT = 2.8999 - IN - OUT = 2.0243E-10 IN - OUT = 2.0675E-09 + IN - OUT = 8.1213E-10 IN - OUT = 2.0953E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -5132,7 +5134,7 @@ start timestep kper="2" kstp="42" mode="normal" TOTAL OUT = 13.0607 TOTAL OUT = 2.8999 - IN - OUT = 3.2362E-10 IN - OUT = 1.4543E-09 + IN - OUT = 9.4775E-10 IN - OUT = 1.6275E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -5247,7 +5249,7 @@ start timestep kper="2" kstp="43" mode="normal" TOTAL OUT = 13.3024 TOTAL OUT = 2.8999 - IN - OUT = 5.5361E-10 IN - OUT = 2.7598E-09 + IN - OUT = 1.0903E-09 IN - OUT = 1.7106E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -5362,9 +5364,9 @@ start timestep kper="2" kstp="44" mode="normal" TOTAL OUT = 13.5440 TOTAL OUT = 2.8999 - IN - OUT = 5.6960E-10 IN - OUT = 1.9195E-10 + IN - OUT = 1.0601E-09 IN - OUT = -3.6235E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -5477,7 +5479,7 @@ start timestep kper="2" kstp="45" mode="normal" TOTAL OUT = 13.7857 TOTAL OUT = 2.9000 - IN - OUT = 4.6408E-10 IN - OUT = -1.2663E-09 + IN - OUT = 9.1079E-10 IN - OUT = -1.7918E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -5592,7 +5594,7 @@ start timestep kper="2" kstp="46" mode="normal" TOTAL OUT = 14.0273 TOTAL OUT = 2.9000 - IN - OUT = 3.8062E-10 IN - OUT = -1.0015E-09 + IN - OUT = 7.4963E-10 IN - OUT = -1.9339E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -5707,7 +5709,7 @@ start timestep kper="2" kstp="47" mode="normal" TOTAL OUT = 14.2690 TOTAL OUT = 2.9000 - IN - OUT = 5.6762E-10 IN - OUT = 2.2440E-09 + IN - OUT = 8.7353E-10 IN - OUT = 1.4867E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -5822,7 +5824,7 @@ start timestep kper="2" kstp="48" mode="normal" TOTAL OUT = 14.5107 TOTAL OUT = 2.9000 - IN - OUT = 9.3870E-10 IN - OUT = 4.4529E-09 + IN - OUT = 1.1888E-09 IN - OUT = 3.7833E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -5937,7 +5939,7 @@ start timestep kper="2" kstp="49" mode="normal" TOTAL OUT = 14.7523 TOTAL OUT = 2.9000 - IN - OUT = 7.0230E-10 IN - OUT = -2.8368E-09 + IN - OUT = 1.0421E-09 IN - OUT = -1.7602E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -6052,7 +6054,7 @@ start timestep kper="2" kstp="50" mode="normal" TOTAL OUT = 14.9940 TOTAL OUT = 2.9000 - IN - OUT = 8.0590E-10 IN - OUT = 1.2433E-09 + IN - OUT = 1.0487E-09 IN - OUT = 7.9046E-11 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -6167,7 +6169,7 @@ start timestep kper="2" kstp="51" mode="normal" TOTAL OUT = 15.2357 TOTAL OUT = 2.9000 - IN - OUT = 7.3497E-10 IN - OUT = -8.5110E-10 + IN - OUT = 9.6561E-10 IN - OUT = -9.9718E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -6282,7 +6284,7 @@ start timestep kper="2" kstp="52" mode="normal" TOTAL OUT = 15.4773 TOTAL OUT = 2.9000 - IN - OUT = 5.6209E-10 IN - OUT = -2.0747E-09 + IN - OUT = 7.3934E-10 IN - OUT = -2.7152E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -6397,7 +6399,7 @@ start timestep kper="2" kstp="53" mode="normal" TOTAL OUT = 15.7190 TOTAL OUT = 2.9000 - IN - OUT = 5.1043E-10 IN - OUT = -6.1990E-10 + IN - OUT = 4.6455E-10 IN - OUT = -3.2975E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -6512,9 +6514,9 @@ start timestep kper="2" kstp="54" mode="normal" TOTAL OUT = 15.9607 TOTAL OUT = 2.9000 - IN - OUT = 4.7141E-10 IN - OUT = -4.6818E-10 + IN - OUT = 5.7100E-10 IN - OUT = 1.2775E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -6627,7 +6629,7 @@ start timestep kper="2" kstp="55" mode="normal" TOTAL OUT = 16.2023 TOTAL OUT = 2.9000 - IN - OUT = 6.5896E-10 IN - OUT = 2.2505E-09 + IN - OUT = 6.7363E-10 IN - OUT = 1.2315E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -6742,9 +6744,9 @@ start timestep kper="2" kstp="56" mode="normal" TOTAL OUT = 16.4440 TOTAL OUT = 2.9000 - IN - OUT = 7.1017E-10 IN - OUT = 6.1450E-10 + IN - OUT = 6.1809E-10 IN - OUT = -6.6647E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -6857,7 +6859,7 @@ start timestep kper="2" kstp="57" mode="normal" TOTAL OUT = 16.6856 TOTAL OUT = 2.9000 - IN - OUT = 6.8211E-10 IN - OUT = -3.3664E-10 + IN - OUT = 6.0460E-10 IN - OUT = -1.6189E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -6972,7 +6974,7 @@ start timestep kper="2" kstp="58" mode="normal" TOTAL OUT = 16.9273 TOTAL OUT = 2.9000 - IN - OUT = 7.0249E-10 IN - OUT = 2.4456E-10 + IN - OUT = 7.0983E-10 IN - OUT = 1.2628E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -7087,7 +7089,7 @@ start timestep kper="2" kstp="59" mode="normal" TOTAL OUT = 17.1690 TOTAL OUT = 2.9000 - IN - OUT = 8.4330E-10 IN - OUT = 1.6898E-09 + IN - OUT = 9.3557E-10 IN - OUT = 2.7089E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -7202,9 +7204,9 @@ start timestep kper="2" kstp="60" mode="normal" TOTAL OUT = 17.4106 TOTAL OUT = 2.9000 - IN - OUT = 8.8348E-10 IN - OUT = 4.8214E-10 + IN - OUT = 9.1514E-10 IN - OUT = -2.4514E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -7317,7 +7319,7 @@ start timestep kper="2" kstp="61" mode="normal" TOTAL OUT = 17.6523 TOTAL OUT = 2.9000 - IN - OUT = 9.6372E-10 IN - OUT = 9.6280E-10 + IN - OUT = 1.0051E-09 IN - OUT = 1.0796E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -7432,7 +7434,7 @@ start timestep kper="2" kstp="62" mode="normal" TOTAL OUT = 17.8940 TOTAL OUT = 2.9000 - IN - OUT = 1.1666E-09 IN - OUT = 2.4348E-09 + IN - OUT = 1.3123E-09 IN - OUT = 3.6867E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -7547,9 +7549,9 @@ start timestep kper="2" kstp="63" mode="normal" TOTAL OUT = 18.1356 TOTAL OUT = 2.9000 - IN - OUT = 1.1217E-09 IN - OUT = -5.3944E-10 + IN - OUT = 1.4153E-09 IN - OUT = 1.2362E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -7662,7 +7664,7 @@ start timestep kper="2" kstp="64" mode="normal" TOTAL OUT = 18.3773 TOTAL OUT = 2.9000 - IN - OUT = 1.1231E-09 IN - OUT = 1.6809E-11 + IN - OUT = 1.6350E-09 IN - OUT = 2.6364E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -7777,7 +7779,7 @@ start timestep kper="2" kstp="65" mode="normal" TOTAL OUT = 18.6190 TOTAL OUT = 2.9000 - IN - OUT = 1.1500E-09 IN - OUT = 3.2338E-10 + IN - OUT = 1.8318E-09 IN - OUT = 2.3611E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -7892,7 +7894,7 @@ start timestep kper="2" kstp="66" mode="normal" TOTAL OUT = 18.8606 TOTAL OUT = 2.9000 - IN - OUT = 1.3784E-09 IN - OUT = 2.7409E-09 + IN - OUT = 2.0966E-09 IN - OUT = 3.1781E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -8007,7 +8009,7 @@ start timestep kper="2" kstp="67" mode="normal" TOTAL OUT = 19.1023 TOTAL OUT = 2.9000 - IN - OUT = 1.3515E-09 IN - OUT = -3.2364E-10 + IN - OUT = 2.0940E-09 IN - OUT = -3.1632E-11 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -8122,7 +8124,7 @@ start timestep kper="2" kstp="68" mode="normal" TOTAL OUT = 19.3440 TOTAL OUT = 2.9000 - IN - OUT = 1.4664E-09 IN - OUT = 1.3788E-09 + IN - OUT = 2.3254E-09 IN - OUT = 2.7767E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -8237,7 +8239,7 @@ start timestep kper="2" kstp="69" mode="normal" TOTAL OUT = 19.5856 TOTAL OUT = 2.9000 - IN - OUT = 1.7132E-09 IN - OUT = 2.9627E-09 + IN - OUT = 2.6038E-09 IN - OUT = 3.3412E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -8352,7 +8354,7 @@ start timestep kper="2" kstp="70" mode="normal" TOTAL OUT = 19.8273 TOTAL OUT = 2.9000 - IN - OUT = 1.7136E-09 IN - OUT = 4.6887E-12 + IN - OUT = 2.8225E-09 IN - OUT = 2.6245E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -8467,9 +8469,9 @@ start timestep kper="2" kstp="71" mode="normal" TOTAL OUT = 20.0690 TOTAL OUT = 2.9000 - IN - OUT = 1.6619E-09 IN - OUT = -6.2093E-10 + IN - OUT = 2.8533E-09 IN - OUT = 3.6915E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -8582,7 +8584,7 @@ start timestep kper="2" kstp="72" mode="normal" TOTAL OUT = 20.3106 TOTAL OUT = 2.9000 - IN - OUT = 1.8205E-09 IN - OUT = 1.9034E-09 + IN - OUT = 2.9077E-09 IN - OUT = 6.5228E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -8697,7 +8699,7 @@ start timestep kper="2" kstp="73" mode="normal" TOTAL OUT = 20.5523 TOTAL OUT = 2.9000 - IN - OUT = 1.9308E-09 IN - OUT = 1.3237E-09 + IN - OUT = 3.0398E-09 IN - OUT = 1.5859E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -8812,7 +8814,7 @@ start timestep kper="2" kstp="74" mode="normal" TOTAL OUT = 20.7940 TOTAL OUT = 2.9000 - IN - OUT = 1.8823E-09 IN - OUT = -5.8211E-10 + IN - OUT = 2.9986E-09 IN - OUT = -4.9499E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -8927,7 +8929,7 @@ start timestep kper="2" kstp="75" mode="normal" TOTAL OUT = 21.0356 TOTAL OUT = 2.9000 - IN - OUT = 2.0183E-09 IN - OUT = 1.6314E-09 + IN - OUT = 3.0885E-09 IN - OUT = 1.0786E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -9042,7 +9044,7 @@ start timestep kper="2" kstp="76" mode="normal" TOTAL OUT = 21.2773 TOTAL OUT = 2.9000 - IN - OUT = 2.1537E-09 IN - OUT = 1.6247E-09 + IN - OUT = 3.2165E-09 IN - OUT = 1.5366E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -9157,9 +9159,9 @@ start timestep kper="2" kstp="77" mode="normal" TOTAL OUT = 21.5190 TOTAL OUT = 2.9000 - IN - OUT = 2.0237E-09 IN - OUT = -1.5597E-09 + IN - OUT = 3.2975E-09 IN - OUT = 9.7139E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -9272,7 +9274,7 @@ start timestep kper="2" kstp="78" mode="normal" TOTAL OUT = 21.7606 TOTAL OUT = 2.9000 - IN - OUT = 2.0307E-09 IN - OUT = 8.4378E-11 + IN - OUT = 3.3966E-09 IN - OUT = 1.1895E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -9387,7 +9389,7 @@ start timestep kper="2" kstp="79" mode="normal" TOTAL OUT = 22.0023 TOTAL OUT = 2.9000 - IN - OUT = 2.1263E-09 IN - OUT = 1.1470E-09 + IN - OUT = 3.5163E-09 IN - OUT = 1.4364E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -9502,7 +9504,7 @@ start timestep kper="2" kstp="80" mode="normal" TOTAL OUT = 22.2440 TOTAL OUT = 2.9000 - IN - OUT = 2.2597E-09 IN - OUT = 1.6012E-09 + IN - OUT = 3.5501E-09 IN - OUT = 4.0637E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -9617,7 +9619,7 @@ start timestep kper="2" kstp="81" mode="normal" TOTAL OUT = 22.4856 TOTAL OUT = 2.9000 - IN - OUT = 2.3977E-09 IN - OUT = 1.6555E-09 + IN - OUT = 3.6541E-09 IN - OUT = 1.2471E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -9732,7 +9734,7 @@ start timestep kper="2" kstp="82" mode="normal" TOTAL OUT = 22.7273 TOTAL OUT = 2.9000 - IN - OUT = 2.1820E-09 IN - OUT = -2.5876E-09 + IN - OUT = 3.5208E-09 IN - OUT = -1.5990E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -9847,7 +9849,7 @@ start timestep kper="2" kstp="83" mode="normal" TOTAL OUT = 22.9690 TOTAL OUT = 2.9000 - IN - OUT = 2.2398E-09 IN - OUT = 6.9256E-10 + IN - OUT = 3.6851E-09 IN - OUT = 1.9718E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -9962,9 +9964,9 @@ start timestep kper="2" kstp="84" mode="normal" TOTAL OUT = 23.2106 TOTAL OUT = 2.9000 - IN - OUT = 2.1695E-09 IN - OUT = -8.4280E-10 + IN - OUT = 3.6924E-09 IN - OUT = 8.7293E-11 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -10077,7 +10079,7 @@ start timestep kper="2" kstp="85" mode="normal" TOTAL OUT = 23.4523 TOTAL OUT = 2.9000 - IN - OUT = 2.0702E-09 IN - OUT = -1.1924E-09 + IN - OUT = 3.6463E-09 IN - OUT = -5.5364E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -10192,7 +10194,7 @@ start timestep kper="2" kstp="86" mode="normal" TOTAL OUT = 23.6940 TOTAL OUT = 2.9000 - IN - OUT = 2.0284E-09 IN - OUT = -5.0094E-10 + IN - OUT = 3.5535E-09 IN - OUT = -1.1137E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -10307,7 +10309,7 @@ start timestep kper="2" kstp="87" mode="normal" TOTAL OUT = 23.9356 TOTAL OUT = 2.9000 - IN - OUT = 2.1509E-09 IN - OUT = 1.4698E-09 + IN - OUT = 3.6418E-09 IN - OUT = 1.0606E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -10422,7 +10424,7 @@ start timestep kper="2" kstp="88" mode="normal" TOTAL OUT = 24.1773 TOTAL OUT = 2.9000 - IN - OUT = 2.1805E-09 IN - OUT = 3.5562E-10 + IN - OUT = 3.6859E-09 IN - OUT = 5.2840E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -10537,9 +10539,9 @@ start timestep kper="2" kstp="89" mode="normal" TOTAL OUT = 24.4190 TOTAL OUT = 2.9000 - IN - OUT = 2.2534E-09 IN - OUT = 8.7469E-10 + IN - OUT = 3.5913E-09 IN - OUT = -1.1355E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -10652,7 +10654,7 @@ start timestep kper="2" kstp="90" mode="normal" TOTAL OUT = 24.6606 TOTAL OUT = 2.9000 - IN - OUT = 2.1884E-09 IN - OUT = -7.8011E-10 + IN - OUT = 3.5333E-09 IN - OUT = -6.9514E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -10767,7 +10769,7 @@ start timestep kper="2" kstp="91" mode="normal" TOTAL OUT = 24.9023 TOTAL OUT = 2.9000 - IN - OUT = 2.4058E-09 IN - OUT = 2.6092E-09 + IN - OUT = 3.6632E-09 IN - OUT = 1.5585E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -10882,7 +10884,7 @@ start timestep kper="2" kstp="92" mode="normal" TOTAL OUT = 25.1440 TOTAL OUT = 2.9000 - IN - OUT = 2.3636E-09 IN - OUT = -5.0717E-10 + IN - OUT = 3.5722E-09 IN - OUT = -1.0922E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -10997,7 +10999,7 @@ start timestep kper="2" kstp="93" mode="normal" TOTAL OUT = 25.3857 TOTAL OUT = 2.9000 - IN - OUT = 2.3760E-09 IN - OUT = 1.4939E-10 + IN - OUT = 3.7081E-09 IN - OUT = 1.6308E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -11112,7 +11114,7 @@ start timestep kper="2" kstp="94" mode="normal" TOTAL OUT = 25.6273 TOTAL OUT = 2.9000 - IN - OUT = 2.4253E-09 IN - OUT = 5.9160E-10 + IN - OUT = 3.7111E-09 IN - OUT = 3.5871E-11 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -11227,7 +11229,7 @@ start timestep kper="2" kstp="95" mode="normal" TOTAL OUT = 25.8690 TOTAL OUT = 2.9000 - IN - OUT = 2.3947E-09 IN - OUT = -3.6723E-10 + IN - OUT = 3.6924E-09 IN - OUT = -2.2454E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -11342,7 +11344,7 @@ start timestep kper="2" kstp="96" mode="normal" TOTAL OUT = 26.1107 TOTAL OUT = 2.9000 - IN - OUT = 2.7229E-09 IN - OUT = 3.9385E-09 + IN - OUT = 3.8336E-09 IN - OUT = 1.6945E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -11457,7 +11459,7 @@ start timestep kper="2" kstp="97" mode="normal" TOTAL OUT = 26.3523 TOTAL OUT = 2.9000 - IN - OUT = 2.6096E-09 IN - OUT = -1.3596E-09 + IN - OUT = 3.7879E-09 IN - OUT = -5.4746E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -11572,7 +11574,7 @@ start timestep kper="2" kstp="98" mode="normal" TOTAL OUT = 26.5940 TOTAL OUT = 2.9000 - IN - OUT = 2.7731E-09 IN - OUT = 1.9610E-09 + IN - OUT = 3.9487E-09 IN - OUT = 1.9290E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -11687,7 +11689,7 @@ start timestep kper="2" kstp="99" mode="normal" TOTAL OUT = 26.8357 TOTAL OUT = 2.9000 - IN - OUT = 2.8767E-09 IN - OUT = 1.2437E-09 + IN - OUT = 4.1515E-09 IN - OUT = 2.4336E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -11802,7 +11804,7 @@ start timestep kper="2" kstp="100" mode="normal" TOTAL OUT = 27.0773 TOTAL OUT = 2.9000 - IN - OUT = 2.7249E-09 IN - OUT = -1.8214E-09 + IN - OUT = 4.0577E-09 IN - OUT = -1.1255E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -11917,9 +11919,9 @@ start timestep kper="2" kstp="101" mode="normal" TOTAL OUT = 27.3190 TOTAL OUT = 2.9000 - IN - OUT = 2.9107E-09 IN - OUT = 2.2289E-09 + IN - OUT = 4.0540E-09 IN - OUT = -4.4102E-11 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -12032,7 +12034,7 @@ start timestep kper="2" kstp="102" mode="normal" TOTAL OUT = 27.5607 TOTAL OUT = 2.9000 - IN - OUT = 3.1056E-09 IN - OUT = 2.3392E-09 + IN - OUT = 4.3093E-09 IN - OUT = 3.0637E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -12147,7 +12149,7 @@ start timestep kper="2" kstp="103" mode="normal" TOTAL OUT = 27.8024 TOTAL OUT = 2.9000 - IN - OUT = 2.9862E-09 IN - OUT = -1.4320E-09 + IN - OUT = 4.2237E-09 IN - OUT = -1.0275E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -12262,7 +12264,7 @@ start timestep kper="2" kstp="104" mode="normal" TOTAL OUT = 28.0440 TOTAL OUT = 2.9001 - IN - OUT = 2.9331E-09 IN - OUT = -6.3755E-10 + IN - OUT = 4.1558E-09 IN - OUT = -8.1514E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -12377,9 +12379,9 @@ start timestep kper="2" kstp="105" mode="normal" TOTAL OUT = 28.2857 TOTAL OUT = 2.9001 - IN - OUT = 2.8683E-09 IN - OUT = -7.7804E-10 + IN - OUT = 4.1659E-09 IN - OUT = 1.2112E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -12492,7 +12494,7 @@ start timestep kper="2" kstp="106" mode="normal" TOTAL OUT = 28.5274 TOTAL OUT = 2.9001 - IN - OUT = 2.9785E-09 IN - OUT = 1.3230E-09 + IN - OUT = 4.2637E-09 IN - OUT = 1.1745E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -12607,7 +12609,7 @@ start timestep kper="2" kstp="107" mode="normal" TOTAL OUT = 28.7690 TOTAL OUT = 2.9001 - IN - OUT = 2.7839E-09 IN - OUT = -2.3359E-09 + IN - OUT = 4.0858E-09 IN - OUT = -2.1351E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -12722,7 +12724,7 @@ start timestep kper="2" kstp="108" mode="normal" TOTAL OUT = 29.0107 TOTAL OUT = 2.9001 - IN - OUT = 2.8428E-09 IN - OUT = 7.0650E-10 + IN - OUT = 4.1032E-09 IN - OUT = 2.0829E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -12837,9 +12839,9 @@ start timestep kper="2" kstp="109" mode="normal" TOTAL OUT = 29.2524 TOTAL OUT = 2.9001 - IN - OUT = 2.9207E-09 IN - OUT = 9.3551E-10 + IN - OUT = 4.0548E-09 IN - OUT = -5.8099E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -12952,7 +12954,7 @@ start timestep kper="2" kstp="110" mode="normal" TOTAL OUT = 29.4941 TOTAL OUT = 2.9001 - IN - OUT = 2.8612E-09 IN - OUT = -7.1352E-10 + IN - OUT = 3.9053E-09 IN - OUT = -1.7933E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -13067,7 +13069,7 @@ start timestep kper="2" kstp="111" mode="normal" TOTAL OUT = 29.7357 TOTAL OUT = 2.9001 - IN - OUT = 2.9593E-09 IN - OUT = 1.1764E-09 + IN - OUT = 4.0201E-09 IN - OUT = 1.3771E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -13182,7 +13184,7 @@ start timestep kper="2" kstp="112" mode="normal" TOTAL OUT = 29.9774 TOTAL OUT = 2.9001 - IN - OUT = 2.8137E-09 IN - OUT = -1.7474E-09 + IN - OUT = 3.9082E-09 IN - OUT = -1.3429E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -13297,7 +13299,7 @@ start timestep kper="2" kstp="113" mode="normal" TOTAL OUT = 30.2191 TOTAL OUT = 2.9001 - IN - OUT = 2.9454E-09 IN - OUT = 1.5802E-09 + IN - OUT = 4.0857E-09 IN - OUT = 2.1305E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -13412,7 +13414,7 @@ start timestep kper="2" kstp="114" mode="normal" TOTAL OUT = 30.4607 TOTAL OUT = 2.9001 - IN - OUT = 3.0315E-09 IN - OUT = 1.0335E-09 + IN - OUT = 4.1134E-09 IN - OUT = 3.3200E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -13527,7 +13529,7 @@ start timestep kper="2" kstp="115" mode="normal" TOTAL OUT = 30.7024 TOTAL OUT = 2.9001 - IN - OUT = 3.1278E-09 IN - OUT = 1.1553E-09 + IN - OUT = 4.1948E-09 IN - OUT = 9.7772E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -13642,7 +13644,7 @@ start timestep kper="2" kstp="116" mode="normal" TOTAL OUT = 30.9441 TOTAL OUT = 2.9001 - IN - OUT = 3.0454E-09 IN - OUT = -9.8843E-10 + IN - OUT = 4.0201E-09 IN - OUT = -2.0973E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -13757,7 +13759,7 @@ start timestep kper="2" kstp="117" mode="normal" TOTAL OUT = 31.1858 TOTAL OUT = 2.9001 - IN - OUT = 3.1170E-09 IN - OUT = 8.5979E-10 + IN - OUT = 4.1182E-09 IN - OUT = 1.1772E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -13872,7 +13874,7 @@ start timestep kper="2" kstp="118" mode="normal" TOTAL OUT = 31.4274 TOTAL OUT = 2.9001 - IN - OUT = 3.2053E-09 IN - OUT = 1.0590E-09 + IN - OUT = 4.2426E-09 IN - OUT = 1.4928E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -13987,7 +13989,7 @@ start timestep kper="2" kstp="119" mode="normal" TOTAL OUT = 31.6691 TOTAL OUT = 2.9001 - IN - OUT = 3.3161E-09 IN - OUT = 1.3301E-09 + IN - OUT = 4.3823E-09 IN - OUT = 1.6768E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -14102,7 +14104,7 @@ start timestep kper="2" kstp="120" mode="normal" TOTAL OUT = 31.9108 TOTAL OUT = 2.9001 - IN - OUT = 3.1960E-09 IN - OUT = -1.4413E-09 + IN - OUT = 4.3396E-09 IN - OUT = -5.1283E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -14219,7 +14221,7 @@ start timestep kper="3" kstp="1" mode="normal" TOTAL OUT = 32.1525 TOTAL OUT = 2.9001 - IN - OUT = 3.2418E-09 IN - OUT = 5.4986E-10 + IN - OUT = 4.4531E-09 IN - OUT = 1.3623E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -14334,7 +14336,7 @@ start timestep kper="3" kstp="2" mode="normal" TOTAL OUT = 32.3941 TOTAL OUT = 2.9001 - IN - OUT = 3.1450E-09 IN - OUT = -1.1623E-09 + IN - OUT = 4.2202E-09 IN - OUT = -2.7948E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -14449,7 +14451,7 @@ start timestep kper="3" kstp="3" mode="normal" TOTAL OUT = 32.6358 TOTAL OUT = 2.9001 - IN - OUT = 3.2301E-09 IN - OUT = 1.0218E-09 + IN - OUT = 4.3294E-09 IN - OUT = 1.3101E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -14564,9 +14566,9 @@ start timestep kper="3" kstp="4" mode="normal" TOTAL OUT = 32.8775 TOTAL OUT = 2.9001 - IN - OUT = 3.1842E-09 IN - OUT = -5.5077E-10 + IN - OUT = 4.4142E-09 IN - OUT = 1.0186E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -14679,7 +14681,7 @@ start timestep kper="3" kstp="5" mode="normal" TOTAL OUT = 33.1191 TOTAL OUT = 2.9001 - IN - OUT = 2.8594E-09 IN - OUT = -3.8975E-09 + IN - OUT = 4.1742E-09 IN - OUT = -2.8807E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -14794,7 +14796,7 @@ start timestep kper="3" kstp="6" mode="normal" TOTAL OUT = 33.3608 TOTAL OUT = 2.9001 - IN - OUT = 3.0106E-09 IN - OUT = 1.8136E-09 + IN - OUT = 4.3858E-09 IN - OUT = 2.5395E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -14909,7 +14911,7 @@ start timestep kper="3" kstp="7" mode="normal" TOTAL OUT = 33.6025 TOTAL OUT = 2.9001 - IN - OUT = 3.0877E-09 IN - OUT = 9.2623E-10 + IN - OUT = 4.5211E-09 IN - OUT = 1.6231E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -15024,7 +15026,7 @@ start timestep kper="3" kstp="8" mode="normal" TOTAL OUT = 33.8442 TOTAL OUT = 2.9001 - IN - OUT = 3.0192E-09 IN - OUT = -8.2203E-10 + IN - OUT = 4.5034E-09 IN - OUT = -2.1252E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -15139,7 +15141,7 @@ start timestep kper="3" kstp="9" mode="normal" TOTAL OUT = 34.0858 TOTAL OUT = 2.9001 - IN - OUT = 2.8547E-09 IN - OUT = -1.9747E-09 + IN - OUT = 4.3217E-09 IN - OUT = -2.1803E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -15254,7 +15256,7 @@ start timestep kper="3" kstp="10" mode="normal" TOTAL OUT = 34.3275 TOTAL OUT = 2.9001 - IN - OUT = 2.8429E-09 IN - OUT = -1.4130E-10 + IN - OUT = 4.2952E-09 IN - OUT = -3.1796E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -15369,7 +15371,7 @@ start timestep kper="3" kstp="11" mode="normal" TOTAL OUT = 34.5692 TOTAL OUT = 2.9001 - IN - OUT = 2.9396E-09 IN - OUT = 1.1599E-09 + IN - OUT = 4.4135E-09 IN - OUT = 1.4199E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -15484,7 +15486,7 @@ start timestep kper="3" kstp="12" mode="normal" TOTAL OUT = 34.8109 TOTAL OUT = 2.9001 - IN - OUT = 2.9234E-09 IN - OUT = -1.9342E-10 + IN - OUT = 4.3997E-09 IN - OUT = -1.6565E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -15599,7 +15601,7 @@ start timestep kper="3" kstp="13" mode="normal" TOTAL OUT = 35.0525 TOTAL OUT = 2.9001 - IN - OUT = 2.6852E-09 IN - OUT = -2.8586E-09 + IN - OUT = 4.2996E-09 IN - OUT = -1.2009E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -15714,7 +15716,7 @@ start timestep kper="3" kstp="14" mode="normal" TOTAL OUT = 35.2942 TOTAL OUT = 2.9001 - IN - OUT = 2.6227E-09 IN - OUT = -7.5029E-10 + IN - OUT = 4.2297E-09 IN - OUT = -8.3849E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -15829,7 +15831,7 @@ start timestep kper="3" kstp="15" mode="normal" TOTAL OUT = 35.5359 TOTAL OUT = 2.9001 - IN - OUT = 2.5931E-09 IN - OUT = -3.5489E-10 + IN - OUT = 4.1588E-09 IN - OUT = -8.5127E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -15944,7 +15946,7 @@ start timestep kper="3" kstp="16" mode="normal" TOTAL OUT = 35.7776 TOTAL OUT = 2.9001 - IN - OUT = 2.4007E-09 IN - OUT = -2.3096E-09 + IN - OUT = 4.0801E-09 IN - OUT = -9.4384E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -16059,7 +16061,7 @@ start timestep kper="3" kstp="17" mode="normal" TOTAL OUT = 36.0192 TOTAL OUT = 2.9001 - IN - OUT = 2.3008E-09 IN - OUT = -1.1983E-09 + IN - OUT = 3.9534E-09 IN - OUT = -1.5206E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -16174,9 +16176,9 @@ start timestep kper="3" kstp="18" mode="normal" TOTAL OUT = 36.2609 TOTAL OUT = 2.9001 - IN - OUT = 2.1975E-09 IN - OUT = -1.2403E-09 + IN - OUT = 4.0003E-09 IN - OUT = 5.6193E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -16289,7 +16291,7 @@ start timestep kper="3" kstp="19" mode="normal" TOTAL OUT = 36.5026 TOTAL OUT = 2.9001 - IN - OUT = 2.2521E-09 IN - OUT = 6.5552E-10 + IN - OUT = 4.0523E-09 IN - OUT = 6.2405E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -16404,7 +16406,7 @@ start timestep kper="3" kstp="20" mode="normal" TOTAL OUT = 36.7443 TOTAL OUT = 2.9001 - IN - OUT = 2.3742E-09 IN - OUT = 1.4652E-09 + IN - OUT = 4.2833E-09 IN - OUT = 2.7723E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -16519,7 +16521,7 @@ start timestep kper="3" kstp="21" mode="normal" TOTAL OUT = 36.9859 TOTAL OUT = 2.9001 - IN - OUT = 2.2163E-09 IN - OUT = -1.8944E-09 + IN - OUT = 4.1058E-09 IN - OUT = -2.1296E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -16634,7 +16636,7 @@ start timestep kper="3" kstp="22" mode="normal" TOTAL OUT = 37.2276 TOTAL OUT = 2.9001 - IN - OUT = 2.1347E-09 IN - OUT = -9.7924E-10 + IN - OUT = 4.1040E-09 IN - OUT = -2.1613E-11 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -16749,7 +16751,7 @@ start timestep kper="3" kstp="23" mode="normal" TOTAL OUT = 37.4693 TOTAL OUT = 2.9001 - IN - OUT = 2.2238E-09 IN - OUT = 1.0695E-09 + IN - OUT = 4.1323E-09 IN - OUT = 3.3891E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -16864,7 +16866,7 @@ start timestep kper="3" kstp="24" mode="normal" TOTAL OUT = 37.7110 TOTAL OUT = 2.9001 - IN - OUT = 2.1467E-09 IN - OUT = -9.2508E-10 + IN - OUT = 4.0283E-09 IN - OUT = -1.2480E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -16979,7 +16981,7 @@ start timestep kper="3" kstp="25" mode="normal" TOTAL OUT = 37.9526 TOTAL OUT = 2.9001 - IN - OUT = 2.0519E-09 IN - OUT = -1.1383E-09 + IN - OUT = 4.0156E-09 IN - OUT = -1.5172E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -17094,7 +17096,7 @@ start timestep kper="3" kstp="26" mode="normal" TOTAL OUT = 38.1943 TOTAL OUT = 2.9001 - IN - OUT = 2.1121E-09 IN - OUT = 7.2283E-10 + IN - OUT = 4.2017E-09 IN - OUT = 2.2331E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -17209,7 +17211,7 @@ start timestep kper="3" kstp="27" mode="normal" TOTAL OUT = 38.4360 TOTAL OUT = 2.9001 - IN - OUT = 2.1877E-09 IN - OUT = 9.0633E-10 + IN - OUT = 4.3449E-09 IN - OUT = 1.7188E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -17324,7 +17326,7 @@ start timestep kper="3" kstp="28" mode="normal" TOTAL OUT = 38.6777 TOTAL OUT = 2.9001 - IN - OUT = 2.3451E-09 IN - OUT = 1.8899E-09 + IN - OUT = 4.4975E-09 IN - OUT = 1.8303E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -17439,9 +17441,9 @@ start timestep kper="3" kstp="29" mode="normal" TOTAL OUT = 38.9193 TOTAL OUT = 2.9001 - IN - OUT = 2.3970E-09 IN - OUT = 6.2257E-10 + IN - OUT = 4.4521E-09 IN - OUT = -5.4427E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -17554,7 +17556,7 @@ start timestep kper="3" kstp="30" mode="normal" TOTAL OUT = 39.1610 TOTAL OUT = 2.9001 - IN - OUT = 2.3813E-09 IN - OUT = -1.8828E-10 + IN - OUT = 4.4216E-09 IN - OUT = -3.6604E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -17669,7 +17671,7 @@ start timestep kper="3" kstp="31" mode="normal" TOTAL OUT = 39.4027 TOTAL OUT = 2.9001 - IN - OUT = 2.5425E-09 IN - OUT = 1.9334E-09 + IN - OUT = 4.4733E-09 IN - OUT = 6.2066E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -17784,7 +17786,7 @@ start timestep kper="3" kstp="32" mode="normal" TOTAL OUT = 39.6444 TOTAL OUT = 2.9001 - IN - OUT = 2.4315E-09 IN - OUT = -1.3320E-09 + IN - OUT = 4.1559E-09 IN - OUT = -3.8090E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -17899,7 +17901,7 @@ start timestep kper="3" kstp="33" mode="normal" TOTAL OUT = 39.8861 TOTAL OUT = 2.9001 - IN - OUT = 2.5893E-09 IN - OUT = 1.8944E-09 + IN - OUT = 4.2674E-09 IN - OUT = 1.3372E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -18014,7 +18016,7 @@ start timestep kper="3" kstp="34" mode="normal" TOTAL OUT = 40.1277 TOTAL OUT = 2.9001 - IN - OUT = 2.3662E-09 IN - OUT = -2.6779E-09 + IN - OUT = 4.1579E-09 IN - OUT = -1.3137E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -18129,9 +18131,9 @@ start timestep kper="3" kstp="35" mode="normal" TOTAL OUT = 40.3694 TOTAL OUT = 2.9001 - IN - OUT = 2.2622E-09 IN - OUT = -1.2477E-09 + IN - OUT = 4.2186E-09 IN - OUT = 7.2856E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -18244,7 +18246,7 @@ start timestep kper="3" kstp="36" mode="normal" TOTAL OUT = 40.6111 TOTAL OUT = 2.9001 - IN - OUT = 2.0237E-09 IN - OUT = -2.8621E-09 + IN - OUT = 4.0234E-09 IN - OUT = -2.3423E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -18359,9 +18361,9 @@ start timestep kper="3" kstp="37" mode="normal" TOTAL OUT = 40.8528 TOTAL OUT = 2.9001 - IN - OUT = 2.1076E-09 IN - OUT = 1.0070E-09 + IN - OUT = 3.9808E-09 IN - OUT = -5.1094E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -18474,7 +18476,7 @@ start timestep kper="3" kstp="38" mode="normal" TOTAL OUT = 41.0944 TOTAL OUT = 2.9001 - IN - OUT = 1.9476E-09 IN - OUT = -1.9199E-09 + IN - OUT = 3.7744E-09 IN - OUT = -2.4773E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -18589,7 +18591,7 @@ start timestep kper="3" kstp="39" mode="normal" TOTAL OUT = 41.3361 TOTAL OUT = 2.9001 - IN - OUT = 2.0254E-09 IN - OUT = 9.3299E-10 + IN - OUT = 3.8761E-09 IN - OUT = 1.2206E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -18704,7 +18706,7 @@ start timestep kper="3" kstp="40" mode="normal" TOTAL OUT = 41.5778 TOTAL OUT = 2.9001 - IN - OUT = 2.1268E-09 IN - OUT = 1.2174E-09 + IN - OUT = 3.9530E-09 IN - OUT = 9.2253E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -18819,7 +18821,7 @@ start timestep kper="3" kstp="41" mode="normal" TOTAL OUT = 41.8195 TOTAL OUT = 2.9001 - IN - OUT = 2.0674E-09 IN - OUT = -7.1349E-10 + IN - OUT = 3.7840E-09 IN - OUT = -2.0276E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -18934,9 +18936,9 @@ start timestep kper="3" kstp="42" mode="normal" TOTAL OUT = 42.0611 TOTAL OUT = 2.9001 - IN - OUT = 1.9534E-09 IN - OUT = -1.3672E-09 + IN - OUT = 3.9778E-09 IN - OUT = 2.3250E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -19049,7 +19051,7 @@ start timestep kper="3" kstp="43" mode="normal" TOTAL OUT = 42.3028 TOTAL OUT = 2.9001 - IN - OUT = 2.0714E-09 IN - OUT = 1.4153E-09 + IN - OUT = 4.0201E-09 IN - OUT = 5.0798E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -19164,7 +19166,7 @@ start timestep kper="3" kstp="44" mode="normal" TOTAL OUT = 42.5445 TOTAL OUT = 2.9001 - IN - OUT = 2.0431E-09 IN - OUT = -3.3970E-10 + IN - OUT = 3.9890E-09 IN - OUT = -3.7342E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -19279,7 +19281,7 @@ start timestep kper="3" kstp="45" mode="normal" TOTAL OUT = 42.7862 TOTAL OUT = 2.9001 - IN - OUT = 2.2935E-09 IN - OUT = 3.0060E-09 + IN - OUT = 4.0354E-09 IN - OUT = 5.5707E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -19394,9 +19396,9 @@ start timestep kper="3" kstp="46" mode="normal" TOTAL OUT = 43.0279 TOTAL OUT = 2.9001 - IN - OUT = 2.3363E-09 IN - OUT = 5.1357E-10 + IN - OUT = 3.9880E-09 IN - OUT = -5.6881E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -19509,7 +19511,7 @@ start timestep kper="3" kstp="47" mode="normal" TOTAL OUT = 43.2695 TOTAL OUT = 2.9001 - IN - OUT = 2.1869E-09 IN - OUT = -1.7932E-09 + IN - OUT = 3.8794E-09 IN - OUT = -1.3033E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -19624,7 +19626,7 @@ start timestep kper="3" kstp="48" mode="normal" TOTAL OUT = 43.5112 TOTAL OUT = 2.9001 - IN - OUT = 2.1085E-09 IN - OUT = -9.4131E-10 + IN - OUT = 3.7230E-09 IN - OUT = -1.8762E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -19739,7 +19741,7 @@ start timestep kper="3" kstp="49" mode="normal" TOTAL OUT = 43.7529 TOTAL OUT = 2.9001 - IN - OUT = 2.4155E-09 IN - OUT = 3.6842E-09 + IN - OUT = 3.9910E-09 IN - OUT = 3.2157E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -19854,7 +19856,7 @@ start timestep kper="3" kstp="50" mode="normal" TOTAL OUT = 43.9946 TOTAL OUT = 2.9001 - IN - OUT = 2.4671E-09 IN - OUT = 6.1974E-10 + IN - OUT = 4.2195E-09 IN - OUT = 2.7415E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -19969,7 +19971,7 @@ start timestep kper="3" kstp="51" mode="normal" TOTAL OUT = 44.2363 TOTAL OUT = 2.9001 - IN - OUT = 2.3795E-09 IN - OUT = -1.0521E-09 + IN - OUT = 4.1849E-09 IN - OUT = -4.1492E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -20084,7 +20086,7 @@ start timestep kper="3" kstp="52" mode="normal" TOTAL OUT = 44.4779 TOTAL OUT = 2.9001 - IN - OUT = 2.2421E-09 IN - OUT = -1.6489E-09 + IN - OUT = 4.0230E-09 IN - OUT = -1.9431E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -20199,7 +20201,7 @@ start timestep kper="3" kstp="53" mode="normal" TOTAL OUT = 44.7196 TOTAL OUT = 2.9001 - IN - OUT = 2.2734E-09 IN - OUT = 3.7641E-10 + IN - OUT = 4.0419E-09 IN - OUT = 2.2728E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -20314,7 +20316,7 @@ start timestep kper="3" kstp="54" mode="normal" TOTAL OUT = 44.9613 TOTAL OUT = 2.9001 - IN - OUT = 2.4957E-09 IN - OUT = 2.6674E-09 + IN - OUT = 4.1983E-09 IN - OUT = 1.8773E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -20429,7 +20431,7 @@ start timestep kper="3" kstp="55" mode="normal" TOTAL OUT = 45.2030 TOTAL OUT = 2.9001 - IN - OUT = 2.5724E-09 IN - OUT = 9.2000E-10 + IN - OUT = 4.3038E-09 IN - OUT = 1.2655E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -20544,7 +20546,7 @@ start timestep kper="3" kstp="56" mode="normal" TOTAL OUT = 45.4446 TOTAL OUT = 2.9002 - IN - OUT = 2.5042E-09 IN - OUT = -8.1760E-10 + IN - OUT = 4.1650E-09 IN - OUT = -1.6652E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -20659,7 +20661,7 @@ start timestep kper="3" kstp="57" mode="normal" TOTAL OUT = 45.6863 TOTAL OUT = 2.9002 - IN - OUT = 2.7678E-09 IN - OUT = 3.1630E-09 + IN - OUT = 4.3119E-09 IN - OUT = 1.7624E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -20774,7 +20776,7 @@ start timestep kper="3" kstp="58" mode="normal" TOTAL OUT = 45.9280 TOTAL OUT = 2.9002 - IN - OUT = 2.6393E-09 IN - OUT = -1.5425E-09 + IN - OUT = 4.1783E-09 IN - OUT = -1.6037E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -20889,9 +20891,9 @@ start timestep kper="3" kstp="59" mode="normal" TOTAL OUT = 46.1697 TOTAL OUT = 2.9002 - IN - OUT = 2.6417E-09 IN - OUT = 2.8646E-11 + IN - OUT = 4.1415E-09 IN - OUT = -4.4074E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -21004,7 +21006,7 @@ start timestep kper="3" kstp="60" mode="normal" TOTAL OUT = 46.4114 TOTAL OUT = 2.9002 - IN - OUT = 2.7767E-09 IN - OUT = 1.6210E-09 + IN - OUT = 4.4266E-09 IN - OUT = 3.4209E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -21119,9 +21121,9 @@ start timestep kper="3" kstp="61" mode="normal" TOTAL OUT = 46.6530 TOTAL OUT = 2.9002 - IN - OUT = 2.8720E-09 IN - OUT = 1.1434E-09 + IN - OUT = 4.3372E-09 IN - OUT = -1.0730E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -21234,7 +21236,7 @@ start timestep kper="3" kstp="62" mode="normal" TOTAL OUT = 46.8947 TOTAL OUT = 2.9002 - IN - OUT = 2.7770E-09 IN - OUT = -1.1398E-09 + IN - OUT = 4.2491E-09 IN - OUT = -1.0575E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -21349,7 +21351,7 @@ start timestep kper="3" kstp="63" mode="normal" TOTAL OUT = 47.1364 TOTAL OUT = 2.9002 - IN - OUT = 2.8872E-09 IN - OUT = 1.3217E-09 + IN - OUT = 4.2497E-09 IN - OUT = 7.5473E-12 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -21464,7 +21466,7 @@ start timestep kper="3" kstp="64" mode="normal" TOTAL OUT = 47.3781 TOTAL OUT = 2.9002 - IN - OUT = 3.0064E-09 IN - OUT = 1.4308E-09 + IN - OUT = 4.3030E-09 IN - OUT = 6.3999E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -21579,7 +21581,7 @@ start timestep kper="3" kstp="65" mode="normal" TOTAL OUT = 47.6198 TOTAL OUT = 2.9002 - IN - OUT = 3.1209E-09 IN - OUT = 1.3735E-09 + IN - OUT = 4.4292E-09 IN - OUT = 1.5140E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -21694,7 +21696,7 @@ start timestep kper="3" kstp="66" mode="normal" TOTAL OUT = 47.8614 TOTAL OUT = 2.9002 - IN - OUT = 3.1804E-09 IN - OUT = 7.1409E-10 + IN - OUT = 4.5052E-09 IN - OUT = 9.1210E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -21809,7 +21811,7 @@ start timestep kper="3" kstp="67" mode="normal" TOTAL OUT = 48.1031 TOTAL OUT = 2.9002 - IN - OUT = 3.3389E-09 IN - OUT = 1.9018E-09 + IN - OUT = 4.6947E-09 IN - OUT = 2.2743E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -21924,7 +21926,7 @@ start timestep kper="3" kstp="68" mode="normal" TOTAL OUT = 48.3448 TOTAL OUT = 2.9002 - IN - OUT = 3.2726E-09 IN - OUT = -7.9524E-10 + IN - OUT = 4.6911E-09 IN - OUT = -4.3452E-11 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -22039,7 +22041,7 @@ start timestep kper="3" kstp="69" mode="normal" TOTAL OUT = 48.5865 TOTAL OUT = 2.9002 - IN - OUT = 3.0342E-09 IN - OUT = -2.8606E-09 + IN - OUT = 4.4645E-09 IN - OUT = -2.7191E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -22154,9 +22156,9 @@ start timestep kper="3" kstp="70" mode="normal" TOTAL OUT = 48.8282 TOTAL OUT = 2.9002 - IN - OUT = 3.0233E-09 IN - OUT = -1.3115E-10 + IN - OUT = 4.5599E-09 IN - OUT = 1.1447E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -22269,7 +22271,7 @@ start timestep kper="3" kstp="71" mode="normal" TOTAL OUT = 49.0698 TOTAL OUT = 2.9002 - IN - OUT = 3.2103E-09 IN - OUT = 2.2444E-09 + IN - OUT = 4.7635E-09 IN - OUT = 2.4436E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -22384,7 +22386,7 @@ start timestep kper="3" kstp="72" mode="normal" TOTAL OUT = 49.3115 TOTAL OUT = 2.9002 - IN - OUT = 3.2920E-09 IN - OUT = 9.8061E-10 + IN - OUT = 4.9710E-09 IN - OUT = 2.4896E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -22499,7 +22501,7 @@ start timestep kper="3" kstp="73" mode="normal" TOTAL OUT = 49.5532 TOTAL OUT = 2.9002 - IN - OUT = 3.4455E-09 IN - OUT = 1.8417E-09 + IN - OUT = 4.9956E-09 IN - OUT = 2.9502E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -22614,7 +22616,7 @@ start timestep kper="3" kstp="74" mode="normal" TOTAL OUT = 49.7949 TOTAL OUT = 2.9002 - IN - OUT = 3.3778E-09 IN - OUT = -8.1283E-10 + IN - OUT = 4.9322E-09 IN - OUT = -7.6077E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -22729,7 +22731,7 @@ start timestep kper="3" kstp="75" mode="normal" TOTAL OUT = 50.0366 TOTAL OUT = 2.9002 - IN - OUT = 3.5259E-09 IN - OUT = 1.7778E-09 + IN - OUT = 5.0216E-09 IN - OUT = 1.0721E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -22844,7 +22846,7 @@ start timestep kper="3" kstp="76" mode="normal" TOTAL OUT = 50.2783 TOTAL OUT = 2.9002 - IN - OUT = 3.5464E-09 IN - OUT = 2.4553E-10 + IN - OUT = 5.1020E-09 IN - OUT = 9.6551E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -22959,7 +22961,7 @@ start timestep kper="3" kstp="77" mode="normal" TOTAL OUT = 50.5199 TOTAL OUT = 2.9002 - IN - OUT = 3.6489E-09 IN - OUT = 1.2300E-09 + IN - OUT = 5.3104E-09 IN - OUT = 2.5012E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -23074,7 +23076,7 @@ start timestep kper="3" kstp="78" mode="normal" TOTAL OUT = 50.7616 TOTAL OUT = 2.9002 - IN - OUT = 3.7596E-09 IN - OUT = 1.3282E-09 + IN - OUT = 5.4348E-09 IN - OUT = 1.4928E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -23189,7 +23191,7 @@ start timestep kper="3" kstp="79" mode="normal" TOTAL OUT = 51.0033 TOTAL OUT = 2.9002 - IN - OUT = 3.8046E-09 IN - OUT = 5.4076E-10 + IN - OUT = 5.5106E-09 IN - OUT = 9.0967E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -23304,7 +23306,7 @@ start timestep kper="3" kstp="80" mode="normal" TOTAL OUT = 51.2450 TOTAL OUT = 2.9002 - IN - OUT = 3.6841E-09 IN - OUT = -1.4463E-09 + IN - OUT = 5.3335E-09 IN - OUT = -2.1257E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -23419,7 +23421,7 @@ start timestep kper="3" kstp="81" mode="normal" TOTAL OUT = 51.4867 TOTAL OUT = 2.9002 - IN - OUT = 3.8244E-09 IN - OUT = 1.6838E-09 + IN - OUT = 5.4948E-09 IN - OUT = 1.9358E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -23534,7 +23536,7 @@ start timestep kper="3" kstp="82" mode="normal" TOTAL OUT = 51.7283 TOTAL OUT = 2.9002 - IN - OUT = 3.9077E-09 IN - OUT = 9.9925E-10 + IN - OUT = 5.6233E-09 IN - OUT = 1.5417E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -23649,7 +23651,7 @@ start timestep kper="3" kstp="83" mode="normal" TOTAL OUT = 51.9700 TOTAL OUT = 2.9002 - IN - OUT = 4.1280E-09 IN - OUT = 2.6441E-09 + IN - OUT = 5.8185E-09 IN - OUT = 2.3419E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -23764,7 +23766,7 @@ start timestep kper="3" kstp="84" mode="normal" TOTAL OUT = 52.2117 TOTAL OUT = 2.9002 - IN - OUT = 4.2359E-09 IN - OUT = 1.2945E-09 + IN - OUT = 5.9666E-09 IN - OUT = 1.7777E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -23879,9 +23881,9 @@ start timestep kper="3" kstp="85" mode="normal" TOTAL OUT = 52.4534 TOTAL OUT = 2.9002 - IN - OUT = 4.3190E-09 IN - OUT = 9.9742E-10 + IN - OUT = 5.8645E-09 IN - OUT = -1.2256E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -23994,7 +23996,7 @@ start timestep kper="3" kstp="86" mode="normal" TOTAL OUT = 52.6951 TOTAL OUT = 2.9002 - IN - OUT = 4.4609E-09 IN - OUT = 1.7021E-09 + IN - OUT = 5.9277E-09 IN - OUT = 7.5917E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -24109,7 +24111,7 @@ start timestep kper="3" kstp="87" mode="normal" TOTAL OUT = 52.9367 TOTAL OUT = 2.9002 - IN - OUT = 4.3034E-09 IN - OUT = -1.8895E-09 + IN - OUT = 5.8298E-09 IN - OUT = -1.1747E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -24224,7 +24226,7 @@ start timestep kper="3" kstp="88" mode="normal" TOTAL OUT = 53.1784 TOTAL OUT = 2.9002 - IN - OUT = 4.2262E-09 IN - OUT = -9.2651E-10 + IN - OUT = 5.7226E-09 IN - OUT = -1.2873E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -24339,7 +24341,7 @@ start timestep kper="3" kstp="89" mode="normal" TOTAL OUT = 53.4201 TOTAL OUT = 2.9002 - IN - OUT = 4.1725E-09 IN - OUT = -6.4435E-10 + IN - OUT = 5.6801E-09 IN - OUT = -5.0988E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -24454,9 +24456,9 @@ start timestep kper="3" kstp="90" mode="normal" TOTAL OUT = 53.6618 TOTAL OUT = 2.9002 - IN - OUT = 4.2604E-09 IN - OUT = 1.0545E-09 + IN - OUT = 5.6045E-09 IN - OUT = -9.0651E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -24569,9 +24571,9 @@ start timestep kper="3" kstp="91" mode="normal" TOTAL OUT = 53.9035 TOTAL OUT = 2.9002 - IN - OUT = 4.3003E-09 IN - OUT = 4.7911E-10 + IN - OUT = 5.4931E-09 IN - OUT = -1.3370E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -24684,7 +24686,7 @@ start timestep kper="3" kstp="92" mode="normal" TOTAL OUT = 54.1452 TOTAL OUT = 2.9002 - IN - OUT = 4.6558E-09 IN - OUT = 4.2658E-09 + IN - OUT = 5.6512E-09 IN - OUT = 1.8973E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -24799,9 +24801,9 @@ start timestep kper="3" kstp="93" mode="normal" TOTAL OUT = 54.3868 TOTAL OUT = 2.9002 - IN - OUT = 4.6502E-09 IN - OUT = -6.7646E-11 + IN - OUT = 5.6810E-09 IN - OUT = 3.5717E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -24914,7 +24916,7 @@ start timestep kper="3" kstp="94" mode="normal" TOTAL OUT = 54.6285 TOTAL OUT = 2.9002 - IN - OUT = 4.6572E-09 IN - OUT = 8.4255E-11 + IN - OUT = 5.8641E-09 IN - OUT = 2.1970E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -25029,7 +25031,7 @@ start timestep kper="3" kstp="95" mode="normal" TOTAL OUT = 54.8702 TOTAL OUT = 2.9002 - IN - OUT = 4.7888E-09 IN - OUT = 1.5800E-09 + IN - OUT = 5.9681E-09 IN - OUT = 1.2478E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -25144,7 +25146,7 @@ start timestep kper="3" kstp="96" mode="normal" TOTAL OUT = 55.1119 TOTAL OUT = 2.9002 - IN - OUT = 4.8081E-09 IN - OUT = 2.3063E-10 + IN - OUT = 6.0082E-09 IN - OUT = 4.8117E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -25259,9 +25261,9 @@ start timestep kper="3" kstp="97" mode="normal" TOTAL OUT = 55.3536 TOTAL OUT = 2.9002 - IN - OUT = 4.8419E-09 IN - OUT = 4.0626E-10 + IN - OUT = 5.9101E-09 IN - OUT = -1.1766E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -25374,9 +25376,9 @@ start timestep kper="3" kstp="98" mode="normal" TOTAL OUT = 55.5953 TOTAL OUT = 2.9002 - IN - OUT = 4.9402E-09 IN - OUT = 1.1790E-09 + IN - OUT = 5.8546E-09 IN - OUT = -6.6628E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -25489,7 +25491,7 @@ start timestep kper="3" kstp="99" mode="normal" TOTAL OUT = 55.8369 TOTAL OUT = 2.9002 - IN - OUT = 5.0871E-09 IN - OUT = 1.7636E-09 + IN - OUT = 5.9569E-09 IN - OUT = 1.2276E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -25604,7 +25606,7 @@ start timestep kper="3" kstp="100" mode="normal" TOTAL OUT = 56.0786 TOTAL OUT = 2.9002 - IN - OUT = 5.1923E-09 IN - OUT = 1.2622E-09 + IN - OUT = 5.9689E-09 IN - OUT = 1.4430E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -25719,7 +25721,7 @@ start timestep kper="3" kstp="101" mode="normal" TOTAL OUT = 56.3203 TOTAL OUT = 2.9002 - IN - OUT = 5.1895E-09 IN - OUT = -3.3780E-11 + IN - OUT = 5.8197E-09 IN - OUT = -1.7908E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -25834,7 +25836,7 @@ start timestep kper="3" kstp="102" mode="normal" TOTAL OUT = 56.5620 TOTAL OUT = 2.9002 - IN - OUT = 5.1222E-09 IN - OUT = -8.0723E-10 + IN - OUT = 5.7611E-09 IN - OUT = -7.0281E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -25949,9 +25951,9 @@ start timestep kper="3" kstp="103" mode="normal" TOTAL OUT = 56.8037 TOTAL OUT = 2.9002 - IN - OUT = 5.1576E-09 IN - OUT = 4.2470E-10 + IN - OUT = 5.7470E-09 IN - OUT = -1.6925E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -26064,7 +26066,7 @@ start timestep kper="3" kstp="104" mode="normal" TOTAL OUT = 57.0454 TOTAL OUT = 2.9002 - IN - OUT = 5.1090E-09 IN - OUT = -5.8280E-10 + IN - OUT = 5.5447E-09 IN - OUT = -2.4279E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -26179,9 +26181,9 @@ start timestep kper="3" kstp="105" mode="normal" TOTAL OUT = 57.2870 TOTAL OUT = 2.9002 - IN - OUT = 5.1394E-09 IN - OUT = 3.6465E-10 + IN - OUT = 5.4867E-09 IN - OUT = -6.9495E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -26294,7 +26296,7 @@ start timestep kper="3" kstp="106" mode="normal" TOTAL OUT = 57.5287 TOTAL OUT = 2.9002 - IN - OUT = 5.0019E-09 IN - OUT = -1.6508E-09 + IN - OUT = 5.2779E-09 IN - OUT = -2.5067E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -26409,7 +26411,7 @@ start timestep kper="3" kstp="107" mode="normal" TOTAL OUT = 57.7704 TOTAL OUT = 2.9002 - IN - OUT = 5.1314E-09 IN - OUT = 1.5541E-09 + IN - OUT = 5.4306E-09 IN - OUT = 1.8328E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -26524,9 +26526,9 @@ start timestep kper="3" kstp="108" mode="normal" TOTAL OUT = 58.0121 TOTAL OUT = 2.9002 - IN - OUT = 5.0996E-09 IN - OUT = -3.8167E-10 + IN - OUT = 5.4948E-09 IN - OUT = 7.7039E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -26639,7 +26641,7 @@ start timestep kper="3" kstp="109" mode="normal" TOTAL OUT = 58.2538 TOTAL OUT = 2.9002 - IN - OUT = 5.3663E-09 IN - OUT = 3.2005E-09 + IN - OUT = 5.9351E-09 IN - OUT = 5.2841E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -26754,7 +26756,7 @@ start timestep kper="3" kstp="110" mode="normal" TOTAL OUT = 58.4955 TOTAL OUT = 2.9002 - IN - OUT = 5.3096E-09 IN - OUT = -6.8012E-10 + IN - OUT = 5.9332E-09 IN - OUT = -2.2901E-11 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -26869,9 +26871,9 @@ start timestep kper="3" kstp="111" mode="normal" TOTAL OUT = 58.7371 TOTAL OUT = 2.9002 - IN - OUT = 5.3557E-09 IN - OUT = 5.5303E-10 + IN - OUT = 5.9176E-09 IN - OUT = -1.8701E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -26984,7 +26986,7 @@ start timestep kper="3" kstp="112" mode="normal" TOTAL OUT = 58.9788 TOTAL OUT = 2.9002 - IN - OUT = 5.2179E-09 IN - OUT = -1.6534E-09 + IN - OUT = 5.8928E-09 IN - OUT = -2.9779E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -27099,7 +27101,7 @@ start timestep kper="3" kstp="113" mode="normal" TOTAL OUT = 59.2205 TOTAL OUT = 2.9002 - IN - OUT = 4.9106E-09 IN - OUT = -3.6876E-09 + IN - OUT = 5.6475E-09 IN - OUT = -2.9436E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -27214,7 +27216,7 @@ start timestep kper="3" kstp="114" mode="normal" TOTAL OUT = 59.4622 TOTAL OUT = 2.9002 - IN - OUT = 4.7853E-09 IN - OUT = -1.5031E-09 + IN - OUT = 5.5551E-09 IN - OUT = -1.1088E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -27329,7 +27331,7 @@ start timestep kper="3" kstp="115" mode="normal" TOTAL OUT = 59.7039 TOTAL OUT = 2.9002 - IN - OUT = 5.0339E-09 IN - OUT = 2.9834E-09 + IN - OUT = 5.7663E-09 IN - OUT = 2.5341E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -27444,9 +27446,9 @@ start timestep kper="3" kstp="116" mode="normal" TOTAL OUT = 59.9456 TOTAL OUT = 2.9002 - IN - OUT = 5.0796E-09 IN - OUT = 5.4848E-10 + IN - OUT = 5.7043E-09 IN - OUT = -7.4458E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -27559,7 +27561,7 @@ start timestep kper="3" kstp="117" mode="normal" TOTAL OUT = 60.1873 TOTAL OUT = 2.9002 - IN - OUT = 5.0275E-09 IN - OUT = -6.2595E-10 + IN - OUT = 5.6220E-09 IN - OUT = -9.8752E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -27674,7 +27676,7 @@ start timestep kper="3" kstp="118" mode="normal" TOTAL OUT = 60.4289 TOTAL OUT = 2.9002 - IN - OUT = 4.9194E-09 IN - OUT = -1.2964E-09 + IN - OUT = 5.5736E-09 IN - OUT = -5.8069E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -27789,7 +27791,7 @@ start timestep kper="3" kstp="119" mode="normal" TOTAL OUT = 60.6706 TOTAL OUT = 2.9002 - IN - OUT = 4.8901E-09 IN - OUT = -3.5240E-10 + IN - OUT = 5.5044E-09 IN - OUT = -8.2949E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -27904,7 +27906,7 @@ start timestep kper="3" kstp="120" mode="normal" TOTAL OUT = 60.9123 TOTAL OUT = 2.9002 - IN - OUT = 5.1032E-09 IN - OUT = 2.5573E-09 + IN - OUT = 5.5565E-09 IN - OUT = 6.2503E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -28021,7 +28023,7 @@ start timestep kper="4" kstp="1" mode="normal" TOTAL OUT = 61.1540 TOTAL OUT = 2.9002 - IN - OUT = 5.0681E-09 IN - OUT = -4.2183E-10 + IN - OUT = 5.3725E-09 IN - OUT = -2.2086E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -28136,7 +28138,7 @@ start timestep kper="4" kstp="2" mode="normal" TOTAL OUT = 61.3957 TOTAL OUT = 2.9002 - IN - OUT = 5.1648E-09 IN - OUT = 1.1608E-09 + IN - OUT = 5.4392E-09 IN - OUT = 8.0069E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -28251,9 +28253,9 @@ start timestep kper="4" kstp="3" mode="normal" TOTAL OUT = 61.6374 TOTAL OUT = 2.9002 - IN - OUT = 5.1942E-09 IN - OUT = 3.5309E-10 + IN - OUT = 5.4337E-09 IN - OUT = -6.5584E-11 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -28366,7 +28368,7 @@ start timestep kper="4" kstp="4" mode="normal" TOTAL OUT = 61.8791 TOTAL OUT = 2.9002 - IN - OUT = 5.3768E-09 IN - OUT = 2.1906E-09 + IN - OUT = 5.4650E-09 IN - OUT = 3.7526E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -28481,9 +28483,9 @@ start timestep kper="4" kstp="5" mode="normal" TOTAL OUT = 62.1207 TOTAL OUT = 2.9002 - IN - OUT = 5.3026E-09 IN - OUT = -8.8947E-10 + IN - OUT = 5.5016E-09 IN - OUT = 4.3880E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -28596,9 +28598,9 @@ start timestep kper="4" kstp="6" mode="normal" TOTAL OUT = 62.3624 TOTAL OUT = 2.9002 - IN - OUT = 5.2923E-09 IN - OUT = -1.2439E-10 + IN - OUT = 5.5752E-09 IN - OUT = 8.8379E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -28711,7 +28713,7 @@ start timestep kper="4" kstp="7" mode="normal" TOTAL OUT = 62.6041 TOTAL OUT = 2.9002 - IN - OUT = 5.3195E-09 IN - OUT = 3.2695E-10 + IN - OUT = 5.6598E-09 IN - OUT = 1.0150E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -28826,7 +28828,7 @@ start timestep kper="4" kstp="8" mode="normal" TOTAL OUT = 62.8458 TOTAL OUT = 2.9002 - IN - OUT = 5.2056E-09 IN - OUT = -1.3666E-09 + IN - OUT = 5.6445E-09 IN - OUT = -1.8341E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -28941,7 +28943,7 @@ start timestep kper="4" kstp="9" mode="normal" TOTAL OUT = 63.0875 TOTAL OUT = 2.9002 - IN - OUT = 5.0945E-09 IN - OUT = -1.3330E-09 + IN - OUT = 5.6248E-09 IN - OUT = -2.3629E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -29056,9 +29058,9 @@ start timestep kper="4" kstp="10" mode="normal" TOTAL OUT = 63.3292 TOTAL OUT = 2.9002 - IN - OUT = 5.0312E-09 IN - OUT = -7.6049E-10 + IN - OUT = 5.6504E-09 IN - OUT = 3.0702E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -29171,7 +29173,7 @@ start timestep kper="4" kstp="11" mode="normal" TOTAL OUT = 63.5708 TOTAL OUT = 2.9002 - IN - OUT = 5.1406E-09 IN - OUT = 1.3134E-09 + IN - OUT = 5.7809E-09 IN - OUT = 1.5659E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -29286,7 +29288,7 @@ start timestep kper="4" kstp="12" mode="normal" TOTAL OUT = 63.8125 TOTAL OUT = 2.9002 - IN - OUT = 5.2159E-09 IN - OUT = 9.0325E-10 + IN - OUT = 5.8384E-09 IN - OUT = 6.9001E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -29401,7 +29403,7 @@ start timestep kper="4" kstp="13" mode="normal" TOTAL OUT = 64.0542 TOTAL OUT = 2.9002 - IN - OUT = 4.9290E-09 IN - OUT = -3.4430E-09 + IN - OUT = 5.6332E-09 IN - OUT = -2.4632E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -29516,7 +29518,7 @@ start timestep kper="4" kstp="14" mode="normal" TOTAL OUT = 64.2959 TOTAL OUT = 2.9002 - IN - OUT = 4.7962E-09 IN - OUT = -1.5937E-09 + IN - OUT = 5.4510E-09 IN - OUT = -2.1856E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -29631,7 +29633,7 @@ start timestep kper="4" kstp="15" mode="normal" TOTAL OUT = 64.5376 TOTAL OUT = 2.9002 - IN - OUT = 4.9409E-09 IN - OUT = 1.7366E-09 + IN - OUT = 5.5901E-09 IN - OUT = 1.6693E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -29746,7 +29748,7 @@ start timestep kper="4" kstp="16" mode="normal" TOTAL OUT = 64.7793 TOTAL OUT = 2.9002 - IN - OUT = 4.8903E-09 IN - OUT = -6.0653E-10 + IN - OUT = 5.5849E-09 IN - OUT = -6.3118E-11 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -29861,7 +29863,7 @@ start timestep kper="4" kstp="17" mode="normal" TOTAL OUT = 65.0210 TOTAL OUT = 2.9002 - IN - OUT = 5.0959E-09 IN - OUT = 2.4671E-09 + IN - OUT = 5.7969E-09 IN - OUT = 2.5441E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -29976,7 +29978,7 @@ start timestep kper="4" kstp="18" mode="normal" TOTAL OUT = 65.2627 TOTAL OUT = 2.9002 - IN - OUT = 4.8840E-09 IN - OUT = -2.5429E-09 + IN - OUT = 5.7321E-09 IN - OUT = -7.7751E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -30091,7 +30093,7 @@ start timestep kper="4" kstp="19" mode="normal" TOTAL OUT = 65.5043 TOTAL OUT = 2.9002 - IN - OUT = 4.9659E-09 IN - OUT = 9.8200E-10 + IN - OUT = 5.8785E-09 IN - OUT = 1.7572E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -30206,7 +30208,7 @@ start timestep kper="4" kstp="20" mode="normal" TOTAL OUT = 65.7460 TOTAL OUT = 2.9002 - IN - OUT = 5.2406E-09 IN - OUT = 3.2973E-09 + IN - OUT = 6.0942E-09 IN - OUT = 2.5883E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -30321,7 +30323,7 @@ start timestep kper="4" kstp="21" mode="normal" TOTAL OUT = 65.9877 TOTAL OUT = 2.9002 - IN - OUT = 5.1904E-09 IN - OUT = -6.0250E-10 + IN - OUT = 6.0917E-09 IN - OUT = -3.0105E-11 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -30436,7 +30438,7 @@ start timestep kper="4" kstp="22" mode="normal" TOTAL OUT = 66.2294 TOTAL OUT = 2.9002 - IN - OUT = 5.0252E-09 IN - OUT = -1.9824E-09 + IN - OUT = 5.9572E-09 IN - OUT = -1.6137E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -30551,7 +30553,7 @@ start timestep kper="4" kstp="23" mode="normal" TOTAL OUT = 66.4711 TOTAL OUT = 2.9002 - IN - OUT = 4.8946E-09 IN - OUT = -1.5671E-09 + IN - OUT = 5.8695E-09 IN - OUT = -1.0524E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -30666,9 +30668,9 @@ start timestep kper="4" kstp="24" mode="normal" TOTAL OUT = 66.7128 TOTAL OUT = 2.9002 - IN - OUT = 4.9339E-09 IN - OUT = 4.7136E-10 + IN - OUT = 5.7649E-09 IN - OUT = -1.2556E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -30781,7 +30783,7 @@ start timestep kper="4" kstp="25" mode="normal" TOTAL OUT = 66.9545 TOTAL OUT = 2.9002 - IN - OUT = 4.8905E-09 IN - OUT = -5.2151E-10 + IN - OUT = 5.7474E-09 IN - OUT = -2.0984E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -30896,7 +30898,7 @@ start timestep kper="4" kstp="26" mode="normal" TOTAL OUT = 67.1961 TOTAL OUT = 2.9002 - IN - OUT = 5.1376E-09 IN - OUT = 2.9658E-09 + IN - OUT = 5.9235E-09 IN - OUT = 2.1136E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -31011,7 +31013,7 @@ start timestep kper="4" kstp="27" mode="normal" TOTAL OUT = 67.4378 TOTAL OUT = 2.9002 - IN - OUT = 5.3603E-09 IN - OUT = 2.6719E-09 + IN - OUT = 6.0728E-09 IN - OUT = 1.7906E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -31126,9 +31128,9 @@ start timestep kper="4" kstp="28" mode="normal" TOTAL OUT = 67.6795 TOTAL OUT = 2.9002 - IN - OUT = 5.3306E-09 IN - OUT = -3.5559E-10 + IN - OUT = 6.1783E-09 IN - OUT = 1.2666E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -31241,7 +31243,7 @@ start timestep kper="4" kstp="29" mode="normal" TOTAL OUT = 67.9212 TOTAL OUT = 2.9002 - IN - OUT = 5.3306E-09 IN - OUT = -2.7756E-13 + IN - OUT = 6.1533E-09 IN - OUT = -3.0000E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -31356,9 +31358,9 @@ start timestep kper="4" kstp="30" mode="normal" TOTAL OUT = 68.1629 TOTAL OUT = 2.9002 - IN - OUT = 5.2955E-09 IN - OUT = -4.2151E-10 + IN - OUT = 6.3600E-09 IN - OUT = 2.4800E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -31471,7 +31473,7 @@ start timestep kper="4" kstp="31" mode="normal" TOTAL OUT = 68.4046 TOTAL OUT = 2.9002 - IN - OUT = 5.3668E-09 IN - OUT = 8.5558E-10 + IN - OUT = 6.5178E-09 IN - OUT = 1.8940E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -31586,7 +31588,7 @@ start timestep kper="4" kstp="32" mode="normal" TOTAL OUT = 68.6463 TOTAL OUT = 2.9002 - IN - OUT = 5.3008E-09 IN - OUT = -7.9191E-10 + IN - OUT = 6.4827E-09 IN - OUT = -4.2153E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -31701,7 +31703,7 @@ start timestep kper="4" kstp="33" mode="normal" TOTAL OUT = 68.8880 TOTAL OUT = 2.9002 - IN - OUT = 5.3075E-09 IN - OUT = 8.0334E-11 + IN - OUT = 6.5639E-09 IN - OUT = 9.7507E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -31816,7 +31818,7 @@ start timestep kper="4" kstp="34" mode="normal" TOTAL OUT = 69.1296 TOTAL OUT = 2.9003 - IN - OUT = 5.5534E-09 IN - OUT = 2.9509E-09 + IN - OUT = 6.7219E-09 IN - OUT = 1.8959E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -31931,7 +31933,7 @@ start timestep kper="4" kstp="35" mode="normal" TOTAL OUT = 69.3713 TOTAL OUT = 2.9003 - IN - OUT = 5.7954E-09 IN - OUT = 2.9035E-09 + IN - OUT = 6.9003E-09 IN - OUT = 2.1404E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -32046,9 +32048,9 @@ start timestep kper="4" kstp="36" mode="normal" TOTAL OUT = 69.6130 TOTAL OUT = 2.9003 - IN - OUT = 5.7929E-09 IN - OUT = -3.0009E-11 + IN - OUT = 6.9604E-09 IN - OUT = 7.2098E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -32161,9 +32163,9 @@ start timestep kper="4" kstp="37" mode="normal" TOTAL OUT = 69.8547 TOTAL OUT = 2.9003 - IN - OUT = 5.7737E-09 IN - OUT = -2.2980E-10 + IN - OUT = 7.0547E-09 IN - OUT = 1.1320E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -32276,9 +32278,9 @@ start timestep kper="4" kstp="38" mode="normal" TOTAL OUT = 70.0964 TOTAL OUT = 2.9003 - IN - OUT = 5.6579E-09 IN - OUT = -1.3892E-09 + IN - OUT = 7.0767E-09 IN - OUT = 2.6361E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -32391,9 +32393,9 @@ start timestep kper="4" kstp="39" mode="normal" TOTAL OUT = 70.3381 TOTAL OUT = 2.9003 - IN - OUT = 5.6131E-09 IN - OUT = -5.3757E-10 + IN - OUT = 7.1065E-09 IN - OUT = 3.5840E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -32506,9 +32508,9 @@ start timestep kper="4" kstp="40" mode="normal" TOTAL OUT = 70.5798 TOTAL OUT = 2.9003 - IN - OUT = 5.5720E-09 IN - OUT = -4.9398E-10 + IN - OUT = 7.2249E-09 IN - OUT = 1.4209E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -32621,7 +32623,7 @@ start timestep kper="4" kstp="41" mode="normal" TOTAL OUT = 70.8215 TOTAL OUT = 2.9003 - IN - OUT = 5.4598E-09 IN - OUT = -1.3460E-09 + IN - OUT = 6.9790E-09 IN - OUT = -2.9518E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -32736,7 +32738,7 @@ start timestep kper="4" kstp="42" mode="normal" TOTAL OUT = 71.0631 TOTAL OUT = 2.9003 - IN - OUT = 5.6293E-09 IN - OUT = 2.0341E-09 + IN - OUT = 7.0849E-09 IN - OUT = 1.2719E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -32851,9 +32853,9 @@ start timestep kper="4" kstp="43" mode="normal" TOTAL OUT = 71.3048 TOTAL OUT = 2.9003 - IN - OUT = 5.6936E-09 IN - OUT = 7.7189E-10 + IN - OUT = 7.0712E-09 IN - OUT = -1.6488E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -32966,7 +32968,7 @@ start timestep kper="4" kstp="44" mode="normal" TOTAL OUT = 71.5465 TOTAL OUT = 2.9003 - IN - OUT = 5.5425E-09 IN - OUT = -1.8138E-09 + IN - OUT = 6.9753E-09 IN - OUT = -1.1503E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -33081,7 +33083,7 @@ start timestep kper="4" kstp="45" mode="normal" TOTAL OUT = 71.7882 TOTAL OUT = 2.9003 - IN - OUT = 5.8444E-09 IN - OUT = 3.6233E-09 + IN - OUT = 7.1239E-09 IN - OUT = 1.7832E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -33196,7 +33198,7 @@ start timestep kper="4" kstp="46" mode="normal" TOTAL OUT = 72.0299 TOTAL OUT = 2.9003 - IN - OUT = 5.7815E-09 IN - OUT = -7.5542E-10 + IN - OUT = 7.0654E-09 IN - OUT = -7.0282E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -33311,9 +33313,9 @@ start timestep kper="4" kstp="47" mode="normal" TOTAL OUT = 72.2716 TOTAL OUT = 2.9003 - IN - OUT = 5.7727E-09 IN - OUT = -1.0547E-10 + IN - OUT = 7.1387E-09 IN - OUT = 8.7933E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -33426,7 +33428,7 @@ start timestep kper="4" kstp="48" mode="normal" TOTAL OUT = 72.5133 TOTAL OUT = 2.9003 - IN - OUT = 5.6458E-09 IN - OUT = -1.5230E-09 + IN - OUT = 6.9993E-09 IN - OUT = -1.6724E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -33541,9 +33543,9 @@ start timestep kper="4" kstp="49" mode="normal" TOTAL OUT = 72.7550 TOTAL OUT = 2.9003 - IN - OUT = 5.6941E-09 IN - OUT = 5.8063E-10 + IN - OUT = 6.9989E-09 IN - OUT = -5.0018E-12 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -33656,9 +33658,9 @@ start timestep kper="4" kstp="50" mode="normal" TOTAL OUT = 72.9967 TOTAL OUT = 2.9003 - IN - OUT = 5.7071E-09 IN - OUT = 1.5497E-10 + IN - OUT = 6.9872E-09 IN - OUT = -1.4040E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -33771,9 +33773,9 @@ start timestep kper="4" kstp="51" mode="normal" TOTAL OUT = 73.2383 TOTAL OUT = 2.9003 - IN - OUT = 5.7188E-09 IN - OUT = 1.4116E-10 + IN - OUT = 6.8410E-09 IN - OUT = -1.7542E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -33886,9 +33888,9 @@ start timestep kper="4" kstp="52" mode="normal" TOTAL OUT = 73.4800 TOTAL OUT = 2.9003 - IN - OUT = 5.6864E-09 IN - OUT = -3.8892E-10 + IN - OUT = 6.9392E-09 IN - OUT = 1.1782E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -34001,7 +34003,7 @@ start timestep kper="4" kstp="53" mode="normal" TOTAL OUT = 73.7217 TOTAL OUT = 2.9003 - IN - OUT = 5.7344E-09 IN - OUT = 5.7534E-10 + IN - OUT = 6.9746E-09 IN - OUT = 4.2544E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -34116,7 +34118,7 @@ start timestep kper="4" kstp="54" mode="normal" TOTAL OUT = 73.9634 TOTAL OUT = 2.9003 - IN - OUT = 5.9438E-09 IN - OUT = 2.5128E-09 + IN - OUT = 7.1764E-09 IN - OUT = 2.4211E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -34231,9 +34233,9 @@ start timestep kper="4" kstp="55" mode="normal" TOTAL OUT = 74.2051 TOTAL OUT = 2.9003 - IN - OUT = 5.9351E-09 IN - OUT = -1.0369E-10 + IN - OUT = 7.2376E-09 IN - OUT = 7.3535E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -34346,9 +34348,9 @@ start timestep kper="4" kstp="56" mode="normal" TOTAL OUT = 74.4468 TOTAL OUT = 2.9003 - IN - OUT = 6.0810E-09 IN - OUT = 1.7503E-09 + IN - OUT = 7.1043E-09 IN - OUT = -1.6009E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -34461,9 +34463,9 @@ start timestep kper="4" kstp="57" mode="normal" TOTAL OUT = 74.6885 TOTAL OUT = 2.9003 - IN - OUT = 6.1502E-09 IN - OUT = 8.3106E-10 + IN - OUT = 7.0082E-09 IN - OUT = -1.1529E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -34576,9 +34578,9 @@ start timestep kper="4" kstp="58" mode="normal" TOTAL OUT = 74.9302 TOTAL OUT = 2.9003 - IN - OUT = 6.2297E-09 IN - OUT = 9.5397E-10 + IN - OUT = 6.8326E-09 IN - OUT = -2.1069E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -34691,7 +34693,7 @@ start timestep kper="4" kstp="59" mode="normal" TOTAL OUT = 75.1719 TOTAL OUT = 2.9003 - IN - OUT = 6.3192E-09 IN - OUT = 1.0730E-09 + IN - OUT = 6.9797E-09 IN - OUT = 1.7657E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -34806,9 +34808,9 @@ start timestep kper="4" kstp="60" mode="normal" TOTAL OUT = 75.4135 TOTAL OUT = 2.9003 - IN - OUT = 6.2729E-09 IN - OUT = -5.5516E-10 + IN - OUT = 7.0251E-09 IN - OUT = 5.4389E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -34921,9 +34923,9 @@ start timestep kper="4" kstp="61" mode="normal" TOTAL OUT = 75.6552 TOTAL OUT = 2.9003 - IN - OUT = 6.2340E-09 IN - OUT = -4.6605E-10 + IN - OUT = 7.0294E-09 IN - OUT = 5.1645E-11 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -35036,9 +35038,9 @@ start timestep kper="4" kstp="62" mode="normal" TOTAL OUT = 75.8969 TOTAL OUT = 2.9003 - IN - OUT = 6.3023E-09 IN - OUT = 8.1973E-10 + IN - OUT = 7.0099E-09 IN - OUT = -2.3411E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -35151,7 +35153,7 @@ start timestep kper="4" kstp="63" mode="normal" TOTAL OUT = 76.1386 TOTAL OUT = 2.9003 - IN - OUT = 6.4032E-09 IN - OUT = 1.2102E-09 + IN - OUT = 7.0761E-09 IN - OUT = 7.9532E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -35266,7 +35268,7 @@ start timestep kper="4" kstp="64" mode="normal" TOTAL OUT = 76.3803 TOTAL OUT = 2.9003 - IN - OUT = 6.3796E-09 IN - OUT = -2.8294E-10 + IN - OUT = 6.9599E-09 IN - OUT = -1.3948E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -35381,7 +35383,7 @@ start timestep kper="4" kstp="65" mode="normal" TOTAL OUT = 76.6220 TOTAL OUT = 2.9003 - IN - OUT = 6.2035E-09 IN - OUT = -2.1132E-09 + IN - OUT = 6.7930E-09 IN - OUT = -2.0030E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -35496,7 +35498,7 @@ start timestep kper="4" kstp="66" mode="normal" TOTAL OUT = 76.8637 TOTAL OUT = 2.9003 - IN - OUT = 6.5139E-09 IN - OUT = 3.7245E-09 + IN - OUT = 7.0277E-09 IN - OUT = 2.8164E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -35611,7 +35613,7 @@ start timestep kper="4" kstp="67" mode="normal" TOTAL OUT = 77.1054 TOTAL OUT = 2.9003 - IN - OUT = 6.5093E-09 IN - OUT = -5.5234E-11 + IN - OUT = 6.9959E-09 IN - OUT = -3.8141E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -35726,7 +35728,7 @@ start timestep kper="4" kstp="68" mode="normal" TOTAL OUT = 77.3471 TOTAL OUT = 2.9003 - IN - OUT = 6.5527E-09 IN - OUT = 5.2109E-10 + IN - OUT = 6.9976E-09 IN - OUT = 2.0300E-11 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -35841,7 +35843,7 @@ start timestep kper="4" kstp="69" mode="normal" TOTAL OUT = 77.5887 TOTAL OUT = 2.9003 - IN - OUT = 6.7284E-09 IN - OUT = 2.1079E-09 + IN - OUT = 7.2310E-09 IN - OUT = 2.8008E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -35956,9 +35958,9 @@ start timestep kper="4" kstp="70" mode="normal" TOTAL OUT = 77.8304 TOTAL OUT = 2.9003 - IN - OUT = 6.7084E-09 IN - OUT = -2.4009E-10 + IN - OUT = 7.2470E-09 IN - OUT = 1.9166E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -36071,7 +36073,7 @@ start timestep kper="4" kstp="71" mode="normal" TOTAL OUT = 78.0721 TOTAL OUT = 2.9003 - IN - OUT = 6.8952E-09 IN - OUT = 2.2419E-09 + IN - OUT = 7.5230E-09 IN - OUT = 3.3121E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -36186,7 +36188,7 @@ start timestep kper="4" kstp="72" mode="normal" TOTAL OUT = 78.3138 TOTAL OUT = 2.9003 - IN - OUT = 7.0050E-09 IN - OUT = 1.3175E-09 + IN - OUT = 7.5983E-09 IN - OUT = 9.0386E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -36301,7 +36303,7 @@ start timestep kper="4" kstp="73" mode="normal" TOTAL OUT = 78.5555 TOTAL OUT = 2.9003 - IN - OUT = 7.2030E-09 IN - OUT = 2.3760E-09 + IN - OUT = 7.8370E-09 IN - OUT = 2.8640E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -36416,7 +36418,7 @@ start timestep kper="4" kstp="74" mode="normal" TOTAL OUT = 78.7972 TOTAL OUT = 2.9003 - IN - OUT = 7.4120E-09 IN - OUT = 2.5079E-09 + IN - OUT = 8.0308E-09 IN - OUT = 2.3265E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -36531,7 +36533,7 @@ start timestep kper="4" kstp="75" mode="normal" TOTAL OUT = 79.0389 TOTAL OUT = 2.9003 - IN - OUT = 7.7490E-09 IN - OUT = 4.0438E-09 + IN - OUT = 8.1805E-09 IN - OUT = 1.7962E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -36646,7 +36648,7 @@ start timestep kper="4" kstp="76" mode="normal" TOTAL OUT = 79.2806 TOTAL OUT = 2.9003 - IN - OUT = 7.8485E-09 IN - OUT = 1.1943E-09 + IN - OUT = 8.3328E-09 IN - OUT = 1.8278E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -36761,7 +36763,7 @@ start timestep kper="4" kstp="77" mode="normal" TOTAL OUT = 79.5223 TOTAL OUT = 2.9003 - IN - OUT = 7.6411E-09 IN - OUT = -2.4882E-09 + IN - OUT = 8.1686E-09 IN - OUT = -1.9707E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -36876,7 +36878,7 @@ start timestep kper="4" kstp="78" mode="normal" TOTAL OUT = 79.7640 TOTAL OUT = 2.9003 - IN - OUT = 7.5478E-09 IN - OUT = -1.1202E-09 + IN - OUT = 8.0554E-09 IN - OUT = -1.3594E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -36991,9 +36993,9 @@ start timestep kper="4" kstp="79" mode="normal" TOTAL OUT = 80.0057 TOTAL OUT = 2.9003 - IN - OUT = 7.4074E-09 IN - OUT = -1.6846E-09 + IN - OUT = 8.1375E-09 IN - OUT = 9.8634E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -37106,7 +37108,7 @@ start timestep kper="4" kstp="80" mode="normal" TOTAL OUT = 80.2473 TOTAL OUT = 2.9003 - IN - OUT = 7.3648E-09 IN - OUT = -5.1127E-10 + IN - OUT = 8.0580E-09 IN - OUT = -9.5473E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -37221,9 +37223,9 @@ start timestep kper="4" kstp="81" mode="normal" TOTAL OUT = 80.4890 TOTAL OUT = 2.9003 - IN - OUT = 7.3804E-09 IN - OUT = 1.8724E-10 + IN - OUT = 8.0342E-09 IN - OUT = -2.8539E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -37336,9 +37338,9 @@ start timestep kper="4" kstp="82" mode="normal" TOTAL OUT = 80.7307 TOTAL OUT = 2.9003 - IN - OUT = 7.3495E-09 IN - OUT = -3.7075E-10 + IN - OUT = 8.0609E-09 IN - OUT = 3.2088E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -37451,7 +37453,7 @@ start timestep kper="4" kstp="83" mode="normal" TOTAL OUT = 80.9724 TOTAL OUT = 2.9003 - IN - OUT = 7.2818E-09 IN - OUT = -8.1245E-10 + IN - OUT = 7.9199E-09 IN - OUT = -1.6922E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -37566,7 +37568,7 @@ start timestep kper="4" kstp="84" mode="normal" TOTAL OUT = 81.2141 TOTAL OUT = 2.9003 - IN - OUT = 7.1919E-09 IN - OUT = -1.0789E-09 + IN - OUT = 7.7834E-09 IN - OUT = -1.6385E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -37681,7 +37683,7 @@ start timestep kper="4" kstp="85" mode="normal" TOTAL OUT = 81.4558 TOTAL OUT = 2.9003 - IN - OUT = 7.3929E-09 IN - OUT = 2.4120E-09 + IN - OUT = 8.1269E-09 IN - OUT = 4.1224E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -37796,7 +37798,7 @@ start timestep kper="4" kstp="86" mode="normal" TOTAL OUT = 81.6975 TOTAL OUT = 2.9003 - IN - OUT = 7.2570E-09 IN - OUT = -1.6306E-09 + IN - OUT = 8.0390E-09 IN - OUT = -1.0553E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -37911,7 +37913,7 @@ start timestep kper="4" kstp="87" mode="normal" TOTAL OUT = 81.9392 TOTAL OUT = 2.9003 - IN - OUT = 7.1924E-09 IN - OUT = -7.7510E-10 + IN - OUT = 7.9835E-09 IN - OUT = -6.6580E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -38026,7 +38028,7 @@ start timestep kper="4" kstp="88" mode="normal" TOTAL OUT = 82.1809 TOTAL OUT = 2.9003 - IN - OUT = 6.9914E-09 IN - OUT = -2.4126E-09 + IN - OUT = 7.8327E-09 IN - OUT = -1.8089E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -38141,7 +38143,7 @@ start timestep kper="4" kstp="89" mode="normal" TOTAL OUT = 82.4226 TOTAL OUT = 2.9003 - IN - OUT = 7.2030E-09 IN - OUT = 2.5394E-09 + IN - OUT = 8.0364E-09 IN - OUT = 2.4437E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -38256,7 +38258,7 @@ start timestep kper="4" kstp="90" mode="normal" TOTAL OUT = 82.6642 TOTAL OUT = 2.9003 - IN - OUT = 7.0791E-09 IN - OUT = -1.4872E-09 + IN - OUT = 7.8536E-09 IN - OUT = -2.1935E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -38371,9 +38373,9 @@ start timestep kper="4" kstp="91" mode="normal" TOTAL OUT = 82.9059 TOTAL OUT = 2.9003 - IN - OUT = 7.1208E-09 IN - OUT = 5.0124E-10 + IN - OUT = 7.8122E-09 IN - OUT = -4.9612E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -38486,9 +38488,9 @@ start timestep kper="4" kstp="92" mode="normal" TOTAL OUT = 83.1476 TOTAL OUT = 2.9003 - IN - OUT = 7.1868E-09 IN - OUT = 7.9181E-10 + IN - OUT = 7.7684E-09 IN - OUT = -5.2630E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -38601,7 +38603,7 @@ start timestep kper="4" kstp="93" mode="normal" TOTAL OUT = 83.3893 TOTAL OUT = 2.9003 - IN - OUT = 7.2595E-09 IN - OUT = 8.7172E-10 + IN - OUT = 7.8403E-09 IN - OUT = 8.6312E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -38716,7 +38718,7 @@ start timestep kper="4" kstp="94" mode="normal" TOTAL OUT = 83.6310 TOTAL OUT = 2.9003 - IN - OUT = 7.1444E-09 IN - OUT = -1.3815E-09 + IN - OUT = 7.7318E-09 IN - OUT = -1.3018E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -38831,7 +38833,7 @@ start timestep kper="4" kstp="95" mode="normal" TOTAL OUT = 83.8727 TOTAL OUT = 2.9003 - IN - OUT = 6.8074E-09 IN - OUT = -4.0437E-09 + IN - OUT = 7.4840E-09 IN - OUT = -2.9740E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -38946,7 +38948,7 @@ start timestep kper="4" kstp="96" mode="normal" TOTAL OUT = 84.1144 TOTAL OUT = 2.9003 - IN - OUT = 6.9835E-09 IN - OUT = 2.1137E-09 + IN - OUT = 7.5722E-09 IN - OUT = 1.0584E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -39061,7 +39063,7 @@ start timestep kper="4" kstp="97" mode="normal" TOTAL OUT = 84.3561 TOTAL OUT = 2.9003 - IN - OUT = 7.1588E-09 IN - OUT = 2.1037E-09 + IN - OUT = 7.8075E-09 IN - OUT = 2.8240E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -39176,7 +39178,7 @@ start timestep kper="4" kstp="98" mode="normal" TOTAL OUT = 84.5978 TOTAL OUT = 2.9003 - IN - OUT = 7.1276E-09 IN - OUT = -3.7428E-10 + IN - OUT = 7.6617E-09 IN - OUT = -1.7496E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -39291,7 +39293,7 @@ start timestep kper="4" kstp="99" mode="normal" TOTAL OUT = 84.8395 TOTAL OUT = 2.9003 - IN - OUT = 7.2932E-09 IN - OUT = 1.9866E-09 + IN - OUT = 7.7612E-09 IN - OUT = 1.1937E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -39406,7 +39408,7 @@ start timestep kper="4" kstp="100" mode="normal" TOTAL OUT = 85.0812 TOTAL OUT = 2.9003 - IN - OUT = 6.8002E-09 IN - OUT = -5.9156E-09 + IN - OUT = 7.3573E-09 IN - OUT = -4.8465E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -39521,7 +39523,7 @@ start timestep kper="4" kstp="101" mode="normal" TOTAL OUT = 85.3229 TOTAL OUT = 2.9003 - IN - OUT = 6.5204E-09 IN - OUT = -3.3575E-09 + IN - OUT = 7.1351E-09 IN - OUT = -2.6663E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -39636,7 +39638,7 @@ start timestep kper="4" kstp="102" mode="normal" TOTAL OUT = 85.5645 TOTAL OUT = 2.9003 - IN - OUT = 6.3751E-09 IN - OUT = -1.7440E-09 + IN - OUT = 7.1225E-09 IN - OUT = -1.5109E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -39751,7 +39753,7 @@ start timestep kper="4" kstp="103" mode="normal" TOTAL OUT = 85.8062 TOTAL OUT = 2.9003 - IN - OUT = 6.3486E-09 IN - OUT = -3.1776E-10 + IN - OUT = 7.0299E-09 IN - OUT = -1.1116E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -39866,7 +39868,7 @@ start timestep kper="4" kstp="104" mode="normal" TOTAL OUT = 86.0479 TOTAL OUT = 2.9003 - IN - OUT = 6.0959E-09 IN - OUT = -3.0321E-09 + IN - OUT = 6.8856E-09 IN - OUT = -1.7318E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -39981,7 +39983,7 @@ start timestep kper="4" kstp="105" mode="normal" TOTAL OUT = 86.2896 TOTAL OUT = 2.9003 - IN - OUT = 6.1500E-09 IN - OUT = 6.4850E-10 + IN - OUT = 6.9292E-09 IN - OUT = 5.2296E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -40096,7 +40098,7 @@ start timestep kper="4" kstp="106" mode="normal" TOTAL OUT = 86.5313 TOTAL OUT = 2.9003 - IN - OUT = 6.2750E-09 IN - OUT = 1.5005E-09 + IN - OUT = 6.9299E-09 IN - OUT = 8.5207E-12 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -40211,9 +40213,9 @@ start timestep kper="4" kstp="107" mode="normal" TOTAL OUT = 86.7730 TOTAL OUT = 2.9003 - IN - OUT = 6.2527E-09 IN - OUT = -2.6755E-10 + IN - OUT = 6.9530E-09 IN - OUT = 2.7738E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -40326,7 +40328,7 @@ start timestep kper="4" kstp="108" mode="normal" TOTAL OUT = 87.0147 TOTAL OUT = 2.9003 - IN - OUT = 6.1608E-09 IN - OUT = -1.1036E-09 + IN - OUT = 6.8676E-09 IN - OUT = -1.0245E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -40441,9 +40443,9 @@ start timestep kper="4" kstp="109" mode="normal" TOTAL OUT = 87.2564 TOTAL OUT = 2.9003 - IN - OUT = 6.1230E-09 IN - OUT = -4.5344E-10 + IN - OUT = 6.9238E-09 IN - OUT = 6.7358E-10 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -40556,7 +40558,7 @@ start timestep kper="4" kstp="110" mode="normal" TOTAL OUT = 87.4981 TOTAL OUT = 2.9003 - IN - OUT = 6.2441E-09 IN - OUT = 1.4534E-09 + IN - OUT = 7.0151E-09 IN - OUT = 1.0958E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -40671,9 +40673,9 @@ start timestep kper="4" kstp="111" mode="normal" TOTAL OUT = 87.7398 TOTAL OUT = 2.9003 - IN - OUT = 6.2167E-09 IN - OUT = -3.2843E-10 + IN - OUT = 7.2222E-09 IN - OUT = 2.4861E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -40786,7 +40788,7 @@ start timestep kper="4" kstp="112" mode="normal" TOTAL OUT = 87.9815 TOTAL OUT = 2.9003 - IN - OUT = 6.0247E-09 IN - OUT = -2.3042E-09 + IN - OUT = 6.9859E-09 IN - OUT = -2.8361E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -40901,7 +40903,7 @@ start timestep kper="4" kstp="113" mode="normal" TOTAL OUT = 88.2232 TOTAL OUT = 2.9003 - IN - OUT = 6.0887E-09 IN - OUT = 7.6827E-10 + IN - OUT = 7.1293E-09 IN - OUT = 1.7202E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -41016,7 +41018,7 @@ start timestep kper="4" kstp="114" mode="normal" TOTAL OUT = 88.4648 TOTAL OUT = 2.9003 - IN - OUT = 6.0170E-09 IN - OUT = -8.6002E-10 + IN - OUT = 7.0690E-09 IN - OUT = -7.2299E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -41131,7 +41133,7 @@ start timestep kper="4" kstp="115" mode="normal" TOTAL OUT = 88.7065 TOTAL OUT = 2.9003 - IN - OUT = 6.3132E-09 IN - OUT = 3.5537E-09 + IN - OUT = 7.2262E-09 IN - OUT = 1.8869E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -41246,7 +41248,7 @@ start timestep kper="4" kstp="116" mode="normal" TOTAL OUT = 88.9482 TOTAL OUT = 2.9003 - IN - OUT = 6.2948E-09 IN - OUT = -2.2067E-10 + IN - OUT = 7.1999E-09 IN - OUT = -3.1603E-10 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -41361,7 +41363,7 @@ start timestep kper="4" kstp="117" mode="normal" TOTAL OUT = 89.1899 TOTAL OUT = 2.9003 - IN - OUT = 6.0728E-09 IN - OUT = -2.6639E-09 + IN - OUT = 7.0185E-09 IN - OUT = -2.1771E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -41476,9 +41478,9 @@ start timestep kper="4" kstp="118" mode="normal" TOTAL OUT = 89.4316 TOTAL OUT = 2.9003 - IN - OUT = 5.9814E-09 IN - OUT = -1.0962E-09 + IN - OUT = 7.2128E-09 IN - OUT = 2.3313E-09 - PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 @@ -41591,7 +41593,7 @@ start timestep kper="4" kstp="119" mode="normal" TOTAL OUT = 89.6733 TOTAL OUT = 2.9003 - IN - OUT = 5.9140E-09 IN - OUT = -8.0985E-10 + IN - OUT = 7.2101E-09 IN - OUT = -3.1564E-11 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = -0.00 @@ -41706,7 +41708,7 @@ start timestep kper="4" kstp="120" mode="normal" TOTAL OUT = 89.9150 TOTAL OUT = 2.9003 - IN - OUT = 6.1515E-09 IN - OUT = 2.8506E-09 + IN - OUT = 7.3743E-09 IN - OUT = 1.9703E-09 PERCENT DISCREPANCY = 0.00 PERCENT DISCREPANCY = 0.00 diff --git a/src/notebooks/models/riverbase/gwt_riverbase.ucn b/src/notebooks/models/riverbase/gwt_riverbase.ucn index acfe8cc..88576c3 100644 Binary files a/src/notebooks/models/riverbase/gwt_riverbase.ucn and b/src/notebooks/models/riverbase/gwt_riverbase.ucn differ diff --git a/src/notebooks/models/riverbase/mfsim.lst b/src/notebooks/models/riverbase/mfsim.lst index 96b589a..b937afe 100644 --- a/src/notebooks/models/riverbase/mfsim.lst +++ b/src/notebooks/models/riverbase/mfsim.lst @@ -1,20 +1,23 @@ MODFLOW 6 U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL - VERSION 6.7.0.dev2 (preliminary) 05/20/2025 - ***DEVELOP MODE*** - - MODFLOW 6 compiled May 20 2025 13:40:03 with GCC version 13.3.0 - -This software is preliminary or provisional and is subject to -revision. It is being provided to meet the need for timely best -science. The software has not received final approval by the U.S. -Geological Survey (USGS). No warranty, expressed or implied, is made -by the USGS or the U.S. Government as to the functionality of the -software and related material nor shall the fact of release -constitute any such warranty. The software is provided on the -condition that neither the USGS nor the U.S. Government shall be held -liable for any damages resulting from the authorized or unauthorized -use of the software. + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. As a work of the United States Government, this USGS product is @@ -49,17 +52,16 @@ The following BSD-3 License libraries are used in this USGS product: All rights reserved. (https://github.com/jacobwilliams/daglib) -MODFLOW 6 compiler options: -fdiagnostics-color=always -cpp -I -src/libmf6core.a.p -I src -I ../src -I src/libmf6_external.a.p -iprefix -/opt/homebrew/Cellar/gcc@13/13.3.0/bin/../lib/gcc/13/gcc/aarch64-apple-darwin2 -3/13/ -D__DYNAMIC__ -D __APPLE__ -fPIC -mmacosx-version-min=14.0.0 --mcpu=apple-m1 -mlittle-endian -mabi=lp64 -O1 -Wall -Wpedantic --Wcharacter-truncation -Wno-unused-dummy-argument -Wno-intrinsic-shadow --Wno-maybe-uninitialized -Wno-uninitialized -std=f2018 -fall-intrinsics --ffpe-summary=overflow -ffpe-trap=overflow,zero,invalid -J src/libmf6core.a.p +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c System command used to initiate simulation: -/Users/mike/hydrocomputing/projects/2021/003_ModSimple_Phase2/Bearbeitung/MODFLOW6/nightly/20250520/mf6.7.0.dev2_macarm/bin/mf6 +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe MODFLOW was compiled using uniform precision. @@ -83,7 +85,7 @@ Long Integer Variables Logical Variables KIND: 4 SIZE IN BITS: 32 - + OPENED mfsim.nam FILE TYPE:NAM6 UNIT 1001 STATUS:OLD @@ -288,7 +290,7 @@ END OF MODEL CONNECTIONS PROCESSING IMS NONLINEAR END OF IMS NONLINEAR DATA **UNDER-RELAXATION WILL BE USED*** - + PROCESSING LINEAR DATA END OF LINEAR DATA @@ -335,7 +337,7 @@ END OF MODEL CONNECTIONS PROCESSING IMS NONLINEAR END OF IMS NONLINEAR DATA **UNDER-RELAXATION WILL BE USED*** - + PROCESSING LINEAR DATA END OF LINEAR DATA @@ -371,9 +373,9 @@ END OF MODEL CONNECTIONS - + Solving: Stress period: 1 Time step: 1 - + 1 STRESS PERIOD NO. 1, LENGTH = 1.000000 ------------------------------------------ @@ -405,9 +407,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 1 - + 1 STRESS PERIOD NO. 2, LENGTH = 10.00000 ------------------------------------------ @@ -438,9 +440,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 2 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -465,9 +467,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 3 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -492,9 +494,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 4 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -519,16 +521,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 5 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.96277782E-07 * 1_GWF-(3,13,2) + Model 1 1 1.96277783E-07 * 1_GWF-(3,13,2) ---------------------------------------------------------------------------------------------------------- @@ -546,16 +548,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 6 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.17637995E-07 * 1_GWF-(2,14,2) + Model 1 1 1.17637992E-07 * 1_GWF-(2,14,2) ---------------------------------------------------------------------------------------------------------- @@ -573,16 +575,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 7 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.15653981E-07 * 1_GWF-(1,14,2) + Model 1 1 1.15653979E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -600,16 +602,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 8 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.15621029E-07 * 1_GWF-(1,14,2) + Model 1 1 1.15621033E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -627,16 +629,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 9 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.15588064E-07 * 1_GWF-(1,14,2) + Model 1 1 1.15588062E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -654,16 +656,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 10 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.15555126E-07 * 1_GWF-(1,14,2) + Model 1 1 1.15555128E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -681,9 +683,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 11 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -708,9 +710,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 12 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -735,9 +737,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 13 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -756,15 +758,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87291313E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87291312E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 14 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -789,9 +791,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 15 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -816,9 +818,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 16 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -843,16 +845,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 17 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.15325941E-07 * 1_GWF-(1,14,2) + Model 1 1 1.15325943E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -870,9 +872,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 18 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -897,9 +899,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 19 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -924,9 +926,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 20 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -945,15 +947,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87298558E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87298559E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 21 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -978,9 +980,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 22 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1005,9 +1007,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 23 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1032,9 +1034,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 24 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1059,9 +1061,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 25 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1086,9 +1088,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 26 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1113,9 +1115,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 27 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1140,9 +1142,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 28 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1167,9 +1169,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 29 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1194,9 +1196,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 30 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1221,16 +1223,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 31 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.14874718E-07 * 1_GWF-(1,14,2) + Model 1 1 1.14874720E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -1248,9 +1250,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 32 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1275,9 +1277,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 33 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1302,16 +1304,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 34 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.14779253E-07 * 1_GWF-(1,14,2) + Model 1 1 1.14779251E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -1329,9 +1331,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 35 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1356,9 +1358,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 36 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1383,9 +1385,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 37 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1410,16 +1412,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 38 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.14652625E-07 * 1_GWF-(1,14,2) + Model 1 1 1.14652627E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -1437,9 +1439,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 39 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1464,9 +1466,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 40 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1491,16 +1493,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 41 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.14558150E-07 * 1_GWF-(1,14,2) + Model 1 1 1.14558151E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -1518,16 +1520,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 42 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.14526754E-07 * 1_GWF-(1,14,2) + Model 1 1 1.14526753E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -1539,15 +1541,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87320971E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87320970E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 43 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1572,16 +1574,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 44 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.14464099E-07 * 1_GWF-(1,14,2) + Model 1 1 1.14464097E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -1599,9 +1601,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 45 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1626,9 +1628,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 46 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1653,16 +1655,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 47 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.14370462E-07 * 1_GWF-(1,14,2) + Model 1 1 1.14370463E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -1680,9 +1682,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 48 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1707,9 +1709,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 49 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1734,16 +1736,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 50 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.14277247E-07 * 1_GWF-(1,14,2) + Model 1 1 1.14277245E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -1761,16 +1763,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 51 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.14246264E-07 * 1_GWF-(1,14,2) + Model 1 1 1.14246266E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -1788,16 +1790,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 52 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.14215334E-07 * 1_GWF-(1,14,2) + Model 1 1 1.14215331E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -1815,9 +1817,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 53 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1842,16 +1844,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 54 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.14153604E-07 * 1_GWF-(1,14,2) + Model 1 1 1.14153602E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -1869,16 +1871,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 55 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.14122805E-07 * 1_GWF-(1,14,2) + Model 1 1 1.14122807E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -1896,9 +1898,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 56 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1923,16 +1925,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 57 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.14061349E-07 * 1_GWF-(1,14,2) + Model 1 1 1.14061351E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -1944,15 +1946,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87335942E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87335941E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 58 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1977,9 +1979,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 59 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2004,9 +2006,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 60 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2031,9 +2033,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 61 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2058,9 +2060,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 62 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2085,9 +2087,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 63 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2112,16 +2114,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 64 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13847685E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13847687E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2139,16 +2141,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 65 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13817340E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13817341E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2166,16 +2168,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 66 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13787046E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13787044E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2187,22 +2189,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87344805E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87344806E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 67 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13756789E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13756792E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2220,9 +2222,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 68 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2247,16 +2249,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 69 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13696419E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13696418E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2274,16 +2276,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 70 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13666301E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13666299E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2301,9 +2303,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 71 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2328,16 +2330,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 72 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13606191E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13606195E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2349,22 +2351,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87350666E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87350665E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 73 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13576204E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13576206E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2382,16 +2384,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 74 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13546269E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13546267E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2403,22 +2405,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87352611E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87352610E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 75 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13516370E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13516368E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2430,15 +2432,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87353581E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87353582E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 76 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2463,16 +2465,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 77 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13456705E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13456707E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2490,16 +2492,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 78 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13426941E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13426939E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2517,16 +2519,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 79 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13397221E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13397219E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2538,22 +2540,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87357454E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87357453E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 80 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13367543E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13367539E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2571,9 +2573,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 81 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2592,22 +2594,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87359384E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87359383E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 82 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13308317E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13308319E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2625,16 +2627,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 83 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13278773E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13278775E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2652,16 +2654,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 84 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13249270E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13249268E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2679,16 +2681,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 85 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13219810E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13219809E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2706,16 +2708,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 86 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13190392E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13190394E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2727,22 +2729,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87364189E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87364190E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 87 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13161020E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13161022E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2760,16 +2762,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 88 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13131692E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13131689E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2787,9 +2789,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 89 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2814,16 +2816,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 90 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.13073162E-07 * 1_GWF-(1,14,2) + Model 1 1 1.13073163E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2841,9 +2843,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 91 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2868,9 +2870,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 92 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2895,16 +2897,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 93 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12985690E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12985688E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2922,9 +2924,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 94 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2949,16 +2951,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 95 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12927589E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12927587E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -2976,9 +2978,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 96 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3003,16 +3005,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 97 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12869657E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12869655E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3030,9 +3032,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 98 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3057,9 +3059,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 99 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3084,9 +3086,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 100 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3105,22 +3107,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87377504E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87377505E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 101 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12754304E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12754302E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3138,16 +3140,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 102 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12725569E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12725573E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3165,16 +3167,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 103 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12696883E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12696881E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3192,9 +3194,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 104 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3213,22 +3215,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87381272E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87381271E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 105 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12639627E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12639626E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3246,9 +3248,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 106 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3273,16 +3275,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 107 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12582541E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12582537E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3300,16 +3302,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 108 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12554060E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12554057E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3327,16 +3329,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 109 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12525619E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12525617E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3354,16 +3356,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 110 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12497224E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12497222E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3375,22 +3377,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87386891E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87386890E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 111 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12468866E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12468868E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3408,16 +3410,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 112 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12440553E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12440551E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3435,16 +3437,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 113 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12412279E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12412280E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3462,16 +3464,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 114 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12384045E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12384049E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3489,9 +3491,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 115 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3516,9 +3518,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 116 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3543,16 +3545,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 117 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12299599E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12299597E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3564,15 +3566,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87393399E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87393398E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 118 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3597,16 +3599,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 119 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12243503E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12243505E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3624,16 +3626,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 120 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12215519E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12215517E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3651,9 +3653,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 1 - + 1 STRESS PERIOD NO. 3, LENGTH = 10.00000 ------------------------------------------ @@ -3666,7 +3668,7 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12187577E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12187573E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3684,9 +3686,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 2 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3711,16 +3713,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 3 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.12131806E-07 * 1_GWF-(1,14,2) + Model 1 1 1.12131804E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -3738,9 +3740,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 4 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3765,9 +3767,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 5 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3792,9 +3794,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 6 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3819,9 +3821,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 7 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3846,9 +3848,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 8 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3873,9 +3875,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 9 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3900,9 +3902,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 10 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3927,9 +3929,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 11 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3954,9 +3956,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 12 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3981,9 +3983,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 13 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4008,9 +4010,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 14 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4035,9 +4037,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 15 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4062,9 +4064,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 16 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4089,9 +4091,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 17 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4116,9 +4118,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 18 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4143,9 +4145,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 19 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4170,9 +4172,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 20 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4197,9 +4199,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 21 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4224,16 +4226,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 22 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.11610042E-07 * 1_GWF-(1,14,2) + Model 1 1 1.11610044E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -4251,16 +4253,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 23 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.11582983E-07 * 1_GWF-(1,14,2) + Model 1 1 1.11582979E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -4278,16 +4280,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 24 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.11555957E-07 * 1_GWF-(1,14,2) + Model 1 1 1.11555956E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -4305,9 +4307,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 25 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4326,22 +4328,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87418931E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87418932E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 26 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.11502025E-07 * 1_GWF-(1,14,2) + Model 1 1 1.11502024E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -4359,16 +4361,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 27 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.11475119E-07 * 1_GWF-(1,14,2) + Model 1 1 1.11475115E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -4386,9 +4388,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 28 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4413,16 +4415,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 29 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.11421420E-07 * 1_GWF-(1,14,2) + Model 1 1 1.11421418E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -4440,16 +4442,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 30 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.11394627E-07 * 1_GWF-(1,14,2) + Model 1 1 1.11394629E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -4467,9 +4469,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 31 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4494,9 +4496,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 32 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4521,16 +4523,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 33 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.11314487E-07 * 1_GWF-(1,14,2) + Model 1 1 1.11314488E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -4548,9 +4550,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 34 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4575,9 +4577,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 35 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4602,9 +4604,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 36 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4629,9 +4631,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 37 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4656,16 +4658,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 38 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.11181691E-07 * 1_GWF-(1,14,2) + Model 1 1 1.11181690E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -4683,16 +4685,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 39 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.11155249E-07 * 1_GWF-(1,14,2) + Model 1 1 1.11155250E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -4710,16 +4712,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 40 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.11128843E-07 * 1_GWF-(1,14,2) + Model 1 1 1.11128839E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -4737,9 +4739,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 41 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4764,9 +4766,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 42 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4791,9 +4793,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 43 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4818,16 +4820,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 44 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.11023599E-07 * 1_GWF-(1,14,2) + Model 1 1 1.11023601E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -4845,9 +4847,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 45 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4872,9 +4874,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 46 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4899,16 +4901,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 47 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10945061E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10945063E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -4926,9 +4928,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 48 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4953,9 +4955,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 49 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4980,16 +4982,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 50 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10866868E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10866866E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5007,16 +5009,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 51 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10840876E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10840878E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5034,9 +5036,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 52 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5061,9 +5063,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 53 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5088,16 +5090,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 54 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10763130E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10763134E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5115,9 +5117,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 55 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5142,16 +5144,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 56 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10711486E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10711484E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5169,16 +5171,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 57 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10685720E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10685718E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5196,9 +5198,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 58 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5223,16 +5225,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 59 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10634293E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10634296E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5244,15 +5246,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87448889E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87448888E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 60 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5277,16 +5279,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 61 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10583020E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10583018E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5304,16 +5306,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 62 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10557437E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10557435E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5331,9 +5333,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 63 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5358,9 +5360,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 64 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5385,9 +5387,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 65 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5412,16 +5414,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 66 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10455478E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10455474E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5439,16 +5441,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 67 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10430076E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10430078E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5466,16 +5468,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 68 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10404711E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10404709E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5493,16 +5495,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 69 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10379384E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10379386E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5520,9 +5522,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 70 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5547,16 +5549,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 71 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10328843E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10328841E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5574,9 +5576,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 72 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5601,9 +5603,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 73 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5628,16 +5630,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 74 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10253296E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10253298E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5655,16 +5657,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 75 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10228187E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10228186E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5682,9 +5684,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 76 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5709,16 +5711,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 77 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10178071E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10178073E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5736,9 +5738,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 78 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5763,16 +5765,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 79 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.10128104E-07 * 1_GWF-(1,14,2) + Model 1 1 1.10128106E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -5790,9 +5792,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 80 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5817,9 +5819,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 81 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5844,9 +5846,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 82 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5871,9 +5873,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 83 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5898,9 +5900,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 84 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5925,9 +5927,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 85 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5952,9 +5954,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 86 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5979,16 +5981,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 87 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09929651E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09929649E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6006,16 +6008,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 88 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09905002E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09905004E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6033,16 +6035,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 89 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09880391E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09880389E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6060,9 +6062,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 90 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6087,16 +6089,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 91 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09831271E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09831269E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6114,16 +6116,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 92 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09806761E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09806763E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6141,16 +6143,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 93 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09782292E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09782288E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6168,9 +6170,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 94 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6195,16 +6197,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 95 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09733449E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09733451E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6222,9 +6224,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 96 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6249,16 +6251,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 97 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09684747E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09684748E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6276,16 +6278,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 98 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09660448E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09660451E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6303,16 +6305,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 99 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09636185E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09636183E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6330,9 +6332,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 100 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6357,9 +6359,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 101 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6384,9 +6386,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 102 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6411,9 +6413,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 103 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6438,9 +6440,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 104 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6465,9 +6467,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 105 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6492,16 +6494,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 106 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09467294E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09467296E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6519,16 +6521,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 107 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09443304E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09443302E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6546,9 +6548,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 108 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6573,9 +6575,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 109 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6600,16 +6602,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 110 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09371534E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09371538E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6627,16 +6629,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 111 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09347683E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09347681E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6654,9 +6656,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 112 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6681,9 +6683,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 113 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6708,16 +6710,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 114 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09276320E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09276318E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6735,9 +6737,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 115 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6762,9 +6764,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 116 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6789,16 +6791,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 117 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09205260E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09205262E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6816,16 +6818,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 118 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09181642E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09181643E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6843,16 +6845,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 119 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09158053E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09158055E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6870,16 +6872,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 120 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09134504E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09134502E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6897,9 +6899,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 1 - + 1 STRESS PERIOD NO. 4, LENGTH = 10.00000 ------------------------------------------ @@ -6912,7 +6914,7 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09110982E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09110983E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6930,16 +6932,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 2 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09087500E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09087498E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6957,16 +6959,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 3 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09064047E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09064048E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -6984,16 +6986,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 4 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09040627E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09040625E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7011,16 +7013,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 5 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.09017238E-07 * 1_GWF-(1,14,2) + Model 1 1 1.09017240E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7038,16 +7040,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 6 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08993888E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08993884E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7065,9 +7067,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 7 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7092,16 +7094,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 8 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08947278E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08947280E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7119,16 +7121,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 9 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08924022E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08924024E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7146,16 +7148,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 10 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08900801E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08900799E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7167,22 +7169,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87507913E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87507912E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 11 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08877611E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08877609E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7200,16 +7202,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 12 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08854453E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08854454E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7221,22 +7223,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87509508E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87509509E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 13 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08831332E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08831330E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7254,16 +7256,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 14 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08808237E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08808241E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7281,16 +7283,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 15 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08785178E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08785180E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7308,9 +7310,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 16 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7335,9 +7337,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 17 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7362,9 +7364,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 18 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7389,9 +7391,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 19 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7416,9 +7418,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 20 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7443,9 +7445,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 21 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7470,9 +7472,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 22 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7497,9 +7499,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 23 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7524,9 +7526,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 24 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7551,9 +7553,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 25 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7578,9 +7580,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 26 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7605,9 +7607,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 27 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7632,9 +7634,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 28 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7659,9 +7661,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 29 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7686,16 +7688,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 30 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08443158E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08443157E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7713,9 +7715,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 31 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7734,15 +7736,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87524495E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87524496E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 32 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7761,22 +7763,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87525276E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87525275E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 33 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08375614E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08375612E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7794,16 +7796,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 34 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08353165E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08353163E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7821,16 +7823,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 35 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08330743E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08330745E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7848,9 +7850,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 36 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7869,15 +7871,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87528387E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87528388E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 37 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7902,16 +7904,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 38 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08263670E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08263668E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7929,9 +7931,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 39 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7956,16 +7958,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 40 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08219114E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08219112E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -7983,9 +7985,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 41 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8010,16 +8012,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 42 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08174680E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08174678E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8037,9 +8039,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 43 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8064,9 +8066,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 44 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8091,16 +8093,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 45 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08108262E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08108260E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8118,16 +8120,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 46 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08086182E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08086184E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8145,9 +8147,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 47 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8172,16 +8174,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 48 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08042117E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08042119E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8199,16 +8201,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 49 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.08020133E-07 * 1_GWF-(1,14,2) + Model 1 1 1.08020132E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8226,16 +8228,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 50 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07998179E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07998181E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8247,22 +8249,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87539168E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87539169E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 51 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07976255E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07976257E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8280,9 +8282,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 52 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8307,9 +8309,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 53 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8334,9 +8336,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 54 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8361,16 +8363,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 55 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07888866E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07888862E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8388,9 +8390,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 56 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8415,16 +8417,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 57 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07845349E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07845350E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8442,9 +8444,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 58 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8469,9 +8471,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 59 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8496,9 +8498,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 60 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8523,9 +8525,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 61 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8550,16 +8552,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 62 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07737101E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07737099E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8577,16 +8579,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 63 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07715534E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07715536E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8604,16 +8606,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 64 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07694005E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07694003E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8631,16 +8633,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 65 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07672504E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07672502E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8658,16 +8660,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 66 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07651035E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07651033E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8685,9 +8687,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 67 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8712,9 +8714,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 68 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8733,22 +8735,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87552786E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87552785E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 69 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07586802E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07586800E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8766,16 +8768,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 70 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07565448E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07565450E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8787,15 +8789,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87554282E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87554281E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 71 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8820,16 +8822,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 72 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07522837E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07522835E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8847,9 +8849,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 73 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8874,9 +8876,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 74 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8901,16 +8903,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 75 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07459135E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07459131E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8928,16 +8930,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 76 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07437961E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07437959E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -8955,9 +8957,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 77 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8982,16 +8984,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 78 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07395698E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07395696E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9009,16 +9011,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 79 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07374609E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07374611E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9036,9 +9038,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 80 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9063,9 +9065,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 81 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9090,16 +9092,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 82 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07311521E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07311520E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9117,16 +9119,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 83 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07290553E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07290552E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9144,16 +9146,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 84 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07269612E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07269614E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9171,9 +9173,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 85 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9198,16 +9200,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 86 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07227816E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07227818E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9225,9 +9227,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 87 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9246,22 +9248,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87566865E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87566866E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 88 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07186136E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07186132E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9279,16 +9281,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 89 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07165338E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07165336E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9306,16 +9308,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 90 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.07144567E-07 * 1_GWF-(1,14,2) + Model 1 1 1.07144565E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9333,9 +9335,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 91 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9360,9 +9362,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 92 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9387,9 +9389,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 93 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9414,9 +9416,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 94 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9441,9 +9443,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 95 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9468,9 +9470,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 96 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9489,15 +9491,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87573431E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87573432E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 97 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9522,9 +9524,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 98 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9549,16 +9551,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 99 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.06958934E-07 * 1_GWF-(1,14,2) + Model 1 1 1.06958936E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9576,9 +9578,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 100 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9603,9 +9605,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 101 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9630,16 +9632,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 102 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.06897568E-07 * 1_GWF-(1,14,2) + Model 1 1 1.06897570E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9657,9 +9659,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 103 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9684,9 +9686,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 104 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9711,16 +9713,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 105 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.06836451E-07 * 1_GWF-(1,14,2) + Model 1 1 1.06836453E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9738,9 +9740,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 106 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9765,16 +9767,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 107 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.06795847E-07 * 1_GWF-(1,14,2) + Model 1 1 1.06795845E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9792,16 +9794,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 108 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.06775586E-07 * 1_GWF-(1,14,2) + Model 1 1 1.06775587E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9819,16 +9821,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 109 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.06755357E-07 * 1_GWF-(1,14,2) + Model 1 1 1.06755355E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9846,9 +9848,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 110 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9867,22 +9869,22 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87583514E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87583515E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 111 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.06714971E-07 * 1_GWF-(1,14,2) + Model 1 1 1.06714973E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9900,16 +9902,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 112 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.06694824E-07 * 1_GWF-(1,14,2) + Model 1 1 1.06694827E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9927,9 +9929,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 113 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9954,16 +9956,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 114 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.06654609E-07 * 1_GWF-(1,14,2) + Model 1 1 1.06654610E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -9981,16 +9983,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 115 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.06634545E-07 * 1_GWF-(1,14,2) + Model 1 1 1.06634543E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -10002,15 +10004,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.87587077E-07 * 2_GWT-(1,6,1) + Model 1 1 2.87587078E-07 * 2_GWT-(1,6,1) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 116 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -10035,9 +10037,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 117 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -10062,16 +10064,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 118 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.06574509E-07 * 1_GWF-(1,14,2) + Model 1 1 1.06574511E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -10089,16 +10091,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 119 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.06554550E-07 * 1_GWF-(1,14,2) + Model 1 1 1.06554554E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -10116,16 +10118,16 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 120 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.06534623E-07 * 1_GWF-(1,14,2) + Model 1 1 1.06534625E-07 * 1_GWF-(1,14,2) ---------------------------------------------------------------------------------------------------------- @@ -10144,20 +10146,6 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 4 1 TOTAL ITERATIONS - - Solution SLN_1 summary - ---------------------------------------------------------------------- - Total formulate time: 0.27196000000000442E-1 seconds - Total solution time: 0.11970999999999954E-1 seconds - - - - Solution SLN_2 summary - ---------------------------------------------------------------------- - Total formulate time: 0.20716999999999930E-1 seconds - Total solution time: 0.11791999999999636E-1 seconds - - MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES ------------------------------- ALLOCATED @@ -10173,7 +10161,7 @@ END OF MODEL CONNECTIONS ------------------------------- - - Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/06/25 9:22:23 - Elapsed run time: 0.358 Seconds + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/07/02 14:31:18 + Elapsed run time: 2.159 Seconds Normal termination of simulation. diff --git a/src/notebooks/models/transbase/.internal/model_files b/src/notebooks/models/transbase/.internal/model_files new file mode 100644 index 0000000..05c5854 --- /dev/null +++ b/src/notebooks/models/transbase/.internal/model_files @@ -0,0 +1,22 @@ +gwf_transbase.chd +gwf_transbase.dis +gwf_transbase.gwfgwt +gwf_transbase.ic +gwf_transbase.ims +gwf_transbase.nam +gwf_transbase.npf +gwf_transbase.oc +gwf_transbase.sto +gwf_transbase.tdis +gwf_transbase.wel +mfsim.nam +gwt_transbase.adv +gwt_transbase.cnc +gwt_transbase.dis +gwt_transbase.dsp +gwt_transbase.ic +gwt_transbase.ims +gwt_transbase.mst +gwt_transbase.nam +gwt_transbase.oc +gwt_transbase.ssm \ No newline at end of file diff --git a/src/notebooks/models/transbase/.~gwt_transbase.cnc b/src/notebooks/models/transbase/.~gwt_transbase.cnc new file mode 100644 index 0000000..8cf2e2c --- /dev/null +++ b/src/notebooks/models/transbase/.~gwt_transbase.cnc @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 2 +END dimensions + +BEGIN period 1 + 1 6 2 5.00000000 + 1 7 2 5.00000000 +END period 1 + diff --git a/src/notebooks/models/transbase/fort.1000 b/src/notebooks/models/transbase/fort.1000 new file mode 100644 index 0000000..9362e24 --- /dev/null +++ b/src/notebooks/models/transbase/fort.1000 @@ -0,0 +1,7 @@ + +ERROR REPORT: + + 1. Could not open "mfsim.lst" on unit 1000. Specified file status REPLACE. + Specified file format FORMATTED. Specified file access SEQUENTIAL. + Specified file action READWRITE. IOSTAT error number 30. STOP EXECUTION + in subroutine openfile(). diff --git a/src/notebooks/models/transbase/fort.2067947217 b/src/notebooks/models/transbase/fort.2067947217 new file mode 100644 index 0000000..10e53c4 Binary files /dev/null and b/src/notebooks/models/transbase/fort.2067947217 differ diff --git a/src/notebooks/models/transbase/gwf_transbase.bud b/src/notebooks/models/transbase/gwf_transbase.bud new file mode 100644 index 0000000..e69de29 diff --git a/src/notebooks/models/transbase/gwf_transbase.chd b/src/notebooks/models/transbase/gwf_transbase.chd new file mode 100644 index 0000000..6cae64d --- /dev/null +++ b/src/notebooks/models/transbase/gwf_transbase.chd @@ -0,0 +1,58 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + auxiliary CONCENTRATION +END options + +BEGIN dimensions + MAXBOUND 29 +END dimensions + +BEGIN period 1 + 1 1 1 1.00000000E+01 0.00000000E+01 + 1 2 1 1.00000000E+01 0.00000000E+01 + 1 3 1 1.00000000E+01 0.00000000E+01 + 1 4 1 1.00000000E+01 0.00000000E+01 + 1 5 1 1.00000000E+01 0.00000000E+01 + 1 6 1 1.00000000E+01 0.00000000E+01 + 1 7 1 1.00000000E+01 0.00000000E+01 + 1 8 1 1.00000000E+01 0.00000000E+01 + 1 9 1 1.00000000E+01 0.00000000E+01 + 1 10 1 1.00000000E+01 0.00000000E+01 + 1 11 1 1.00000000E+01 0.00000000E+01 + 1 12 1 1.00000000E+01 0.00000000E+01 + 1 13 1 1.00000000E+01 0.00000000E+01 + 1 14 1 1.00000000E+01 0.00000000E+01 + 1 15 1 1.00000000E+01 0.00000000E+01 + 1 75 10 0.95000000E+01 0.00000000E+01 + 1 140 10 0.95000000E+01 0.00000000E+01 + 1 130 10 0.95000000E+01 0.00000000E+01 + 1 120 10 0.95000000E+01 0.00000000E+01 + 1 100 10 0.95000000E+01 0.00000000E+01 + 1 110 10 0.95000000E+01 0.00000000E+01 + 1 90 10 0.95000000E+01 0.00000000E+01 + 1 80 10 0.95000000E+01 0.00000000E+01 + 1 70 10 0.95000000E+01 0.00000000E+01 + 1 60 10 0.95000000E+01 0.00000000E+01 + 1 50 10 0.95000000E+01 0.00000000E+01 + 1 40 10 0.95000000E+01 0.00000000E+01 + 1 30 10 0.95000000E+01 0.00000000E+01 + 1 20 10 0.95000000E+01 0.00000000E+01 + 1 10 10 0.95000000E+01 0.00000000E+01 + 1 150 10 0.95000000E+01 0.00000000E+01 + 1 140 10 0.95000000E+01 0.00000000E+01 + 1 130 10 0.95000000E+01 0.00000000E+01 + 1 120 10 0.95000000E+01 0.00000000E+01 + 1 100 10 0.95000000E+01 0.00000000E+01 + 1 110 10 0.95000000E+01 0.00000000E+01 + 1 90 10 0.95000000E+01 0.00000000E+01 + 1 80 10 0.95000000E+01 0.00000000E+01 + 1 70 10 0.95000000E+01 0.00000000E+01 + 1 60 10 0.95000000E+01 0.00000000E+01 + 1 50 10 0.95000000E+01 0.00000000E+01 + 1 40 10 0.95000000E+01 0.00000000E+01 + 1 30 10 0.95000000E+01 0.00000000E+01 + 1 20 10 0.95000000E+01 0.00000000E+01 + 1 10 10 0.95000000E+01 0.00000000E+01 + +END period 1 + diff --git a/src/notebooks/models/transbase/gwf_transbase.dis b/src/notebooks/models/transbase/gwf_transbase.dis new file mode 100644 index 0000000..a0b6fed --- /dev/null +++ b/src/notebooks/models/transbase/gwf_transbase.dis @@ -0,0 +1,24 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + LENGTH_UNITS meters +END options + +BEGIN dimensions + NLAY 3 + NROW 15 + NCOL 10 +END dimensions + +BEGIN griddata + delr + CONSTANT 100.00000000 + delc + CONSTANT 100.00000000 + top + CONSTANT 15.00000000 + botm LAYERED + CONSTANT -5.00000000 + CONSTANT -10.00000000 + CONSTANT -15.00000000 +END griddata + diff --git a/src/notebooks/models/transbase/gwf_transbase.dis.grb b/src/notebooks/models/transbase/gwf_transbase.dis.grb new file mode 100644 index 0000000..f35c6fc Binary files /dev/null and b/src/notebooks/models/transbase/gwf_transbase.dis.grb differ diff --git a/src/notebooks/models/transbase/gwf_transbase.hds b/src/notebooks/models/transbase/gwf_transbase.hds new file mode 100644 index 0000000..e69de29 diff --git a/src/notebooks/models/transbase/gwf_transbase.ic b/src/notebooks/models/transbase/gwf_transbase.ic new file mode 100644 index 0000000..77b7efa --- /dev/null +++ b/src/notebooks/models/transbase/gwf_transbase.ic @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options +END options + +BEGIN griddata + strt + CONSTANT 10.00000000 +END griddata + diff --git a/src/notebooks/models/transbase/gwf_transbase.ims b/src/notebooks/models/transbase/gwf_transbase.ims new file mode 100644 index 0000000..69dc371 --- /dev/null +++ b/src/notebooks/models/transbase/gwf_transbase.ims @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 0.01000000 + OUTER_MAXIMUM 50 + UNDER_RELAXATION dbd +END nonlinear + +BEGIN linear + INNER_MAXIMUM 100 + INNER_DVCLOSE 0.01000000 + LINEAR_ACCELERATION bicgstab + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/src/notebooks/models/transbase/gwf_transbase.lst b/src/notebooks/models/transbase/gwf_transbase.lst new file mode 100644 index 0000000..c474aef --- /dev/null +++ b/src/notebooks/models/transbase/gwf_transbase.lst @@ -0,0 +1,211 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + GROUNDWATER FLOW MODEL (GWF) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWF_TRANSBASE/DIS + + + NPF -- NODE PROPERTY FLOW PACKAGE, VERSION 1, 3/30/2015 INPUT READ FROM MEMPATH: __INPUT__/GWF_TRANSBASE/NPF + + + IC -- Initial Conditions Package, Version 8, 3/28/2015 input read from mempath: __INPUT__/GWF_TRANSBASE/IC + + + Setting Discretization Options + Model length unit [0=UND, 1=FEET, 2=METERS, 3=CENTIMETERS] set as 2 + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 3 + NROW = 15 + NCOL = 10 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + Setting NPF Options + Cell-by-cell flow information will be saved to binary file whenever ICBCFL is not zero. + Specific discharge will be calculated at cell centers and written to DATA-SPDIS in budget file when requested. + End Setting NPF Options + + Setting NPF Griddata + ICELLTYPE set from input file + K set from input file + K33 set from input file + K22 not provided. Setting K22 = K. + End Setting NPF Griddata + + + WEL -- WEL PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_TRANSBASE/WEL-1 + + PROCESSING WEL BASE OPTIONS + END OF WEL BASE OPTIONS + + PROCESSING WEL OPTIONS + END OF WEL OPTIONS + + PROCESSING WEL BASE DIMENSIONS + MAXBOUND = 3 + END OF WEL BASE DIMENSIONS + + CHD -- CHD PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_TRANSBASE/CHD-1 + + PROCESSING CHD BASE OPTIONS + END OF CHD BASE OPTIONS + + PROCESSING CHD BASE DIMENSIONS + MAXBOUND = 29 + END OF CHD BASE DIMENSIONS + STRT set from input file + + STO -- STORAGE PACKAGE, VERSION 1, 5/19/2014 INPUT READ FROM MEMPATH: __INPUT__/GWF_TRANSBASE/STO + + + PROCESSING STORAGE OPTIONS + CELL-BY-CELL FLOW INFORMATION WILL BE SAVED TO BINARY FILE WHENEVER ICBCFL IS NOT ZERO. + END OF STORAGE OPTIONS + BINARY GRID INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1025 + FILE NAME: gwf_transbase.dis.grb + + OPENED gwf_transbase.dis.grb + FILE TYPE:DATA(BINARY) UNIT 1025 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1026 + FILE NAME: gwf_transbase.bud + + OPENED gwf_transbase.bud + FILE TYPE:DATA(BINARY) UNIT 1026 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + HEAD INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1027 + FILE NAME: gwf_transbase.hds + + OPENED gwf_transbase.hds + FILE TYPE:DATA(BINARY) UNIT 1027 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS + +start timestep kper="1" kstp="1" mode="normal" + + + BEGIN READING OUTPUT CONTROL FOR STRESS PERIOD 1 + ALL TIME STEPS WILL BE SAVED + ALL TIME STEPS WILL BE SAVED + + END READING OUTPUT CONTROL FOR STRESS PERIOD 1 + + + PROCESSING STORAGE PERIOD DATA + END PROCESSING STORAGE PERIOD DATA + + + STRESS PERIOD 1 IS STEADY-STATE + diff --git a/src/notebooks/models/transbase/gwf_transbase.nam b/src/notebooks/models/transbase/gwf_transbase.nam new file mode 100644 index 0000000..b09659a --- /dev/null +++ b/src/notebooks/models/transbase/gwf_transbase.nam @@ -0,0 +1,15 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwf_transbase.dis dis + IC6 gwf_transbase.ic ic + NPF6 gwf_transbase.npf npf + STO6 gwf_transbase.sto sto + WEL6 gwf_transbase.wel wel-1 + CHD6 gwf_transbase.chd chd-1 + OC6 gwf_transbase.oc oc +END packages + diff --git a/src/notebooks/models/transbase/gwf_transbase.npf b/src/notebooks/models/transbase/gwf_transbase.npf new file mode 100644 index 0000000..4095ccb --- /dev/null +++ b/src/notebooks/models/transbase/gwf_transbase.npf @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + SAVE_FLOWS + SAVE_SPECIFIC_DISCHARGE +END options + +BEGIN griddata + icelltype + CONSTANT 0 + k LAYERED + CONSTANT 0.50000000 + CONSTANT 0.010000000 + CONSTANT 0.50000000 + k33 LAYERED + CONSTANT 0.10000000 + CONSTANT 0.02000000 + CONSTANT 0.30000000 +END griddata + diff --git a/src/notebooks/models/transbase/gwf_transbase.oc b/src/notebooks/models/transbase/gwf_transbase.oc new file mode 100644 index 0000000..d494c70 --- /dev/null +++ b/src/notebooks/models/transbase/gwf_transbase.oc @@ -0,0 +1,11 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + BUDGET FILEOUT gwf_transbase.bud + HEAD FILEOUT gwf_transbase.hds +END options + +BEGIN period 1 + SAVE BUDGET ALL + SAVE HEAD ALL +END period 1 + diff --git a/src/notebooks/models/transbase/gwf_transbase.sto b/src/notebooks/models/transbase/gwf_transbase.sto new file mode 100644 index 0000000..20940a6 --- /dev/null +++ b/src/notebooks/models/transbase/gwf_transbase.sto @@ -0,0 +1,120 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + SAVE_FLOWS +END options + +BEGIN griddata + iconvert + CONSTANT 1 + ss + INTERNAL FACTOR 1.0 IPRN 1 + 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 + 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 + 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 + 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 + 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 + 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 1.00000000E-06 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b/src/notebooks/models/transbase/gwf_transbase.wel new file mode 100644 index 0000000..081f72a --- /dev/null +++ b/src/notebooks/models/transbase/gwf_transbase.wel @@ -0,0 +1,27 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + auxiliary CONCENTRATION +END options + +BEGIN dimensions + MAXBOUND 3 +END dimensions + +BEGIN period 2 + 1 5 5 -5.00000000E-02 0 + 1 7 5 -5.00000000E-02 0 + 1 9 5 -5.00000000E-02 0 +END period 2 + +BEGIN period 3 + 1 5 5 -5.00000000E-02 0 + 1 7 5 -5.00000000E-01 0 + 1 9 5 -5.00000000E-01 0 +END period 3 + +BEGIN period 4 + 1 5 5 -5.00000000E-02 0 + 1 7 5 -5.00000000E-02 0 + 1 9 5 -5.00000000E-02 0 +END period 4 + diff --git a/src/notebooks/models/transbase/gwt_transbase.adv b/src/notebooks/models/transbase/gwt_transbase.adv new file mode 100644 index 0000000..b7eb203 --- /dev/null +++ b/src/notebooks/models/transbase/gwt_transbase.adv @@ -0,0 +1,5 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + SCHEME upstream +END options + diff --git a/src/notebooks/models/transbase/gwt_transbase.cbc b/src/notebooks/models/transbase/gwt_transbase.cbc new file mode 100644 index 0000000..e69de29 diff --git a/src/notebooks/models/transbase/gwt_transbase.cnc b/src/notebooks/models/transbase/gwt_transbase.cnc new file mode 100644 index 0000000..8cf2e2c --- /dev/null +++ b/src/notebooks/models/transbase/gwt_transbase.cnc @@ -0,0 +1,13 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options +END options + +BEGIN dimensions + MAXBOUND 2 +END dimensions + +BEGIN period 1 + 1 6 2 5.00000000 + 1 7 2 5.00000000 +END period 1 + diff --git a/src/notebooks/models/transbase/gwt_transbase.dis b/src/notebooks/models/transbase/gwt_transbase.dis new file mode 100644 index 0000000..a0b6fed --- /dev/null +++ b/src/notebooks/models/transbase/gwt_transbase.dis @@ -0,0 +1,24 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + LENGTH_UNITS meters +END options + +BEGIN dimensions + NLAY 3 + NROW 15 + NCOL 10 +END dimensions + +BEGIN griddata + delr + CONSTANT 100.00000000 + delc + CONSTANT 100.00000000 + top + CONSTANT 15.00000000 + botm LAYERED + CONSTANT -5.00000000 + CONSTANT -10.00000000 + CONSTANT -15.00000000 +END griddata + diff --git a/src/notebooks/models/transbase/gwt_transbase.dsp b/src/notebooks/models/transbase/gwt_transbase.dsp new file mode 100644 index 0000000..e4401a5 --- /dev/null +++ b/src/notebooks/models/transbase/gwt_transbase.dsp @@ -0,0 +1,12 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + XT3D_OFF +END options + +BEGIN griddata + alh + CONSTANT 1.00000000 + ath1 + CONSTANT 1.00000000 +END griddata + diff --git a/src/notebooks/models/transbase/gwt_transbase.ic b/src/notebooks/models/transbase/gwt_transbase.ic new file mode 100644 index 0000000..3ef4315 --- /dev/null +++ b/src/notebooks/models/transbase/gwt_transbase.ic @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options +END options + +BEGIN griddata + strt + CONSTANT 1.00000000 +END griddata + diff --git a/src/notebooks/models/transbase/gwt_transbase.ims b/src/notebooks/models/transbase/gwt_transbase.ims new file mode 100644 index 0000000..69dc371 --- /dev/null +++ b/src/notebooks/models/transbase/gwt_transbase.ims @@ -0,0 +1,19 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + PRINT_OPTION summary +END options + +BEGIN nonlinear + OUTER_DVCLOSE 0.01000000 + OUTER_MAXIMUM 50 + UNDER_RELAXATION dbd +END nonlinear + +BEGIN linear + INNER_MAXIMUM 100 + INNER_DVCLOSE 0.01000000 + LINEAR_ACCELERATION bicgstab + SCALING_METHOD none + REORDERING_METHOD none +END linear + diff --git a/src/notebooks/models/transbase/gwt_transbase.lst b/src/notebooks/models/transbase/gwt_transbase.lst new file mode 100644 index 0000000..c34facb --- /dev/null +++ b/src/notebooks/models/transbase/gwt_transbase.lst @@ -0,0 +1,196 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + TRANSPORT MODEL (GWT) + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + NAMEFILE OPTIONS: + FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL + END NAMEFILE OPTIONS: + + DIS -- STRUCTURED GRID DISCRETIZATION PACKAGE, VERSION 2 : 3/27/2014 - INPUT READ FROM MEMPATH: __INPUT__/GWT_TRANSBASE/DIS + + + DSP-- DISPERSION PACKAGE, VERSION 1, 1/24/2018 INPUT READ FROM MEMPATH: __INPUT__/GWT_TRANSBASE/DSP + + + Setting Discretization Options + Model length unit [0=UND, 1=FEET, 2=METERS, 3=CENTIMETERS] set as 2 + End Setting Discretization Options + + Setting Discretization Dimensions + NLAY = 3 + NROW = 15 + NCOL = 10 + End Setting Discretization Dimensions + + Setting Discretization Griddata + DELR set from input file + DELC set from input file + TOP set from input file + BOTM set from input file + End Setting Discretization Griddata + + + FMI -- FLOW MODEL INTERFACE,' VERSION 2, 8/17/2023 + FLOWS PROVIDED BY A GWF MODEL IN THIS SIMULATION + + ADV-- ADVECTION PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1015 + + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + PROCESSING ADVECTION OPTIONS + ADVECTION WEIGHTING SCHEME HAS BEEN SET TO: UPSTREAM + END OF ADVECTION OPTIONS + Setting DSP Options + XT3D formulation [0=INACTIVE, 1=ACTIVE, 3=ACTIVE RHS] set to: 0 + End Setting DSP Options + + Setting DSP Griddata + ALH set from input file + ATH1 set from input file + End Setting DSP Griddata + + + CNC -- CNC PACKAGE, VERSION 8, 2/22/2014 INPUT READ FROM MEMPATH: __INPUT__/GWT_TRANSBASE/CNC_0 + + PROCESSING CNC BASE OPTIONS + END OF CNC BASE OPTIONS + + PROCESSING CNC BASE DIMENSIONS + MAXBOUND = 2 + END OF CNC BASE DIMENSIONS + STRT set from input file + + MST -- MOBILE STORAGE AND TRANSFER PACKAGE, VERSION 1, 7/29/2020 INPUT READ FROM UNIT 1014 + + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + PROCESSING MOBILE STORAGE AND TRANSFER OPTIONS + END OF MOBILE STORAGE AND TRANSFER OPTIONS + PROCESSING GRIDDATA + + MOBILE DOMAIN POROSITY = 0.3500000 + END PROCESSING GRIDDATA + + SSM -- SOURCE-SINK MIXING PACKAGE, VERSION 1, 8/25/2017 INPUT READ FROM UNIT 1017 + + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + PROCESSING SSM OPTIONS + END OF SSM OPTIONS + PROCESSING SOURCES + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE CHD-1 + AUX SOURCE DETECTED. + USING AUX COLUMN 1 IN PACKAGE WEL-1 + END PROCESSING SOURCES + OPTIONAL FILEINPUT BLOCK NOT FOUND. CONTINUING. + THE LAST TIME STEP WILL BE PRINTED + THE LAST TIME STEP WILL BE PRINTED + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + PROCESSING OC OPTIONS + + BUDGET INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1028 + FILE NAME: gwt_transbase.cbc + + OPENED gwt_transbase.cbc + FILE TYPE:DATA(BINARY) UNIT 1028 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + CONCENTRATION INFORMATION WILL BE WRITTEN TO: + UNIT NUMBER: 1029 + FILE NAME: gwt_transbase.ucn + + OPENED gwt_transbase.ucn + FILE TYPE:DATA(BINARY) UNIT 1029 STATUS:REPLACE + FORMAT:UNFORMATTED ACCESS:STREAM + ACTION:READWRITE + + END OF OC OPTIONS diff --git a/src/notebooks/models/transbase/gwt_transbase.mst b/src/notebooks/models/transbase/gwt_transbase.mst new file mode 100644 index 0000000..308feef --- /dev/null +++ b/src/notebooks/models/transbase/gwt_transbase.mst @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options +END options + +BEGIN griddata + porosity + CONSTANT 0.35000000 +END griddata + diff --git a/src/notebooks/models/transbase/gwt_transbase.nam b/src/notebooks/models/transbase/gwt_transbase.nam new file mode 100644 index 0000000..24c5cdc --- /dev/null +++ b/src/notebooks/models/transbase/gwt_transbase.nam @@ -0,0 +1,16 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + SAVE_FLOWS +END options + +BEGIN packages + DIS6 gwt_transbase.dis dis + IC6 gwt_transbase.ic ic + ADV6 gwt_transbase.adv adv + DSP6 gwt_transbase.dsp dsp + MST6 gwt_transbase.mst mst + SSM6 gwt_transbase.ssm ssm + CNC6 gwt_transbase.cnc cnc_0 + OC6 gwt_transbase.oc oc +END packages + diff --git a/src/notebooks/models/transbase/gwt_transbase.oc b/src/notebooks/models/transbase/gwt_transbase.oc new file mode 100644 index 0000000..8194404 --- /dev/null +++ b/src/notebooks/models/transbase/gwt_transbase.oc @@ -0,0 +1,14 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options + BUDGET FILEOUT gwt_transbase.cbc + CONCENTRATION FILEOUT gwt_transbase.ucn + CONCENTRATION PRINT_FORMAT COLUMNS 10 WIDTH 15 DIGITS 6 GENERAL +END options + +BEGIN period 1 + SAVE CONCENTRATION ALL + SAVE BUDGET ALL + PRINT CONCENTRATION ALL + PRINT BUDGET ALL +END period 1 + diff --git a/src/notebooks/models/transbase/gwt_transbase.ssm b/src/notebooks/models/transbase/gwt_transbase.ssm new file mode 100644 index 0000000..e223a4f --- /dev/null +++ b/src/notebooks/models/transbase/gwt_transbase.ssm @@ -0,0 +1,9 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options +END options + +BEGIN sources + CHD-1 AUX CONCENTRATION + WEL-1 AUX CONCENTRATION +END sources + diff --git a/src/notebooks/models/transbase/gwt_transbase.ucn b/src/notebooks/models/transbase/gwt_transbase.ucn new file mode 100644 index 0000000..e69de29 diff --git a/src/notebooks/models/transbase/mfsim.lst b/src/notebooks/models/transbase/mfsim.lst new file mode 100644 index 0000000..b5407cd --- /dev/null +++ b/src/notebooks/models/transbase/mfsim.lst @@ -0,0 +1,448 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + +As a work of the United States Government, this USGS product is +in the public domain within the United States. You can copy, +modify, distribute, and perform the work, even for commercial +purposes, all without asking permission. Additionally, USGS +waives copyright and related rights in the work worldwide +through CC0 1.0 Universal Public Domain Dedication +(https://creativecommons.org/publicdomain/zero/1.0/). + +The following GNU Lesser General Public License (LGPL) libraries +are used in this USGS product: + + SPARSKIT version 2.0 + ilut, luson, and qsplit + (https://www-users.cse.umn.edu/~saad/software/SPARSKIT/) + + RCM - Reverse Cuthill McKee Ordering + (https://people.math.sc.edu/Burkardt/f_src/rcm/rcm.html) + + BLAS - Basic Linear Algebra Subprograms Level 1 + (https://people.math.sc.edu/Burkardt/f_src/blas1_d/blas1_d.html) + + SPARSEKIT - Sparse Matrix Utility Package + amux, dperm, dvperm, rperm, and cperm + (https://people.sc.fsu.edu/~jburkardt/f77_src/sparsekit/sparsekit.html) + +The following BSD-3 License libraries are used in this USGS product: + + Modern Fortran DAG Library + Copyright (c) 2018, Jacob Williams + All rights reserved. + (https://github.com/jacobwilliams/daglib) + +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c + +System command used to initiate simulation: +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe + +MODFLOW was compiled using uniform precision. + +Real Variables + KIND: 8 + TINY (smallest non-zero value): 2.225074-308 + HUGE (largest value): 1.797693+308 + PRECISION: 15 + SIZE IN BITS: 64 + +Integer Variables + KIND: 4 + HUGE (largest value): 2147483647 + SIZE IN BITS: 32 + +Long Integer Variables + KIND: 8 + HUGE (largest value): 9223372036854775807 + SIZE IN BITS: 64 + +Logical Variables + KIND: 4 + SIZE IN BITS: 32 + + + OPENED mfsim.nam + FILE TYPE:NAM6 UNIT 1001 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + OPENED gwf_transbase.tdis + FILE TYPE:TDIS6 UNIT 1002 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + OPENED gwf_transbase.nam + FILE TYPE:GWF6 UNIT 1003 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + OPENED gwf_transbase.dis + FILE TYPE:DIS6 UNIT 1004 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + OPENED gwf_transbase.npf + FILE TYPE:NPF6 UNIT 1005 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + OPENED gwf_transbase.sto + FILE TYPE:STO6 UNIT 1006 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + OPENED gwf_transbase.ic + FILE TYPE:IC6 UNIT 1007 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + OPENED gwf_transbase.oc + FILE TYPE:OC6 UNIT 1008 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwf_transbase.wel + FILE TYPE:WEL6 UNIT 1009 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwf_transbase.chd + FILE TYPE:CHD6 UNIT 1010 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + AUXILIARY VARIABLE: CONCENTRATION + + OPENED gwt_transbase.nam + FILE TYPE:GWT6 UNIT 1011 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + OPENED gwt_transbase.dis + FILE TYPE:DIS6 UNIT 1012 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + OPENED gwt_transbase.ic + FILE TYPE:IC6 UNIT 1013 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + OPENED gwt_transbase.mst + FILE TYPE:MST6 UNIT 1014 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_transbase.adv + FILE TYPE:ADV6 UNIT 1015 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_transbase.dsp + FILE TYPE:DSP6 UNIT 1016 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + OPENED gwt_transbase.ssm + FILE TYPE:SSM6 UNIT 1017 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_transbase.oc + FILE TYPE:OC6 UNIT 1018 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + OPENED gwt_transbase.cnc + FILE TYPE:CNC6 UNIT 1019 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + OPENED transbase.gwfgwt + FILE TYPE:GWF6-GWT6 UNIT 1020 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + READING SIMULATION OPTIONS + MAXIMUM NUMBER OF ERRORS THAT WILL BE STORED IS 1000 + END OF SIMULATION OPTIONS + + READING SIMULATION TIMING + + TDIS -- TEMPORAL DISCRETIZATION PACKAGE, + VERSION 1 : 11/13/2014 - INPUT READ FROM MEMPATH: __INPUT__/SIM/TDIS + PROCESSING TDIS OPTIONS + SIMULATION TIME UNIT IS DAYS + END OF TDIS OPTIONS + PROCESSING TDIS DIMENSIONS + 4 STRESS PERIOD(S) IN SIMULATION + END OF TDIS DIMENSIONS + PROCESSING TDIS PERIODDATA + + + STRESS PERIOD LENGTH TIME STEPS MULTIPLIER FOR DELT + ---------------------------------------------------------------------------- + 1 1.000000 1 1.000 + 2 50.00000 150 1.000 + 3 50.00000 150 1.000 + 4 50.00000 150 1.000 + END OF TDIS PERIODDATA + END OF SIMULATION TIMING + + READING SIMULATION MODELS + GWF6 model 1 will be created + GWT6 model 2 will be created + END OF SIMULATION MODELS + + READING SIMULATION EXCHANGES + GWF6-GWT6 exchange 1 will be created to connect model 1 with model 2 + END OF SIMULATION EXCHANGES + + READING SOLUTIONGROUP + + Creating solution: SLN_1 + + OPENED gwf_transbase.ims + FILE TYPE:IMS UNIT 1023 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + + Creating solution: SLN_2 + + OPENED gwt_transbase.ims + FILE TYPE:IMS UNIT 1024 STATUS:OLD + FORMAT:FORMATTED ACCESS:SEQUENTIAL + ACTION:READ + + END OF SOLUTIONGROUP + +PROCESSING MODEL CONNECTIONS +END OF MODEL CONNECTIONS + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1023 + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + **UNDER-RELAXATION WILL BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-01 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 50 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 3 + LINEAR SOLUTION METHOD (LINMETH) = 1 + UNDER-RELAXATION WEIGHT REDUCTION FACTOR (THETA) = 0.100000E+01 + UNDER-RELAXATION WEIGHT INCREASE INCREMENT (KAPPA) = 0.000000E+00 + UNDER-RELAXATION PREVIOUS HISTORY FACTOR (GAMMA) = 0.100000E+01 + UNDER-RELAXATION MOMENTUM TERM (AMOMENTUM) = 0.000000E+00 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 50 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 100 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-01 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + IMS -- ITERATIVE MODEL SOLUTION PACKAGE, VERSION 6, 4/28/2017 + INPUT READ FROM UNIT 1024 + # File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. + + PROCESSING IMS OPTIONS + END OF IMS OPTIONS + + PROCESSING IMS NONLINEAR + END OF IMS NONLINEAR DATA + **UNDER-RELAXATION WILL BE USED*** + + + PROCESSING LINEAR DATA + END OF LINEAR DATA + ***IMS LINEAR SOLVER WILL BE USED*** + + IMSLINEAR -- UNSTRUCTURED LINEAR SOLUTION PACKAGE, VERSION 8, 04/28/2017 + An asymmetric matrix will be solved + + OUTER ITERATION CONVERGENCE CRITERION (DVCLOSE) = 0.100000E-01 + MAXIMUM NUMBER OF OUTER ITERATIONS (MXITER) = 50 + SOLVER PRINTOUT INDEX (IPRIMS) = 1 + NONLINEAR ITERATION METHOD (NONLINMETH) = 3 + LINEAR SOLUTION METHOD (LINMETH) = 1 + UNDER-RELAXATION WEIGHT REDUCTION FACTOR (THETA) = 0.100000E+01 + UNDER-RELAXATION WEIGHT INCREASE INCREMENT (KAPPA) = 0.000000E+00 + UNDER-RELAXATION PREVIOUS HISTORY FACTOR (GAMMA) = 0.100000E+01 + UNDER-RELAXATION MOMENTUM TERM (AMOMENTUM) = 0.000000E+00 + + SOLUTION BY THE BICONJUGATE-GRADIENT STABILIZED METHOD + ------------------------------------------------------------------ + MAXIMUM OF 50 CALLS OF SOLUTION ROUTINE + MAXIMUM OF 100 INTERNAL ITERATIONS PER CALL TO SOLUTION ROUTINE + LINEAR ACCELERATION METHOD = BCGS + MATRIX PRECONDITIONING TYPE = INCOMPLETE LU + MATRIX SCALING APPROACH = NO SCALING + MATRIX REORDERING APPROACH = ORIGINAL ORDERING + NUMBER OF ORTHOGONALIZATIONS = 0 + HEAD CHANGE CRITERION FOR CLOSURE = 0.10000E-01 + RESIDUAL CHANGE CRITERION FOR CLOSURE = 0.10000E+00 + RESIDUAL CONVERGENCE OPTION = 0 + RESIDUAL CONVERGENCE NORM = INFINITY NORM + RELAXATION FACTOR = 0.00000E+00 + + + + + Solving: Stress period: 1 Time step: 1 + +1 + STRESS PERIOD NO. 1, LENGTH = 1.000000 + ------------------------------------------ + NUMBER OF TIME STEPS = 1 + MULTIPLIER FOR DELT = 1.000 + +ERROR REPORT: + + 1. List entry 16 contains cellid (1,75,10) but this cellid is invalid for + model with shape (3,15,10) + 2. List entry 17 contains cellid (1,140,10) but this cellid is invalid for + model with shape (3,15,10) + 3. List entry 18 contains cellid (1,130,10) but this cellid is invalid for + model with shape (3,15,10) + 4. List entry 19 contains cellid (1,120,10) but this cellid is invalid for + model with shape (3,15,10) + 5. List entry 20 contains cellid (1,100,10) but this cellid is invalid for + model with shape (3,15,10) + 6. List entry 21 contains cellid (1,110,10) but this cellid is invalid for + model with shape (3,15,10) + 7. List entry 22 contains cellid (1,90,10) but this cellid is invalid for + model with shape (3,15,10) + 8. List entry 23 contains cellid (1,80,10) but this cellid is invalid for + model with shape (3,15,10) + 9. List entry 24 contains cellid (1,70,10) but this cellid is invalid for + model with shape (3,15,10) + 10. List entry 25 contains cellid (1,60,10) but this cellid is invalid for + model with shape (3,15,10) + 11. List entry 26 contains cellid (1,50,10) but this cellid is invalid for + model with shape (3,15,10) + 12. List entry 27 contains cellid (1,40,10) but this cellid is invalid for + model with shape (3,15,10) + 13. List entry 28 contains cellid (1,30,10) but this cellid is invalid for + model with shape (3,15,10) + 14. List entry 29 contains cellid (1,20,10) but this cellid is invalid for + model with shape (3,15,10) + 15. List entry 31 contains cellid (1,150,10) but this cellid is invalid for + model with shape (3,15,10) + 16. List entry 32 contains cellid (1,140,10) but this cellid is invalid for + model with shape (3,15,10) + 17. List entry 33 contains cellid (1,130,10) but this cellid is invalid for + model with shape (3,15,10) + 18. List entry 34 contains cellid (1,120,10) but this cellid is invalid for + model with shape (3,15,10) + 19. List entry 35 contains cellid (1,100,10) but this cellid is invalid for + model with shape (3,15,10) + 20. List entry 36 contains cellid (1,110,10) but this cellid is invalid for + model with shape (3,15,10) + 21. List entry 37 contains cellid (1,90,10) but this cellid is invalid for + model with shape (3,15,10) + 22. List entry 38 contains cellid (1,80,10) but this cellid is invalid for + model with shape (3,15,10) + 23. List entry 39 contains cellid (1,70,10) but this cellid is invalid for + model with shape (3,15,10) + 24. List entry 40 contains cellid (1,60,10) but this cellid is invalid for + model with shape (3,15,10) + 25. List entry 41 contains cellid (1,50,10) but this cellid is invalid for + model with shape (3,15,10) + 26. List entry 42 contains cellid (1,40,10) but this cellid is invalid for + model with shape (3,15,10) + 27. List entry 43 contains cellid (1,30,10) but this cellid is invalid for + model with shape (3,15,10) + 28. List entry 44 contains cellid (1,20,10) but this cellid is invalid for + model with shape (3,15,10) + 29. 28 errors encountered. + +UNIT ERROR REPORT: + + 1. ERROR OCCURRED WHILE READING FILE 'gwf_transbase.chd' diff --git a/src/notebooks/models/transbase/mfsim.nam b/src/notebooks/models/transbase/mfsim.nam new file mode 100644 index 0000000..b3d9890 --- /dev/null +++ b/src/notebooks/models/transbase/mfsim.nam @@ -0,0 +1,22 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. +BEGIN options +END options + +BEGIN timing + TDIS6 gwf_transbase.tdis +END timing + +BEGIN models + gwf6 gwf_transbase.nam gwf_transbase + gwt6 gwt_transbase.nam gwt_transbase +END models + +BEGIN exchanges + GWF6-GWT6 transbase.gwfgwt gwf_transbase gwt_transbase +END exchanges + +BEGIN solutiongroup 1 + ims6 gwf_transbase.ims gwf_transbase + ims6 gwt_transbase.ims gwt_transbase +END solutiongroup 1 + diff --git a/src/notebooks/models/transbase/mfsim.stdout b/src/notebooks/models/transbase/mfsim.stdout new file mode 100644 index 0000000..174aa9c --- /dev/null +++ b/src/notebooks/models/transbase/mfsim.stdout @@ -0,0 +1,485 @@ + MODFLOW 6 + U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. + + + MODFLOW runs in SEQUENTIAL mode + + Run start date and time (yyyy/mm/dd hh:mm:ss): 2025/07/01 19:51:00 + + Writing simulation list file: mfsim.lst + Using Simulation name file: mfsim.nam + + Solving: Stress period: 1 Time step: 1 + Solving: Stress period: 2 Time step: 1 + Solving: Stress period: 2 Time step: 2 + Solving: Stress period: 2 Time step: 3 + Solving: Stress period: 2 Time step: 4 + Solving: Stress period: 2 Time step: 5 + Solving: Stress period: 2 Time step: 6 + Solving: Stress period: 2 Time step: 7 + Solving: Stress period: 2 Time step: 8 + Solving: Stress period: 2 Time step: 9 + Solving: Stress period: 2 Time step: 10 + Solving: Stress period: 2 Time step: 11 + Solving: Stress period: 2 Time step: 12 + Solving: Stress period: 2 Time step: 13 + Solving: Stress period: 2 Time step: 14 + Solving: Stress period: 2 Time step: 15 + Solving: Stress period: 2 Time step: 16 + Solving: Stress period: 2 Time step: 17 + Solving: Stress period: 2 Time step: 18 + Solving: Stress period: 2 Time step: 19 + Solving: Stress period: 2 Time step: 20 + Solving: Stress period: 2 Time step: 21 + Solving: Stress period: 2 Time step: 22 + Solving: Stress period: 2 Time step: 23 + Solving: Stress period: 2 Time step: 24 + Solving: Stress period: 2 Time step: 25 + Solving: Stress period: 2 Time step: 26 + Solving: Stress period: 2 Time step: 27 + Solving: Stress period: 2 Time step: 28 + Solving: Stress period: 2 Time step: 29 + Solving: Stress period: 2 Time step: 30 + Solving: Stress period: 2 Time step: 31 + Solving: Stress period: 2 Time step: 32 + Solving: Stress period: 2 Time step: 33 + Solving: Stress period: 2 Time step: 34 + Solving: Stress period: 2 Time step: 35 + Solving: Stress period: 2 Time step: 36 + Solving: Stress period: 2 Time step: 37 + Solving: Stress period: 2 Time step: 38 + Solving: Stress period: 2 Time step: 39 + Solving: Stress period: 2 Time step: 40 + Solving: Stress period: 2 Time step: 41 + Solving: Stress period: 2 Time step: 42 + Solving: Stress period: 2 Time step: 43 + Solving: Stress period: 2 Time step: 44 + Solving: Stress period: 2 Time step: 45 + Solving: Stress period: 2 Time step: 46 + Solving: Stress period: 2 Time step: 47 + Solving: Stress period: 2 Time step: 48 + Solving: Stress period: 2 Time step: 49 + Solving: Stress period: 2 Time step: 50 + Solving: Stress period: 2 Time step: 51 + Solving: Stress period: 2 Time step: 52 + Solving: Stress period: 2 Time step: 53 + Solving: Stress period: 2 Time step: 54 + Solving: Stress period: 2 Time step: 55 + Solving: Stress period: 2 Time step: 56 + Solving: Stress period: 2 Time step: 57 + Solving: Stress period: 2 Time step: 58 + Solving: Stress period: 2 Time step: 59 + Solving: Stress period: 2 Time step: 60 + Solving: Stress period: 2 Time step: 61 + Solving: Stress period: 2 Time step: 62 + Solving: Stress period: 2 Time step: 63 + Solving: Stress period: 2 Time step: 64 + Solving: Stress period: 2 Time step: 65 + Solving: Stress period: 2 Time step: 66 + Solving: Stress period: 2 Time step: 67 + Solving: Stress period: 2 Time step: 68 + Solving: Stress period: 2 Time step: 69 + Solving: Stress period: 2 Time step: 70 + Solving: Stress period: 2 Time step: 71 + Solving: Stress period: 2 Time step: 72 + Solving: Stress period: 2 Time step: 73 + Solving: Stress period: 2 Time step: 74 + Solving: Stress period: 2 Time step: 75 + Solving: Stress period: 2 Time step: 76 + Solving: Stress period: 2 Time step: 77 + Solving: Stress period: 2 Time step: 78 + Solving: Stress period: 2 Time step: 79 + Solving: Stress period: 2 Time step: 80 + Solving: Stress period: 2 Time step: 81 + Solving: Stress period: 2 Time step: 82 + Solving: Stress period: 2 Time step: 83 + Solving: Stress period: 2 Time step: 84 + Solving: Stress period: 2 Time step: 85 + Solving: Stress period: 2 Time step: 86 + Solving: Stress period: 2 Time step: 87 + Solving: Stress period: 2 Time step: 88 + Solving: Stress period: 2 Time step: 89 + Solving: Stress period: 2 Time step: 90 + Solving: Stress period: 2 Time step: 91 + Solving: Stress period: 2 Time step: 92 + Solving: Stress period: 2 Time step: 93 + Solving: Stress period: 2 Time step: 94 + Solving: Stress period: 2 Time step: 95 + Solving: Stress period: 2 Time step: 96 + Solving: Stress period: 2 Time step: 97 + Solving: Stress period: 2 Time step: 98 + Solving: Stress period: 2 Time step: 99 + Solving: Stress period: 2 Time step: 100 + Solving: Stress period: 2 Time step: 101 + Solving: Stress period: 2 Time step: 102 + Solving: Stress period: 2 Time step: 103 + Solving: Stress period: 2 Time step: 104 + Solving: Stress period: 2 Time step: 105 + Solving: Stress period: 2 Time step: 106 + Solving: Stress period: 2 Time step: 107 + Solving: Stress period: 2 Time step: 108 + Solving: Stress period: 2 Time step: 109 + Solving: Stress period: 2 Time step: 110 + Solving: Stress period: 2 Time step: 111 + Solving: Stress period: 2 Time step: 112 + Solving: Stress period: 2 Time step: 113 + Solving: Stress period: 2 Time step: 114 + Solving: Stress period: 2 Time step: 115 + Solving: Stress period: 2 Time step: 116 + Solving: Stress period: 2 Time step: 117 + Solving: Stress period: 2 Time step: 118 + Solving: Stress period: 2 Time step: 119 + Solving: Stress period: 2 Time step: 120 + Solving: Stress period: 2 Time step: 121 + Solving: Stress period: 2 Time step: 122 + Solving: Stress period: 2 Time step: 123 + Solving: Stress period: 2 Time step: 124 + Solving: Stress period: 2 Time step: 125 + Solving: Stress period: 2 Time step: 126 + Solving: Stress period: 2 Time step: 127 + Solving: Stress period: 2 Time step: 128 + Solving: Stress period: 2 Time step: 129 + Solving: Stress period: 2 Time step: 130 + Solving: Stress period: 2 Time step: 131 + Solving: Stress period: 2 Time step: 132 + Solving: Stress period: 2 Time step: 133 + Solving: Stress period: 2 Time step: 134 + Solving: Stress period: 2 Time step: 135 + Solving: Stress period: 2 Time step: 136 + Solving: Stress period: 2 Time step: 137 + Solving: Stress period: 2 Time step: 138 + Solving: Stress period: 2 Time step: 139 + Solving: Stress period: 2 Time step: 140 + Solving: Stress period: 2 Time step: 141 + Solving: Stress period: 2 Time step: 142 + Solving: Stress period: 2 Time step: 143 + Solving: Stress period: 2 Time step: 144 + Solving: Stress period: 2 Time step: 145 + Solving: Stress period: 2 Time step: 146 + Solving: Stress period: 2 Time step: 147 + Solving: Stress period: 2 Time step: 148 + Solving: Stress period: 2 Time step: 149 + Solving: Stress period: 2 Time step: 150 + Solving: Stress period: 3 Time step: 1 + Solving: Stress period: 3 Time step: 2 + Solving: Stress period: 3 Time step: 3 + Solving: Stress period: 3 Time step: 4 + Solving: Stress period: 3 Time step: 5 + Solving: Stress period: 3 Time step: 6 + Solving: Stress period: 3 Time step: 7 + Solving: Stress period: 3 Time step: 8 + Solving: Stress period: 3 Time step: 9 + Solving: Stress period: 3 Time step: 10 + Solving: Stress period: 3 Time step: 11 + Solving: Stress period: 3 Time step: 12 + Solving: Stress period: 3 Time step: 13 + Solving: Stress period: 3 Time step: 14 + Solving: Stress period: 3 Time step: 15 + Solving: Stress period: 3 Time step: 16 + Solving: Stress period: 3 Time step: 17 + Solving: Stress period: 3 Time step: 18 + Solving: Stress period: 3 Time step: 19 + Solving: Stress period: 3 Time step: 20 + Solving: Stress period: 3 Time step: 21 + Solving: Stress period: 3 Time step: 22 + Solving: Stress period: 3 Time step: 23 + Solving: Stress period: 3 Time step: 24 + Solving: Stress period: 3 Time step: 25 + Solving: Stress period: 3 Time step: 26 + Solving: Stress period: 3 Time step: 27 + Solving: Stress period: 3 Time step: 28 + Solving: Stress period: 3 Time step: 29 + Solving: Stress period: 3 Time step: 30 + Solving: Stress period: 3 Time step: 31 + Solving: Stress period: 3 Time step: 32 + Solving: Stress period: 3 Time step: 33 + Solving: Stress period: 3 Time step: 34 + Solving: Stress period: 3 Time step: 35 + Solving: Stress period: 3 Time step: 36 + Solving: Stress period: 3 Time step: 37 + Solving: Stress period: 3 Time step: 38 + Solving: Stress period: 3 Time step: 39 + Solving: Stress period: 3 Time step: 40 + Solving: Stress period: 3 Time step: 41 + Solving: Stress period: 3 Time step: 42 + Solving: Stress period: 3 Time step: 43 + Solving: Stress period: 3 Time step: 44 + Solving: Stress period: 3 Time step: 45 + Solving: Stress period: 3 Time step: 46 + Solving: Stress period: 3 Time step: 47 + Solving: Stress period: 3 Time step: 48 + Solving: Stress period: 3 Time step: 49 + Solving: Stress period: 3 Time step: 50 + Solving: Stress period: 3 Time step: 51 + Solving: Stress period: 3 Time step: 52 + Solving: Stress period: 3 Time step: 53 + Solving: Stress period: 3 Time step: 54 + Solving: Stress period: 3 Time step: 55 + Solving: Stress period: 3 Time step: 56 + Solving: Stress period: 3 Time step: 57 + Solving: Stress period: 3 Time step: 58 + Solving: Stress period: 3 Time step: 59 + Solving: Stress period: 3 Time step: 60 + Solving: Stress period: 3 Time step: 61 + Solving: Stress period: 3 Time step: 62 + Solving: Stress period: 3 Time step: 63 + Solving: Stress period: 3 Time step: 64 + Solving: Stress period: 3 Time step: 65 + Solving: Stress period: 3 Time step: 66 + Solving: Stress period: 3 Time step: 67 + Solving: Stress period: 3 Time step: 68 + Solving: Stress period: 3 Time step: 69 + Solving: Stress period: 3 Time step: 70 + Solving: Stress period: 3 Time step: 71 + Solving: Stress period: 3 Time step: 72 + Solving: Stress period: 3 Time step: 73 + Solving: Stress period: 3 Time step: 74 + Solving: Stress period: 3 Time step: 75 + Solving: Stress period: 3 Time step: 76 + Solving: Stress period: 3 Time step: 77 + Solving: Stress period: 3 Time step: 78 + Solving: Stress period: 3 Time step: 79 + Solving: Stress period: 3 Time step: 80 + Solving: Stress period: 3 Time step: 81 + Solving: Stress period: 3 Time step: 82 + Solving: Stress period: 3 Time step: 83 + Solving: Stress period: 3 Time step: 84 + Solving: Stress period: 3 Time step: 85 + Solving: Stress period: 3 Time step: 86 + Solving: Stress period: 3 Time step: 87 + Solving: Stress period: 3 Time step: 88 + Solving: Stress period: 3 Time step: 89 + Solving: Stress period: 3 Time step: 90 + Solving: Stress period: 3 Time step: 91 + Solving: Stress period: 3 Time step: 92 + Solving: Stress period: 3 Time step: 93 + Solving: Stress period: 3 Time step: 94 + Solving: Stress period: 3 Time step: 95 + Solving: Stress period: 3 Time step: 96 + Solving: Stress period: 3 Time step: 97 + Solving: Stress period: 3 Time step: 98 + Solving: Stress period: 3 Time step: 99 + Solving: Stress period: 3 Time step: 100 + Solving: Stress period: 3 Time step: 101 + Solving: Stress period: 3 Time step: 102 + Solving: Stress period: 3 Time step: 103 + Solving: Stress period: 3 Time step: 104 + Solving: Stress period: 3 Time step: 105 + Solving: Stress period: 3 Time step: 106 + Solving: Stress period: 3 Time step: 107 + Solving: Stress period: 3 Time step: 108 + Solving: Stress period: 3 Time step: 109 + Solving: Stress period: 3 Time step: 110 + Solving: Stress period: 3 Time step: 111 + Solving: Stress period: 3 Time step: 112 + Solving: Stress period: 3 Time step: 113 + Solving: Stress period: 3 Time step: 114 + Solving: Stress period: 3 Time step: 115 + Solving: Stress period: 3 Time step: 116 + Solving: Stress period: 3 Time step: 117 + Solving: Stress period: 3 Time step: 118 + Solving: Stress period: 3 Time step: 119 + Solving: Stress period: 3 Time step: 120 + Solving: Stress period: 3 Time step: 121 + Solving: Stress period: 3 Time step: 122 + Solving: Stress period: 3 Time step: 123 + Solving: Stress period: 3 Time step: 124 + Solving: Stress period: 3 Time step: 125 + Solving: Stress period: 3 Time step: 126 + Solving: Stress period: 3 Time step: 127 + Solving: Stress period: 3 Time step: 128 + Solving: Stress period: 3 Time step: 129 + Solving: Stress period: 3 Time step: 130 + Solving: Stress period: 3 Time step: 131 + Solving: Stress period: 3 Time step: 132 + Solving: Stress period: 3 Time step: 133 + Solving: Stress period: 3 Time step: 134 + Solving: Stress period: 3 Time step: 135 + Solving: Stress period: 3 Time step: 136 + Solving: Stress period: 3 Time step: 137 + Solving: Stress period: 3 Time step: 138 + Solving: Stress period: 3 Time step: 139 + Solving: Stress period: 3 Time step: 140 + Solving: Stress period: 3 Time step: 141 + Solving: Stress period: 3 Time step: 142 + Solving: Stress period: 3 Time step: 143 + Solving: Stress period: 3 Time step: 144 + Solving: Stress period: 3 Time step: 145 + Solving: Stress period: 3 Time step: 146 + Solving: Stress period: 3 Time step: 147 + Solving: Stress period: 3 Time step: 148 + Solving: Stress period: 3 Time step: 149 + Solving: Stress period: 3 Time step: 150 + Solving: Stress period: 4 Time step: 1 + Solving: Stress period: 4 Time step: 2 + Solving: Stress period: 4 Time step: 3 + Solving: Stress period: 4 Time step: 4 + Solving: Stress period: 4 Time step: 5 + Solving: Stress period: 4 Time step: 6 + Solving: Stress period: 4 Time step: 7 + Solving: Stress period: 4 Time step: 8 + Solving: Stress period: 4 Time step: 9 + Solving: Stress period: 4 Time step: 10 + Solving: Stress period: 4 Time step: 11 + Solving: Stress period: 4 Time step: 12 + Solving: Stress period: 4 Time step: 13 + Solving: Stress period: 4 Time step: 14 + Solving: Stress period: 4 Time step: 15 + Solving: Stress period: 4 Time step: 16 + Solving: Stress period: 4 Time step: 17 + Solving: Stress period: 4 Time step: 18 + Solving: Stress period: 4 Time step: 19 + Solving: Stress period: 4 Time step: 20 + Solving: Stress period: 4 Time step: 21 + Solving: Stress period: 4 Time step: 22 + Solving: Stress period: 4 Time step: 23 + Solving: Stress period: 4 Time step: 24 + Solving: Stress period: 4 Time step: 25 + Solving: Stress period: 4 Time step: 26 + Solving: Stress period: 4 Time step: 27 + Solving: Stress period: 4 Time step: 28 + Solving: Stress period: 4 Time step: 29 + Solving: Stress period: 4 Time step: 30 + Solving: Stress period: 4 Time step: 31 + Solving: Stress period: 4 Time step: 32 + Solving: Stress period: 4 Time step: 33 + Solving: Stress period: 4 Time step: 34 + Solving: Stress period: 4 Time step: 35 + Solving: Stress period: 4 Time step: 36 + Solving: Stress period: 4 Time step: 37 + Solving: Stress period: 4 Time step: 38 + Solving: Stress period: 4 Time step: 39 + Solving: Stress period: 4 Time step: 40 + Solving: Stress period: 4 Time step: 41 + Solving: Stress period: 4 Time step: 42 + Solving: Stress period: 4 Time step: 43 + Solving: Stress period: 4 Time step: 44 + Solving: Stress period: 4 Time step: 45 + Solving: Stress period: 4 Time step: 46 + Solving: Stress period: 4 Time step: 47 + Solving: Stress period: 4 Time step: 48 + Solving: Stress period: 4 Time step: 49 + Solving: Stress period: 4 Time step: 50 + Solving: Stress period: 4 Time step: 51 + Solving: Stress period: 4 Time step: 52 + Solving: Stress period: 4 Time step: 53 + Solving: Stress period: 4 Time step: 54 + Solving: Stress period: 4 Time step: 55 + Solving: Stress period: 4 Time step: 56 + Solving: Stress period: 4 Time step: 57 + Solving: Stress period: 4 Time step: 58 + Solving: Stress period: 4 Time step: 59 + Solving: Stress period: 4 Time step: 60 + Solving: Stress period: 4 Time step: 61 + Solving: Stress period: 4 Time step: 62 + Solving: Stress period: 4 Time step: 63 + Solving: Stress period: 4 Time step: 64 + Solving: Stress period: 4 Time step: 65 + Solving: Stress period: 4 Time step: 66 + Solving: Stress period: 4 Time step: 67 + Solving: Stress period: 4 Time step: 68 + Solving: Stress period: 4 Time step: 69 + Solving: Stress period: 4 Time step: 70 + Solving: Stress period: 4 Time step: 71 + Solving: Stress period: 4 Time step: 72 + Solving: Stress period: 4 Time step: 73 + Solving: Stress period: 4 Time step: 74 + Solving: Stress period: 4 Time step: 75 + Solving: Stress period: 4 Time step: 76 + Solving: Stress period: 4 Time step: 77 + Solving: Stress period: 4 Time step: 78 + Solving: Stress period: 4 Time step: 79 + Solving: Stress period: 4 Time step: 80 + Solving: Stress period: 4 Time step: 81 + Solving: Stress period: 4 Time step: 82 + Solving: Stress period: 4 Time step: 83 + Solving: Stress period: 4 Time step: 84 + Solving: Stress period: 4 Time step: 85 + Solving: Stress period: 4 Time step: 86 + Solving: Stress period: 4 Time step: 87 + Solving: Stress period: 4 Time step: 88 + Solving: Stress period: 4 Time step: 89 + Solving: Stress period: 4 Time step: 90 + Solving: Stress period: 4 Time step: 91 + Solving: Stress period: 4 Time step: 92 + Solving: Stress period: 4 Time step: 93 + Solving: Stress period: 4 Time step: 94 + Solving: Stress period: 4 Time step: 95 + Solving: Stress period: 4 Time step: 96 + Solving: Stress period: 4 Time step: 97 + Solving: Stress period: 4 Time step: 98 + Solving: Stress period: 4 Time step: 99 + Solving: Stress period: 4 Time step: 100 + Solving: Stress period: 4 Time step: 101 + Solving: Stress period: 4 Time step: 102 + Solving: Stress period: 4 Time step: 103 + Solving: Stress period: 4 Time step: 104 + Solving: Stress period: 4 Time step: 105 + Solving: Stress period: 4 Time step: 106 + Solving: Stress period: 4 Time step: 107 + Solving: Stress period: 4 Time step: 108 + Solving: Stress period: 4 Time step: 109 + Solving: Stress period: 4 Time step: 110 + Solving: Stress period: 4 Time step: 111 + Solving: Stress period: 4 Time step: 112 + Solving: Stress period: 4 Time step: 113 + Solving: Stress period: 4 Time step: 114 + Solving: Stress period: 4 Time step: 115 + Solving: Stress period: 4 Time step: 116 + Solving: Stress period: 4 Time step: 117 + Solving: Stress period: 4 Time step: 118 + Solving: Stress period: 4 Time step: 119 + Solving: Stress period: 4 Time step: 120 + Solving: Stress period: 4 Time step: 121 + Solving: Stress period: 4 Time step: 122 + Solving: Stress period: 4 Time step: 123 + Solving: Stress period: 4 Time step: 124 + Solving: Stress period: 4 Time step: 125 + Solving: Stress period: 4 Time step: 126 + Solving: Stress period: 4 Time step: 127 + Solving: Stress period: 4 Time step: 128 + Solving: Stress period: 4 Time step: 129 + Solving: Stress period: 4 Time step: 130 + Solving: Stress period: 4 Time step: 131 + Solving: Stress period: 4 Time step: 132 + Solving: Stress period: 4 Time step: 133 + Solving: Stress period: 4 Time step: 134 + Solving: Stress period: 4 Time step: 135 + Solving: Stress period: 4 Time step: 136 + Solving: Stress period: 4 Time step: 137 + Solving: Stress period: 4 Time step: 138 + Solving: Stress period: 4 Time step: 139 + Solving: Stress period: 4 Time step: 140 + Solving: Stress period: 4 Time step: 141 + Solving: Stress period: 4 Time step: 142 + Solving: Stress period: 4 Time step: 143 + Solving: Stress period: 4 Time step: 144 + Solving: Stress period: 4 Time step: 145 + Solving: Stress period: 4 Time step: 146 + Solving: Stress period: 4 Time step: 147 + Solving: Stress period: 4 Time step: 148 + Solving: Stress period: 4 Time step: 149 + Solving: Stress period: 4 Time step: 150 + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/07/01 19:51:34 + Elapsed run time: 34.348 Seconds + + Normal termination of simulation. diff --git a/src/notebooks/models/transbase/transbase.gwfgwt b/src/notebooks/models/transbase/transbase.gwfgwt new file mode 100644 index 0000000..c9a641f --- /dev/null +++ b/src/notebooks/models/transbase/transbase.gwfgwt @@ -0,0 +1 @@ +# File generated by Flopy version 3.9.3 on 06/29/2025 at 15:13:48. diff --git a/src/notebooks/models/transport_base/gwf_transbase.bud b/src/notebooks/models/transport_base/gwf_transbase.bud index 9eae154..fd10c7e 100644 Binary files a/src/notebooks/models/transport_base/gwf_transbase.bud and b/src/notebooks/models/transport_base/gwf_transbase.bud differ diff --git a/src/notebooks/models/transport_base/gwf_transbase.lst b/src/notebooks/models/transport_base/gwf_transbase.lst index 645b941..4648299 100644 --- a/src/notebooks/models/transport_base/gwf_transbase.lst +++ b/src/notebooks/models/transport_base/gwf_transbase.lst @@ -1,21 +1,24 @@ MODFLOW 6 U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL GROUNDWATER FLOW MODEL (GWF) - VERSION 6.7.0.dev2 (preliminary) 05/20/2025 - ***DEVELOP MODE*** - - MODFLOW 6 compiled May 20 2025 13:40:03 with GCC version 13.3.0 - -This software is preliminary or provisional and is subject to -revision. It is being provided to meet the need for timely best -science. The software has not received final approval by the U.S. -Geological Survey (USGS). No warranty, expressed or implied, is made -by the USGS or the U.S. Government as to the functionality of the -software and related material nor shall the fact of release -constitute any such warranty. The software is provided on the -condition that neither the USGS nor the U.S. Government shall be held -liable for any damages resulting from the authorized or unauthorized -use of the software. + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. As a work of the United States Government, this USGS product is @@ -50,17 +53,16 @@ The following BSD-3 License libraries are used in this USGS product: All rights reserved. (https://github.com/jacobwilliams/daglib) -MODFLOW 6 compiler options: -fdiagnostics-color=always -cpp -I -src/libmf6core.a.p -I src -I ../src -I src/libmf6_external.a.p -iprefix -/opt/homebrew/Cellar/gcc@13/13.3.0/bin/../lib/gcc/13/gcc/aarch64-apple-darwin2 -3/13/ -D__DYNAMIC__ -D __APPLE__ -fPIC -mmacosx-version-min=14.0.0 --mcpu=apple-m1 -mlittle-endian -mabi=lp64 -O1 -Wall -Wpedantic --Wcharacter-truncation -Wno-unused-dummy-argument -Wno-intrinsic-shadow --Wno-maybe-uninitialized -Wno-uninitialized -std=f2018 -fall-intrinsics --ffpe-summary=overflow -ffpe-trap=overflow,zero,invalid -J src/libmf6core.a.p +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c System command used to initiate simulation: -/Users/mike/hydrocomputing/projects/2021/003_ModSimple_Phase2/Bearbeitung/MODFLOW6/nightly/20250520/mf6.7.0.dev2_macarm/bin/mf6 +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe MODFLOW was compiled using uniform precision. @@ -84,7 +86,7 @@ Long Integer Variables Logical Variables KIND: 4 SIZE IN BITS: 32 - + NAMEFILE OPTIONS: FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL END NAMEFILE OPTIONS: @@ -1975,7 +1977,7 @@ start timestep kper="2" kstp="120" mode="normal" TOTAL OUT = 1.5000 TOTAL OUT = 0.1500 - IN - OUT = -4.6655E-06 IN - OUT = -4.3145E-07 + IN - OUT = -4.6654E-06 IN - OUT = -4.3120E-07 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -3705,7 +3707,7 @@ start timestep kper="3" kstp="120" mode="normal" TOTAL OUT = 16.5000 TOTAL OUT = 1.5000 - IN - OUT = -5.0531E-05 IN - OUT = -4.2360E-06 + IN - OUT = -5.0531E-05 IN - OUT = -4.2359E-06 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -5435,7 +5437,7 @@ start timestep kper="4" kstp="120" mode="normal" TOTAL OUT = 19.2661 TOTAL OUT = 0.2566 - IN - OUT = -5.6016E-05 IN - OUT = -5.0252E-07 + IN - OUT = -5.6016E-05 IN - OUT = -5.0323E-07 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 diff --git a/src/notebooks/models/transport_base/gwt_transbase.cbc b/src/notebooks/models/transport_base/gwt_transbase.cbc index 455dbb5..35c68e2 100644 Binary files a/src/notebooks/models/transport_base/gwt_transbase.cbc and b/src/notebooks/models/transport_base/gwt_transbase.cbc differ diff --git a/src/notebooks/models/transport_base/gwt_transbase.lst b/src/notebooks/models/transport_base/gwt_transbase.lst index fd0302a..4312f71 100644 --- a/src/notebooks/models/transport_base/gwt_transbase.lst +++ b/src/notebooks/models/transport_base/gwt_transbase.lst @@ -1,21 +1,24 @@ MODFLOW 6 U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL TRANSPORT MODEL (GWT) - VERSION 6.7.0.dev2 (preliminary) 05/20/2025 - ***DEVELOP MODE*** - - MODFLOW 6 compiled May 20 2025 13:40:03 with GCC version 13.3.0 - -This software is preliminary or provisional and is subject to -revision. It is being provided to meet the need for timely best -science. The software has not received final approval by the U.S. -Geological Survey (USGS). No warranty, expressed or implied, is made -by the USGS or the U.S. Government as to the functionality of the -software and related material nor shall the fact of release -constitute any such warranty. The software is provided on the -condition that neither the USGS nor the U.S. Government shall be held -liable for any damages resulting from the authorized or unauthorized -use of the software. + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. As a work of the United States Government, this USGS product is @@ -50,17 +53,16 @@ The following BSD-3 License libraries are used in this USGS product: All rights reserved. (https://github.com/jacobwilliams/daglib) -MODFLOW 6 compiler options: -fdiagnostics-color=always -cpp -I -src/libmf6core.a.p -I src -I ../src -I src/libmf6_external.a.p -iprefix -/opt/homebrew/Cellar/gcc@13/13.3.0/bin/../lib/gcc/13/gcc/aarch64-apple-darwin2 -3/13/ -D__DYNAMIC__ -D __APPLE__ -fPIC -mmacosx-version-min=14.0.0 --mcpu=apple-m1 -mlittle-endian -mabi=lp64 -O1 -Wall -Wpedantic --Wcharacter-truncation -Wno-unused-dummy-argument -Wno-intrinsic-shadow --Wno-maybe-uninitialized -Wno-uninitialized -std=f2018 -fall-intrinsics --ffpe-summary=overflow -ffpe-trap=overflow,zero,invalid -J src/libmf6core.a.p +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c System command used to initiate simulation: -/Users/mike/hydrocomputing/projects/2021/003_ModSimple_Phase2/Bearbeitung/MODFLOW6/nightly/20250520/mf6.7.0.dev2_macarm/bin/mf6 +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe MODFLOW was compiled using uniform precision. @@ -84,7 +86,7 @@ Long Integer Variables Logical Variables KIND: 4 SIZE IN BITS: 32 - + NAMEFILE OPTIONS: FLOWS WILL BE SAVED TO BUDGET FILE SPECIFIED IN OUTPUT CONTROL END NAMEFILE OPTIONS: @@ -419,7 +421,7 @@ start timestep kper="2" kstp="1" mode="normal" TOTAL OUT = 1.2500E-02 TOTAL OUT = 0.1500 - IN - OUT = -3.5574E-10 IN - OUT = -4.2688E-09 + IN - OUT = -3.3633E-10 IN - OUT = -4.0360E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -534,7 +536,7 @@ start timestep kper="2" kstp="2" mode="normal" TOTAL OUT = 2.5000E-02 TOTAL OUT = 0.1500 - IN - OUT = -6.2886E-10 IN - OUT = -3.2775E-09 + IN - OUT = -6.1673E-10 IN - OUT = -3.3648E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -649,7 +651,7 @@ start timestep kper="2" kstp="3" mode="normal" TOTAL OUT = 3.7500E-02 TOTAL OUT = 0.1500 - IN - OUT = -7.7897E-10 IN - OUT = -1.8013E-09 + IN - OUT = -7.6199E-10 IN - OUT = -1.7431E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -757,14 +759,14 @@ start timestep kper="2" kstp="4" mode="normal" OUT: OUT: ---- ---- - STORAGE-AQUEOUS = 7.5030E-07 STORAGE-AQUEOUS = 3.9361E-06 MST + STORAGE-AQUEOUS = 7.5030E-07 STORAGE-AQUEOUS = 3.9360E-06 MST WEL = 5.0000E-02 WEL = 0.1500 SSM_WEL-1 CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 CNC = 0.0000 CNC = 0.0000 CNC_0 TOTAL OUT = 5.0001E-02 TOTAL OUT = 0.1500 - IN - OUT = -1.0921E-09 IN - OUT = -3.7579E-09 + IN - OUT = -1.1867E-09 IN - OUT = -5.0967E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -879,7 +881,7 @@ start timestep kper="2" kstp="5" mode="normal" TOTAL OUT = 6.2501E-02 TOTAL OUT = 0.1500 - IN - OUT = -1.4055E-09 IN - OUT = -3.7601E-09 + IN - OUT = -1.3933E-09 IN - OUT = -2.4795E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -987,14 +989,14 @@ start timestep kper="2" kstp="6" mode="normal" OUT: OUT: ---- ---- - STORAGE-AQUEOUS = 1.6974E-06 STORAGE-AQUEOUS = 6.2650E-06 MST + STORAGE-AQUEOUS = 1.6974E-06 STORAGE-AQUEOUS = 6.2651E-06 MST WEL = 7.5000E-02 WEL = 0.1500 SSM_WEL-1 CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 CNC = 0.0000 CNC = 0.0000 CNC_0 TOTAL OUT = 7.5002E-02 TOTAL OUT = 0.1500 - IN - OUT = -1.7103E-09 IN - OUT = -3.6584E-09 + IN - OUT = -1.6255E-09 IN - OUT = -2.7852E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -1109,7 +1111,7 @@ start timestep kper="2" kstp="7" mode="normal" TOTAL OUT = 8.7502E-02 TOTAL OUT = 0.1500 - IN - OUT = -1.8803E-09 IN - OUT = -2.0399E-09 + IN - OUT = -1.8900E-09 IN - OUT = -3.1750E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -1224,7 +1226,7 @@ start timestep kper="2" kstp="8" mode="normal" TOTAL OUT = 0.1000 TOTAL OUT = 0.1500 - IN - OUT = -2.0277E-09 IN - OUT = -1.7680E-09 + IN - OUT = -1.9549E-09 IN - OUT = -7.7848E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -1332,14 +1334,14 @@ start timestep kper="2" kstp="9" mode="normal" OUT: OUT: ---- ---- - STORAGE-AQUEOUS = 3.8472E-06 STORAGE-AQUEOUS = 9.7670E-06 MST + STORAGE-AQUEOUS = 3.8472E-06 STORAGE-AQUEOUS = 9.7672E-06 MST WEL = 0.1125 WEL = 0.1500 SSM_WEL-1 CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 CNC = 0.0000 CNC = 0.0000 CNC_0 TOTAL OUT = 0.1125 TOTAL OUT = 0.1500 - IN - OUT = -2.2935E-09 IN - OUT = -3.1897E-09 + IN - OUT = -2.1116E-09 IN - OUT = -1.8800E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -1454,7 +1456,7 @@ start timestep kper="2" kstp="10" mode="normal" TOTAL OUT = 0.1250 TOTAL OUT = 0.1500 - IN - OUT = -2.4839E-09 IN - OUT = -2.2857E-09 + IN - OUT = -2.3215E-09 IN - OUT = -2.5185E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -1569,7 +1571,7 @@ start timestep kper="2" kstp="11" mode="normal" TOTAL OUT = 0.1375 TOTAL OUT = 0.1500 - IN - OUT = -2.5503E-09 IN - OUT = -7.9572E-10 + IN - OUT = -2.4872E-09 IN - OUT = -1.9890E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -1677,14 +1679,14 @@ start timestep kper="2" kstp="12" mode="normal" OUT: OUT: ---- ---- - STORAGE-AQUEOUS = 6.8736E-06 STORAGE-AQUEOUS = 1.3276E-05 MST + STORAGE-AQUEOUS = 6.8737E-06 STORAGE-AQUEOUS = 1.3276E-05 MST WEL = 0.1500 WEL = 0.1500 SSM_WEL-1 CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 CNC = 0.0000 CNC = 0.0000 CNC_0 TOTAL OUT = 0.1500 TOTAL OUT = 0.1500 - IN - OUT = -2.9838E-09 IN - OUT = -5.2027E-09 + IN - OUT = -2.8043E-09 IN - OUT = -3.8057E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -1799,7 +1801,7 @@ start timestep kper="2" kstp="13" mode="normal" TOTAL OUT = 0.1625 TOTAL OUT = 0.1500 - IN - OUT = -3.2495E-09 IN - OUT = -3.1884E-09 + IN - OUT = -3.0070E-09 IN - OUT = -2.4317E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -1914,9 +1916,9 @@ start timestep kper="2" kstp="14" mode="normal" TOTAL OUT = 0.1750 TOTAL OUT = 0.1500 - IN - OUT = -3.3306E-09 IN - OUT = -9.7258E-10 + IN - OUT = -2.9983E-09 IN - OUT = 1.0426E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -2029,7 +2031,7 @@ start timestep kper="2" kstp="15" mode="normal" TOTAL OUT = 0.1875 TOTAL OUT = 0.1500 - IN - OUT = -3.5735E-09 IN - OUT = -2.9147E-09 + IN - OUT = -3.1199E-09 IN - OUT = -1.4595E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -2144,7 +2146,7 @@ start timestep kper="2" kstp="16" mode="normal" TOTAL OUT = 0.2000 TOTAL OUT = 0.1500 - IN - OUT = -3.6595E-09 IN - OUT = -1.0325E-09 + IN - OUT = -3.3782E-09 IN - OUT = -3.0989E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -2259,7 +2261,7 @@ start timestep kper="2" kstp="17" mode="normal" TOTAL OUT = 0.2125 TOTAL OUT = 0.1500 - IN - OUT = -3.6793E-09 IN - OUT = -2.3765E-10 + IN - OUT = -3.4343E-09 IN - OUT = -6.7420E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -2374,7 +2376,7 @@ start timestep kper="2" kstp="18" mode="normal" TOTAL OUT = 0.2250 TOTAL OUT = 0.1500 - IN - OUT = -3.9072E-09 IN - OUT = -2.7348E-09 + IN - OUT = -3.7496E-09 IN - OUT = -3.7826E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -2489,7 +2491,7 @@ start timestep kper="2" kstp="19" mode="normal" TOTAL OUT = 0.2375 TOTAL OUT = 0.1500 - IN - OUT = -4.1682E-09 IN - OUT = -3.1323E-09 + IN - OUT = -3.8238E-09 IN - OUT = -8.9135E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -2604,7 +2606,7 @@ start timestep kper="2" kstp="20" mode="normal" TOTAL OUT = 0.2500 TOTAL OUT = 0.1500 - IN - OUT = -4.2119E-09 IN - OUT = -5.2391E-10 + IN - OUT = -3.9184E-09 IN - OUT = -1.1351E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -2719,7 +2721,7 @@ start timestep kper="2" kstp="21" mode="normal" TOTAL OUT = 0.2625 TOTAL OUT = 0.1500 - IN - OUT = -4.4516E-09 IN - OUT = -2.8760E-09 + IN - OUT = -4.0878E-09 IN - OUT = -2.0319E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -2834,9 +2836,9 @@ start timestep kper="2" kstp="22" mode="normal" TOTAL OUT = 0.2750 TOTAL OUT = 0.1500 - IN - OUT = -4.5311E-09 IN - OUT = -9.5438E-10 + IN - OUT = -4.0824E-09 IN - OUT = 6.4258E-11 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -2949,7 +2951,7 @@ start timestep kper="2" kstp="23" mode="normal" TOTAL OUT = 0.2875 TOTAL OUT = 0.1500 - IN - OUT = -4.7123E-09 IN - OUT = -2.1749E-09 + IN - OUT = -4.2467E-09 IN - OUT = -1.9712E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -3064,7 +3066,7 @@ start timestep kper="2" kstp="24" mode="normal" TOTAL OUT = 0.3000 TOTAL OUT = 0.1500 - IN - OUT = -4.7691E-09 IN - OUT = -6.8151E-10 + IN - OUT = -4.2501E-09 IN - OUT = -4.1230E-11 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -3179,7 +3181,7 @@ start timestep kper="2" kstp="25" mode="normal" TOTAL OUT = 0.3125 TOTAL OUT = 0.1500 - IN - OUT = -5.0156E-09 IN - OUT = -2.9582E-09 + IN - OUT = -4.3268E-09 IN - OUT = -9.2091E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -3294,7 +3296,7 @@ start timestep kper="2" kstp="26" mode="normal" TOTAL OUT = 0.3250 TOTAL OUT = 0.1500 - IN - OUT = -5.1275E-09 IN - OUT = -1.3427E-09 + IN - OUT = -4.3514E-09 IN - OUT = -2.9492E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -3409,7 +3411,7 @@ start timestep kper="2" kstp="27" mode="normal" TOTAL OUT = 0.3375 TOTAL OUT = 0.1500 - IN - OUT = -5.0249E-09 IN - OUT = 1.2312E-09 + IN - OUT = -4.2779E-09 IN - OUT = 8.8192E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -3524,7 +3526,7 @@ start timestep kper="2" kstp="28" mode="normal" TOTAL OUT = 0.3500 TOTAL OUT = 0.1500 - IN - OUT = -5.1973E-09 IN - OUT = -2.0687E-09 + IN - OUT = -4.4649E-09 IN - OUT = -2.2433E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -3639,7 +3641,7 @@ start timestep kper="2" kstp="29" mode="normal" TOTAL OUT = 0.3625 TOTAL OUT = 0.1500 - IN - OUT = -5.4909E-09 IN - OUT = -3.5233E-09 + IN - OUT = -4.6784E-09 IN - OUT = -2.5629E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -3754,7 +3756,7 @@ start timestep kper="2" kstp="30" mode="normal" TOTAL OUT = 0.3750 TOTAL OUT = 0.1500 - IN - OUT = -5.6472E-09 IN - OUT = -1.8754E-09 + IN - OUT = -4.6916E-09 IN - OUT = -1.5822E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -3869,7 +3871,7 @@ start timestep kper="2" kstp="31" mode="normal" TOTAL OUT = 0.3875 TOTAL OUT = 0.1500 - IN - OUT = -5.7952E-09 IN - OUT = -1.7756E-09 + IN - OUT = -4.8808E-09 IN - OUT = -2.2704E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -3984,9 +3986,9 @@ start timestep kper="2" kstp="32" mode="normal" TOTAL OUT = 0.4000 TOTAL OUT = 0.1500 - IN - OUT = -5.8353E-09 IN - OUT = -4.8131E-10 + IN - OUT = -4.7706E-09 IN - OUT = 1.3231E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -4099,9 +4101,9 @@ start timestep kper="2" kstp="33" mode="normal" TOTAL OUT = 0.4126 TOTAL OUT = 0.1500 - IN - OUT = -5.8808E-09 IN - OUT = -5.4663E-10 + IN - OUT = -4.7094E-09 IN - OUT = 7.3394E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -4214,7 +4216,7 @@ start timestep kper="2" kstp="34" mode="normal" TOTAL OUT = 0.4251 TOTAL OUT = 0.1500 - IN - OUT = -6.0568E-09 IN - OUT = -2.1112E-09 + IN - OUT = -4.9096E-09 IN - OUT = -2.4023E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -4329,9 +4331,9 @@ start timestep kper="2" kstp="35" mode="normal" TOTAL OUT = 0.4376 TOTAL OUT = 0.1500 - IN - OUT = -6.0655E-09 IN - OUT = -1.0498E-10 + IN - OUT = -4.8698E-09 IN - OUT = 4.7709E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -4444,7 +4446,7 @@ start timestep kper="2" kstp="36" mode="normal" TOTAL OUT = 0.4501 TOTAL OUT = 0.1500 - IN - OUT = -6.0867E-09 IN - OUT = -2.5456E-10 + IN - OUT = -5.0099E-09 IN - OUT = -1.6807E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -4559,9 +4561,9 @@ start timestep kper="2" kstp="37" mode="normal" TOTAL OUT = 0.4626 TOTAL OUT = 0.1500 - IN - OUT = -6.1612E-09 IN - OUT = -8.9415E-10 + IN - OUT = -5.0019E-09 IN - OUT = 9.5376E-11 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -4674,7 +4676,7 @@ start timestep kper="2" kstp="38" mode="normal" TOTAL OUT = 0.4751 TOTAL OUT = 0.1500 - IN - OUT = -6.4071E-09 IN - OUT = -2.9503E-09 + IN - OUT = -5.2211E-09 IN - OUT = -2.6302E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -4789,7 +4791,7 @@ start timestep kper="2" kstp="39" mode="normal" TOTAL OUT = 0.4876 TOTAL OUT = 0.1500 - IN - OUT = -6.5318E-09 IN - OUT = -1.4965E-09 + IN - OUT = -5.2925E-09 IN - OUT = -8.5623E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -4904,7 +4906,7 @@ start timestep kper="2" kstp="40" mode="normal" TOTAL OUT = 0.5001 TOTAL OUT = 0.1500 - IN - OUT = -6.7155E-09 IN - OUT = -2.2039E-09 + IN - OUT = -5.4858E-09 IN - OUT = -2.3203E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -5019,9 +5021,9 @@ start timestep kper="2" kstp="41" mode="normal" TOTAL OUT = 0.5126 TOTAL OUT = 0.1500 - IN - OUT = -6.7131E-09 IN - OUT = 2.8247E-11 + IN - OUT = -5.6169E-09 IN - OUT = -1.5725E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -5134,7 +5136,7 @@ start timestep kper="2" kstp="42" mode="normal" TOTAL OUT = 0.5251 TOTAL OUT = 0.1500 - IN - OUT = -6.9828E-09 IN - OUT = -3.2356E-09 + IN - OUT = -5.8307E-09 IN - OUT = -2.5662E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -5249,7 +5251,7 @@ start timestep kper="2" kstp="43" mode="normal" TOTAL OUT = 0.5376 TOTAL OUT = 0.1500 - IN - OUT = -7.0844E-09 IN - OUT = -1.2197E-09 + IN - OUT = -5.9348E-09 IN - OUT = -1.2488E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -5364,7 +5366,7 @@ start timestep kper="2" kstp="44" mode="normal" TOTAL OUT = 0.5501 TOTAL OUT = 0.1501 - IN - OUT = -7.3342E-09 IN - OUT = -2.9976E-09 + IN - OUT = -6.2040E-09 IN - OUT = -3.2304E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -5479,7 +5481,7 @@ start timestep kper="2" kstp="45" mode="normal" TOTAL OUT = 0.5626 TOTAL OUT = 0.1501 - IN - OUT = -7.1311E-09 IN - OUT = 2.4371E-09 + IN - OUT = -5.8821E-09 IN - OUT = 3.8632E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -5594,9 +5596,9 @@ start timestep kper="2" kstp="46" mode="normal" TOTAL OUT = 0.5751 TOTAL OUT = 0.1501 - IN - OUT = -7.1761E-09 IN - OUT = -5.3959E-10 + IN - OUT = -5.8688E-09 IN - OUT = 1.5890E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -5709,7 +5711,7 @@ start timestep kper="2" kstp="47" mode="normal" TOTAL OUT = 0.5876 TOTAL OUT = 0.1501 - IN - OUT = -7.3546E-09 IN - OUT = -2.1426E-09 + IN - OUT = -5.9140E-09 IN - OUT = -5.4188E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -5824,7 +5826,7 @@ start timestep kper="2" kstp="48" mode="normal" TOTAL OUT = 0.6001 TOTAL OUT = 0.1501 - IN - OUT = -7.3796E-09 IN - OUT = -2.9937E-10 + IN - OUT = -5.9535E-09 IN - OUT = -4.7400E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -5939,7 +5941,7 @@ start timestep kper="2" kstp="49" mode="normal" TOTAL OUT = 0.6126 TOTAL OUT = 0.1501 - IN - OUT = -7.4313E-09 IN - OUT = -6.2127E-10 + IN - OUT = -5.9810E-09 IN - OUT = -3.3024E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -6054,7 +6056,7 @@ start timestep kper="2" kstp="50" mode="normal" TOTAL OUT = 0.6251 TOTAL OUT = 0.1501 - IN - OUT = -7.6413E-09 IN - OUT = -2.5199E-09 + IN - OUT = -6.1328E-09 IN - OUT = -1.8214E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -6169,7 +6171,7 @@ start timestep kper="2" kstp="51" mode="normal" TOTAL OUT = 0.6376 TOTAL OUT = 0.1501 - IN - OUT = -7.8833E-09 IN - OUT = -2.9043E-09 + IN - OUT = -6.4354E-09 IN - OUT = -3.6319E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -6284,9 +6286,9 @@ start timestep kper="2" kstp="52" mode="normal" TOTAL OUT = 0.6501 TOTAL OUT = 0.1501 - IN - OUT = -7.9483E-09 IN - OUT = -7.8000E-10 + IN - OUT = -6.4228E-09 IN - OUT = 1.5132E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -6399,7 +6401,7 @@ start timestep kper="2" kstp="53" mode="normal" TOTAL OUT = 0.6626 TOTAL OUT = 0.1501 - IN - OUT = -7.9785E-09 IN - OUT = -3.6211E-10 + IN - OUT = -6.5064E-09 IN - OUT = -1.0024E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -6507,14 +6509,14 @@ start timestep kper="2" kstp="54" mode="normal" OUT: OUT: ---- ---- - STORAGE-AQUEOUS = 1.4235E-04 STORAGE-AQUEOUS = 6.3201E-05 MST + STORAGE-AQUEOUS = 1.4235E-04 STORAGE-AQUEOUS = 6.3202E-05 MST WEL = 0.6750 WEL = 0.1500 SSM_WEL-1 CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 CNC = 0.0000 CNC = 0.0000 CNC_0 TOTAL OUT = 0.6751 TOTAL OUT = 0.1501 - IN - OUT = -8.2003E-09 IN - OUT = -2.6616E-09 + IN - OUT = -6.6117E-09 IN - OUT = -1.2646E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -6629,7 +6631,7 @@ start timestep kper="2" kstp="55" mode="normal" TOTAL OUT = 0.6876 TOTAL OUT = 0.1501 - IN - OUT = -8.2724E-09 IN - OUT = -8.6510E-10 + IN - OUT = -6.7711E-09 IN - OUT = -1.9128E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -6744,7 +6746,7 @@ start timestep kper="2" kstp="56" mode="normal" TOTAL OUT = 0.7002 TOTAL OUT = 0.1501 - IN - OUT = -8.3356E-09 IN - OUT = -7.5792E-10 + IN - OUT = -6.9507E-09 IN - OUT = -2.1549E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -6859,7 +6861,7 @@ start timestep kper="2" kstp="57" mode="normal" TOTAL OUT = 0.7127 TOTAL OUT = 0.1501 - IN - OUT = -8.5130E-09 IN - OUT = -2.1295E-09 + IN - OUT = -7.0869E-09 IN - OUT = -1.6348E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -6974,7 +6976,7 @@ start timestep kper="2" kstp="58" mode="normal" TOTAL OUT = 0.7252 TOTAL OUT = 0.1501 - IN - OUT = -8.6609E-09 IN - OUT = -1.7748E-09 + IN - OUT = -7.1985E-09 IN - OUT = -1.3382E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -7089,9 +7091,9 @@ start timestep kper="2" kstp="59" mode="normal" TOTAL OUT = 0.7377 TOTAL OUT = 0.1501 - IN - OUT = -8.6834E-09 IN - OUT = -2.6990E-10 + IN - OUT = -7.0633E-09 IN - OUT = 1.6219E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -7204,7 +7206,7 @@ start timestep kper="2" kstp="60" mode="normal" TOTAL OUT = 0.7502 TOTAL OUT = 0.1501 - IN - OUT = -8.7463E-09 IN - OUT = -7.5396E-10 + IN - OUT = -7.1092E-09 IN - OUT = -5.5023E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -7319,7 +7321,7 @@ start timestep kper="2" kstp="61" mode="normal" TOTAL OUT = 0.7627 TOTAL OUT = 0.1501 - IN - OUT = -8.9321E-09 IN - OUT = -2.2297E-09 + IN - OUT = -7.1980E-09 IN - OUT = -1.0655E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -7434,7 +7436,7 @@ start timestep kper="2" kstp="62" mode="normal" TOTAL OUT = 0.7752 TOTAL OUT = 0.1501 - IN - OUT = -9.0928E-09 IN - OUT = -1.9286E-09 + IN - OUT = -7.2932E-09 IN - OUT = -1.1427E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -7549,7 +7551,7 @@ start timestep kper="2" kstp="63" mode="normal" TOTAL OUT = 0.7877 TOTAL OUT = 0.1501 - IN - OUT = -9.2400E-09 IN - OUT = -1.7672E-09 + IN - OUT = -7.4138E-09 IN - OUT = -1.4470E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -7657,14 +7659,14 @@ start timestep kper="2" kstp="64" mode="normal" OUT: OUT: ---- ---- - STORAGE-AQUEOUS = 2.0056E-04 STORAGE-AQUEOUS = 7.5317E-05 MST + STORAGE-AQUEOUS = 2.0057E-04 STORAGE-AQUEOUS = 7.5317E-05 MST WEL = 0.8000 WEL = 0.1500 SSM_WEL-1 CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 CNC = 0.0000 CNC = 0.0000 CNC_0 TOTAL OUT = 0.8002 TOTAL OUT = 0.1501 - IN - OUT = -9.0503E-09 IN - OUT = 2.2769E-09 + IN - OUT = -7.1052E-09 IN - OUT = 3.7030E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -7779,9 +7781,9 @@ start timestep kper="2" kstp="65" mode="normal" TOTAL OUT = 0.8127 TOTAL OUT = 0.1501 - IN - OUT = -9.0581E-09 IN - OUT = -9.3562E-11 + IN - OUT = -6.9214E-09 IN - OUT = 2.2056E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -7894,7 +7896,7 @@ start timestep kper="2" kstp="66" mode="normal" TOTAL OUT = 0.8252 TOTAL OUT = 0.1501 - IN - OUT = -9.0823E-09 IN - OUT = -2.9000E-10 + IN - OUT = -6.9504E-09 IN - OUT = -3.4821E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -8009,7 +8011,7 @@ start timestep kper="2" kstp="67" mode="normal" TOTAL OUT = 0.8377 TOTAL OUT = 0.1501 - IN - OUT = -9.2492E-09 IN - OUT = -2.0028E-09 + IN - OUT = -6.9960E-09 IN - OUT = -5.4761E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -8124,7 +8126,7 @@ start timestep kper="2" kstp="68" mode="normal" TOTAL OUT = 0.8502 TOTAL OUT = 0.1501 - IN - OUT = -9.3355E-09 IN - OUT = -1.0356E-09 + IN - OUT = -7.0411E-09 IN - OUT = -5.4084E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -8239,9 +8241,9 @@ start timestep kper="2" kstp="69" mode="normal" TOTAL OUT = 0.8627 TOTAL OUT = 0.1501 - IN - OUT = -9.3988E-09 IN - OUT = -7.6041E-10 + IN - OUT = -7.0099E-09 IN - OUT = 3.7464E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -8354,7 +8356,7 @@ start timestep kper="2" kstp="70" mode="normal" TOTAL OUT = 0.8752 TOTAL OUT = 0.1501 - IN - OUT = -9.6298E-09 IN - OUT = -2.7714E-09 + IN - OUT = -7.1923E-09 IN - OUT = -2.1893E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -8469,7 +8471,7 @@ start timestep kper="2" kstp="71" mode="normal" TOTAL OUT = 0.8877 TOTAL OUT = 0.1501 - IN - OUT = -9.8161E-09 IN - OUT = -2.2361E-09 + IN - OUT = -7.3762E-09 IN - OUT = -2.2070E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -8577,14 +8579,14 @@ start timestep kper="2" kstp="72" mode="normal" OUT: OUT: ---- ---- - STORAGE-AQUEOUS = 2.5443E-04 STORAGE-AQUEOUS = 8.5078E-05 MST + STORAGE-AQUEOUS = 2.5443E-04 STORAGE-AQUEOUS = 8.5079E-05 MST WEL = 0.9000 WEL = 0.1500 SSM_WEL-1 CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 CNC = 0.0000 CNC = 0.0000 CNC_0 TOTAL OUT = 0.9003 TOTAL OUT = 0.1501 - IN - OUT = -9.6819E-09 IN - OUT = 1.6108E-09 + IN - OUT = -7.1110E-09 IN - OUT = 3.1824E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -8699,7 +8701,7 @@ start timestep kper="2" kstp="73" mode="normal" TOTAL OUT = 0.9128 TOTAL OUT = 0.1501 - IN - OUT = -9.9017E-09 IN - OUT = -2.6383E-09 + IN - OUT = -7.3867E-09 IN - OUT = -3.3077E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -8814,7 +8816,7 @@ start timestep kper="2" kstp="74" mode="normal" TOTAL OUT = 0.9253 TOTAL OUT = 0.1501 - IN - OUT = -1.0172E-08 IN - OUT = -3.2472E-09 + IN - OUT = -7.6670E-09 IN - OUT = -3.3636E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -8929,7 +8931,7 @@ start timestep kper="2" kstp="75" mode="normal" TOTAL OUT = 0.9378 TOTAL OUT = 0.1501 - IN - OUT = -1.0377E-08 IN - OUT = -2.4551E-09 + IN - OUT = -7.8497E-09 IN - OUT = -2.1931E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -9044,7 +9046,7 @@ start timestep kper="2" kstp="76" mode="normal" TOTAL OUT = 0.9503 TOTAL OUT = 0.1501 - IN - OUT = -1.0209E-08 IN - OUT = 2.0132E-09 + IN - OUT = -7.7572E-09 IN - OUT = 1.1110E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -9152,14 +9154,14 @@ start timestep kper="2" kstp="77" mode="normal" OUT: OUT: ---- ---- - STORAGE-AQUEOUS = 2.9142E-04 STORAGE-AQUEOUS = 9.1211E-05 MST + STORAGE-AQUEOUS = 2.9142E-04 STORAGE-AQUEOUS = 9.1210E-05 MST WEL = 0.9625 WEL = 0.1500 SSM_WEL-1 CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 CNC = 7.7781E-10 CNC = 3.2795E-09 CNC_0 TOTAL OUT = 0.9628 TOTAL OUT = 0.1501 - IN - OUT = -1.0352E-08 IN - OUT = -1.7114E-09 + IN - OUT = -7.8367E-09 IN - OUT = -9.5467E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -9274,9 +9276,9 @@ start timestep kper="2" kstp="78" mode="normal" TOTAL OUT = 0.9753 TOTAL OUT = 0.1501 - IN - OUT = -1.0362E-08 IN - OUT = -1.2183E-10 + IN - OUT = -7.7814E-09 IN - OUT = 6.6397E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -9389,7 +9391,7 @@ start timestep kper="2" kstp="79" mode="normal" TOTAL OUT = 0.9878 TOTAL OUT = 0.1501 - IN - OUT = -1.0417E-08 IN - OUT = -6.6304E-10 + IN - OUT = -7.8245E-09 IN - OUT = -5.1752E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -9504,7 +9506,7 @@ start timestep kper="2" kstp="80" mode="normal" TOTAL OUT = 1.0003 TOTAL OUT = 0.1501 - IN - OUT = -1.0564E-08 IN - OUT = -1.7605E-09 + IN - OUT = -7.9397E-09 IN - OUT = -1.3822E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -9619,7 +9621,7 @@ start timestep kper="2" kstp="81" mode="normal" TOTAL OUT = 1.0128 TOTAL OUT = 0.1501 - IN - OUT = -1.0501E-08 IN - OUT = 7.5227E-10 + IN - OUT = -7.7994E-09 IN - OUT = 1.6836E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -9734,9 +9736,9 @@ start timestep kper="2" kstp="82" mode="normal" TOTAL OUT = 1.0253 TOTAL OUT = 0.1501 - IN - OUT = -1.0442E-08 IN - OUT = 7.0822E-10 + IN - OUT = -7.8616E-09 IN - OUT = -7.4698E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -9849,7 +9851,7 @@ start timestep kper="2" kstp="83" mode="normal" TOTAL OUT = 1.0378 TOTAL OUT = 0.1501 - IN - OUT = -1.0619E-08 IN - OUT = -2.1198E-09 + IN - OUT = -7.9849E-09 IN - OUT = -1.4795E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -9964,7 +9966,7 @@ start timestep kper="2" kstp="84" mode="normal" TOTAL OUT = 1.0503 TOTAL OUT = 0.1501 - IN - OUT = -1.0906E-08 IN - OUT = -3.4513E-09 + IN - OUT = -8.0979E-09 IN - OUT = -1.3558E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -10079,7 +10081,7 @@ start timestep kper="2" kstp="85" mode="normal" TOTAL OUT = 1.0629 TOTAL OUT = 0.1501 - IN - OUT = -1.1059E-08 IN - OUT = -1.8281E-09 + IN - OUT = -8.2042E-09 IN - OUT = -1.2751E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -10194,7 +10196,7 @@ start timestep kper="2" kstp="86" mode="normal" TOTAL OUT = 1.0754 TOTAL OUT = 0.1501 - IN - OUT = -1.1178E-08 IN - OUT = -1.4341E-09 + IN - OUT = -8.4280E-09 IN - OUT = -2.6856E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -10309,7 +10311,7 @@ start timestep kper="2" kstp="87" mode="normal" TOTAL OUT = 1.0879 TOTAL OUT = 0.1501 - IN - OUT = -1.1132E-08 IN - OUT = 5.5361E-10 + IN - OUT = -8.2872E-09 IN - OUT = 1.6887E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -10424,7 +10426,7 @@ start timestep kper="2" kstp="88" mode="normal" TOTAL OUT = 1.1004 TOTAL OUT = 0.1501 - IN - OUT = -1.1294E-08 IN - OUT = -1.9435E-09 + IN - OUT = -8.4783E-09 IN - OUT = -2.2927E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -10539,7 +10541,7 @@ start timestep kper="2" kstp="89" mode="normal" TOTAL OUT = 1.1129 TOTAL OUT = 0.1501 - IN - OUT = -1.1405E-08 IN - OUT = -1.3248E-09 + IN - OUT = -8.6930E-09 IN - OUT = -2.5763E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -10654,9 +10656,9 @@ start timestep kper="2" kstp="90" mode="normal" TOTAL OUT = 1.1254 TOTAL OUT = 0.1501 - IN - OUT = -1.1468E-08 IN - OUT = -7.5968E-10 + IN - OUT = -8.6835E-09 IN - OUT = 1.1344E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -10769,7 +10771,7 @@ start timestep kper="2" kstp="91" mode="normal" TOTAL OUT = 1.1379 TOTAL OUT = 0.1501 - IN - OUT = -1.1571E-08 IN - OUT = -1.2350E-09 + IN - OUT = -8.8156E-09 IN - OUT = -1.5842E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -10884,7 +10886,7 @@ start timestep kper="2" kstp="92" mode="normal" TOTAL OUT = 1.1504 TOTAL OUT = 0.1501 - IN - OUT = -1.1691E-08 IN - OUT = -1.4377E-09 + IN - OUT = -8.8747E-09 IN - OUT = -7.1006E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -10999,9 +11001,9 @@ start timestep kper="2" kstp="93" mode="normal" TOTAL OUT = 1.1629 TOTAL OUT = 0.1501 - IN - OUT = -1.1724E-08 IN - OUT = -4.0409E-10 + IN - OUT = -8.7871E-09 IN - OUT = 1.0511E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -11107,14 +11109,14 @@ start timestep kper="2" kstp="94" mode="normal" OUT: OUT: ---- ---- - STORAGE-AQUEOUS = 4.3637E-04 STORAGE-AQUEOUS = 1.1225E-04 MST + STORAGE-AQUEOUS = 4.3638E-04 STORAGE-AQUEOUS = 1.1225E-04 MST WEL = 1.1750 WEL = 0.1500 SSM_WEL-1 CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 CNC = 2.3539E-08 CNC = 2.9636E-08 CNC_0 TOTAL OUT = 1.1754 TOTAL OUT = 0.1501 - IN - OUT = -1.1915E-08 IN - OUT = -2.2926E-09 + IN - OUT = -8.9394E-09 IN - OUT = -1.8269E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -11229,7 +11231,7 @@ start timestep kper="2" kstp="95" mode="normal" TOTAL OUT = 1.1879 TOTAL OUT = 0.1501 - IN - OUT = -1.1876E-08 IN - OUT = 4.6558E-10 + IN - OUT = -8.9030E-09 IN - OUT = 4.3648E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -11344,9 +11346,9 @@ start timestep kper="2" kstp="96" mode="normal" TOTAL OUT = 1.2005 TOTAL OUT = 0.1501 - IN - OUT = -1.1885E-08 IN - OUT = -1.0063E-10 + IN - OUT = -8.8289E-09 IN - OUT = 8.8890E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -11452,16 +11454,16 @@ start timestep kper="2" kstp="97" mode="normal" OUT: OUT: ---- ---- - STORAGE-AQUEOUS = 4.6506E-04 STORAGE-AQUEOUS = 1.1600E-04 MST + STORAGE-AQUEOUS = 4.6506E-04 STORAGE-AQUEOUS = 1.1599E-04 MST WEL = 1.2125 WEL = 0.1500 SSM_WEL-1 CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 CNC = 3.1919E-08 CNC = 3.5498E-08 CNC_0 TOTAL OUT = 1.2130 TOTAL OUT = 0.1501 - IN - OUT = -1.1853E-08 IN - OUT = 3.7773E-10 + IN - OUT = -8.8557E-09 IN - OUT = -3.2076E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -11574,7 +11576,7 @@ start timestep kper="2" kstp="98" mode="normal" TOTAL OUT = 1.2255 TOTAL OUT = 0.1501 - IN - OUT = -1.1789E-08 IN - OUT = 7.6756E-10 + IN - OUT = -8.7990E-09 IN - OUT = 6.8025E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -11689,7 +11691,7 @@ start timestep kper="2" kstp="99" mode="normal" TOTAL OUT = 1.2380 TOTAL OUT = 0.1501 - IN - OUT = -1.1805E-08 IN - OUT = -1.8157E-10 + IN - OUT = -8.8068E-09 IN - OUT = -9.4259E-11 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -11804,9 +11806,9 @@ start timestep kper="2" kstp="100" mode="normal" TOTAL OUT = 1.2505 TOTAL OUT = 0.1501 - IN - OUT = -1.1869E-08 IN - OUT = -7.7767E-10 + IN - OUT = -8.7577E-09 IN - OUT = 5.9021E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -11919,7 +11921,7 @@ start timestep kper="2" kstp="101" mode="normal" TOTAL OUT = 1.2630 TOTAL OUT = 0.1501 - IN - OUT = -1.1986E-08 IN - OUT = -1.3959E-09 + IN - OUT = -8.9904E-09 IN - OUT = -2.7929E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -12034,7 +12036,7 @@ start timestep kper="2" kstp="102" mode="normal" TOTAL OUT = 1.2755 TOTAL OUT = 0.1501 - IN - OUT = -1.2199E-08 IN - OUT = -2.5588E-09 + IN - OUT = -9.0242E-09 IN - OUT = -4.0514E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -12149,7 +12151,7 @@ start timestep kper="2" kstp="103" mode="normal" TOTAL OUT = 1.2880 TOTAL OUT = 0.1501 - IN - OUT = -1.2370E-08 IN - OUT = -2.0530E-09 + IN - OUT = -9.2437E-09 IN - OUT = -2.6351E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -12264,7 +12266,7 @@ start timestep kper="2" kstp="104" mode="normal" TOTAL OUT = 1.3005 TOTAL OUT = 0.1501 - IN - OUT = -1.2549E-08 IN - OUT = -2.1452E-09 + IN - OUT = -9.3667E-09 IN - OUT = -1.4758E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -12379,7 +12381,7 @@ start timestep kper="2" kstp="105" mode="normal" TOTAL OUT = 1.3130 TOTAL OUT = 0.1501 - IN - OUT = -1.2656E-08 IN - OUT = -1.2922E-09 + IN - OUT = -9.4550E-09 IN - OUT = -1.0594E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -12494,7 +12496,7 @@ start timestep kper="2" kstp="106" mode="normal" TOTAL OUT = 1.3256 TOTAL OUT = 0.1501 - IN - OUT = -1.2551E-08 IN - OUT = 1.2654E-09 + IN - OUT = -9.1992E-09 IN - OUT = 3.0699E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -12609,7 +12611,7 @@ start timestep kper="2" kstp="107" mode="normal" TOTAL OUT = 1.3381 TOTAL OUT = 0.1501 - IN - OUT = -1.2607E-08 IN - OUT = -6.7034E-10 + IN - OUT = -9.3327E-09 IN - OUT = -1.6017E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -12724,9 +12726,9 @@ start timestep kper="2" kstp="108" mode="normal" TOTAL OUT = 1.3506 TOTAL OUT = 0.1501 - IN - OUT = -1.2713E-08 IN - OUT = -1.2774E-09 + IN - OUT = -9.3275E-09 IN - OUT = 6.1400E-11 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -12839,7 +12841,7 @@ start timestep kper="2" kstp="109" mode="normal" TOTAL OUT = 1.3631 TOTAL OUT = 0.1501 - IN - OUT = -1.2784E-08 IN - OUT = -8.4427E-10 + IN - OUT = -9.5119E-09 IN - OUT = -2.2121E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -12954,7 +12956,7 @@ start timestep kper="2" kstp="110" mode="normal" TOTAL OUT = 1.3756 TOTAL OUT = 0.1501 - IN - OUT = -1.2964E-08 IN - OUT = -2.1646E-09 + IN - OUT = -9.5710E-09 IN - OUT = -7.0945E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -13069,7 +13071,7 @@ start timestep kper="2" kstp="111" mode="normal" TOTAL OUT = 1.3881 TOTAL OUT = 0.1501 - IN - OUT = -1.3046E-08 IN - OUT = -9.8745E-10 + IN - OUT = -9.6630E-09 IN - OUT = -1.1039E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -13184,7 +13186,7 @@ start timestep kper="2" kstp="112" mode="normal" TOTAL OUT = 1.4006 TOTAL OUT = 0.1501 - IN - OUT = -1.3171E-08 IN - OUT = -1.5015E-09 + IN - OUT = -9.7323E-09 IN - OUT = -8.3216E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -13299,9 +13301,9 @@ start timestep kper="2" kstp="113" mode="normal" TOTAL OUT = 1.4131 TOTAL OUT = 0.1501 - IN - OUT = -1.3240E-08 IN - OUT = -8.2646E-10 + IN - OUT = -9.6921E-09 IN - OUT = 4.8321E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -13414,7 +13416,7 @@ start timestep kper="2" kstp="114" mode="normal" TOTAL OUT = 1.4256 TOTAL OUT = 0.1501 - IN - OUT = -1.3496E-08 IN - OUT = -3.0638E-09 + IN - OUT = -9.9522E-09 IN - OUT = -3.1220E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -13529,7 +13531,7 @@ start timestep kper="2" kstp="115" mode="normal" TOTAL OUT = 1.4382 TOTAL OUT = 0.1501 - IN - OUT = -1.3549E-08 IN - OUT = -6.4521E-10 + IN - OUT = -1.0055E-08 IN - OUT = -1.2273E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -13644,7 +13646,7 @@ start timestep kper="2" kstp="116" mode="normal" TOTAL OUT = 1.4507 TOTAL OUT = 0.1501 - IN - OUT = -1.3540E-08 IN - OUT = 1.1278E-10 + IN - OUT = -9.8608E-09 IN - OUT = 2.3247E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -13759,9 +13761,9 @@ start timestep kper="2" kstp="117" mode="normal" TOTAL OUT = 1.4632 TOTAL OUT = 0.1501 - IN - OUT = -1.3547E-08 IN - OUT = -8.8055E-11 + IN - OUT = -9.8414E-09 IN - OUT = 2.3209E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -13874,7 +13876,7 @@ start timestep kper="2" kstp="118" mode="normal" TOTAL OUT = 1.4757 TOTAL OUT = 0.1501 - IN - OUT = -1.3615E-08 IN - OUT = -8.1292E-10 + IN - OUT = -9.8583E-09 IN - OUT = -2.0174E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -13989,7 +13991,7 @@ start timestep kper="2" kstp="119" mode="normal" TOTAL OUT = 1.4882 TOTAL OUT = 0.1501 - IN - OUT = -1.3760E-08 IN - OUT = -1.7398E-09 + IN - OUT = -9.9450E-09 IN - OUT = -1.0413E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -14104,9 +14106,9 @@ start timestep kper="2" kstp="120" mode="normal" TOTAL OUT = 1.5007 TOTAL OUT = 0.1501 - IN - OUT = -1.3691E-08 IN - OUT = 8.2568E-10 + IN - OUT = -1.0012E-08 IN - OUT = -8.0413E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -14221,7 +14223,7 @@ start timestep kper="3" kstp="1" mode="normal" TOTAL OUT = 1.6257 TOTAL OUT = 1.5002 - IN - OUT = -1.3873E-08 IN - OUT = -2.1753E-09 + IN - OUT = -1.0159E-08 IN - OUT = -1.7679E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -14336,7 +14338,7 @@ start timestep kper="3" kstp="2" mode="normal" TOTAL OUT = 1.7507 TOTAL OUT = 1.5002 - IN - OUT = -1.4037E-08 IN - OUT = -1.9684E-09 + IN - OUT = -1.0420E-08 IN - OUT = -3.1326E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -14451,7 +14453,7 @@ start timestep kper="3" kstp="3" mode="normal" TOTAL OUT = 1.8758 TOTAL OUT = 1.5002 - IN - OUT = -1.4007E-08 IN - OUT = 3.5668E-10 + IN - OUT = -1.0376E-08 IN - OUT = 5.3130E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -14566,9 +14568,9 @@ start timestep kper="3" kstp="4" mode="normal" TOTAL OUT = 2.0008 TOTAL OUT = 1.5002 - IN - OUT = -1.3940E-08 IN - OUT = 8.0320E-10 + IN - OUT = -1.0401E-08 IN - OUT = -3.0274E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -14681,7 +14683,7 @@ start timestep kper="3" kstp="5" mode="normal" TOTAL OUT = 2.1258 TOTAL OUT = 1.5002 - IN - OUT = -1.3995E-08 IN - OUT = -6.6288E-10 + IN - OUT = -1.0474E-08 IN - OUT = -8.6661E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -14796,7 +14798,7 @@ start timestep kper="3" kstp="6" mode="normal" TOTAL OUT = 2.2508 TOTAL OUT = 1.5002 - IN - OUT = -1.3910E-08 IN - OUT = 1.0173E-09 + IN - OUT = -1.0369E-08 IN - OUT = 1.2501E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -14904,14 +14906,14 @@ start timestep kper="3" kstp="7" mode="normal" OUT: OUT: ---- ---- - STORAGE-AQUEOUS = 8.2471E-04 STORAGE-AQUEOUS = 2.2071E-04 MST + STORAGE-AQUEOUS = 8.2471E-04 STORAGE-AQUEOUS = 2.2070E-04 MST WEL = 2.3750 WEL = 1.5000 SSM_WEL-1 CHD = 0.0000 CHD = 0.0000 SSM_CHD-1 CNC = 1.9551E-07 CNC = 5.5540E-08 CNC_0 TOTAL OUT = 2.3758 TOTAL OUT = 1.5002 - IN - OUT = -1.4002E-08 IN - OUT = -1.0937E-09 + IN - OUT = -1.0504E-08 IN - OUT = -1.6176E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -15026,7 +15028,7 @@ start timestep kper="3" kstp="8" mode="normal" TOTAL OUT = 2.5008 TOTAL OUT = 1.5002 - IN - OUT = -1.4179E-08 IN - OUT = -2.1340E-09 + IN - OUT = -1.0653E-08 IN - OUT = -1.7847E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -15141,7 +15143,7 @@ start timestep kper="3" kstp="9" mode="normal" TOTAL OUT = 2.6259 TOTAL OUT = 1.5002 - IN - OUT = -1.4198E-08 IN - OUT = -2.2101E-10 + IN - OUT = -1.0691E-08 IN - OUT = -4.5384E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -15256,7 +15258,7 @@ start timestep kper="3" kstp="10" mode="normal" TOTAL OUT = 2.7509 TOTAL OUT = 1.5003 - IN - OUT = -1.4141E-08 IN - OUT = 6.8325E-10 + IN - OUT = -1.0624E-08 IN - OUT = 7.9966E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -15371,7 +15373,7 @@ start timestep kper="3" kstp="11" mode="normal" TOTAL OUT = 2.8759 TOTAL OUT = 1.5003 - IN - OUT = -1.4288E-08 IN - OUT = -1.7703E-09 + IN - OUT = -1.0701E-08 IN - OUT = -9.2629E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -15486,7 +15488,7 @@ start timestep kper="3" kstp="12" mode="normal" TOTAL OUT = 3.0009 TOTAL OUT = 1.5003 - IN - OUT = -1.4609E-08 IN - OUT = -3.8503E-09 + IN - OUT = -1.0821E-08 IN - OUT = -1.4347E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -15601,9 +15603,9 @@ start timestep kper="3" kstp="13" mode="normal" TOTAL OUT = 3.1260 TOTAL OUT = 1.5003 - IN - OUT = -1.4598E-08 IN - OUT = 1.3819E-10 + IN - OUT = -1.0826E-08 IN - OUT = -6.5537E-11 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -15716,7 +15718,7 @@ start timestep kper="3" kstp="14" mode="normal" TOTAL OUT = 3.2510 TOTAL OUT = 1.5003 - IN - OUT = -1.4699E-08 IN - OUT = -1.2113E-09 + IN - OUT = -1.0947E-08 IN - OUT = -1.4441E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -15831,9 +15833,9 @@ start timestep kper="3" kstp="15" mode="normal" TOTAL OUT = 3.3760 TOTAL OUT = 1.5003 - IN - OUT = -1.4720E-08 IN - OUT = -2.5923E-10 + IN - OUT = -1.0854E-08 IN - OUT = 1.1086E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -15946,7 +15948,7 @@ start timestep kper="3" kstp="16" mode="normal" TOTAL OUT = 3.5010 TOTAL OUT = 1.5003 - IN - OUT = -1.4738E-08 IN - OUT = -2.1755E-10 + IN - OUT = -1.0969E-08 IN - OUT = -1.3817E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -16061,7 +16063,7 @@ start timestep kper="3" kstp="17" mode="normal" TOTAL OUT = 3.6261 TOTAL OUT = 1.5003 - IN - OUT = -1.5006E-08 IN - OUT = -3.2125E-09 + IN - OUT = -1.1278E-08 IN - OUT = -3.7073E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -16176,7 +16178,7 @@ start timestep kper="3" kstp="18" mode="normal" TOTAL OUT = 3.7511 TOTAL OUT = 1.5004 - IN - OUT = -1.5134E-08 IN - OUT = -1.5313E-09 + IN - OUT = -1.1353E-08 IN - OUT = -8.9101E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -16291,9 +16293,9 @@ start timestep kper="3" kstp="19" mode="normal" TOTAL OUT = 3.8761 TOTAL OUT = 1.5004 - IN - OUT = -1.5131E-08 IN - OUT = 3.1925E-11 + IN - OUT = -1.1389E-08 IN - OUT = -4.3374E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -16406,7 +16408,7 @@ start timestep kper="3" kstp="20" mode="normal" TOTAL OUT = 4.0012 TOTAL OUT = 1.5004 - IN - OUT = -1.5221E-08 IN - OUT = -1.0750E-09 + IN - OUT = -1.1391E-08 IN - OUT = -2.7262E-11 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -16521,7 +16523,7 @@ start timestep kper="3" kstp="21" mode="normal" TOTAL OUT = 4.1262 TOTAL OUT = 1.5004 - IN - OUT = -1.5442E-08 IN - OUT = -2.6565E-09 + IN - OUT = -1.1632E-08 IN - OUT = -2.8893E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -16636,7 +16638,7 @@ start timestep kper="3" kstp="22" mode="normal" TOTAL OUT = 4.2512 TOTAL OUT = 1.5004 - IN - OUT = -1.5552E-08 IN - OUT = -1.3226E-09 + IN - OUT = -1.1708E-08 IN - OUT = -9.1516E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -16751,9 +16753,9 @@ start timestep kper="3" kstp="23" mode="normal" TOTAL OUT = 4.3763 TOTAL OUT = 1.5004 - IN - OUT = -1.5569E-08 IN - OUT = -1.9919E-10 + IN - OUT = -1.1649E-08 IN - OUT = 7.0302E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -16866,7 +16868,7 @@ start timestep kper="3" kstp="24" mode="normal" TOTAL OUT = 4.5013 TOTAL OUT = 1.5004 - IN - OUT = -1.5607E-08 IN - OUT = -4.5975E-10 + IN - OUT = -1.1678E-08 IN - OUT = -3.4334E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -16981,7 +16983,7 @@ start timestep kper="3" kstp="25" mode="normal" TOTAL OUT = 4.6263 TOTAL OUT = 1.5004 - IN - OUT = -1.5781E-08 IN - OUT = -2.0848E-09 + IN - OUT = -1.1731E-08 IN - OUT = -6.2962E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -17096,9 +17098,9 @@ start timestep kper="3" kstp="26" mode="normal" TOTAL OUT = 4.7514 TOTAL OUT = 1.5004 - IN - OUT = -1.5739E-08 IN - OUT = 5.0345E-10 + IN - OUT = -1.1737E-08 IN - OUT = -7.8627E-11 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -17211,7 +17213,7 @@ start timestep kper="3" kstp="27" mode="normal" TOTAL OUT = 4.8764 TOTAL OUT = 1.5005 - IN - OUT = -1.5882E-08 IN - OUT = -1.7231E-09 + IN - OUT = -1.1854E-08 IN - OUT = -1.4030E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -17326,9 +17328,9 @@ start timestep kper="3" kstp="28" mode="normal" TOTAL OUT = 5.0014 TOTAL OUT = 1.5005 - IN - OUT = -1.5854E-08 IN - OUT = 3.3877E-10 + IN - OUT = -1.1874E-08 IN - OUT = -2.4331E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -17441,7 +17443,7 @@ start timestep kper="3" kstp="29" mode="normal" TOTAL OUT = 5.1265 TOTAL OUT = 1.5005 - IN - OUT = -1.6088E-08 IN - OUT = -2.8057E-09 + IN - OUT = -1.2128E-08 IN - OUT = -3.0385E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -17556,7 +17558,7 @@ start timestep kper="3" kstp="30" mode="normal" TOTAL OUT = 5.2515 TOTAL OUT = 1.5005 - IN - OUT = -1.6276E-08 IN - OUT = -2.2572E-09 + IN - OUT = -1.2340E-08 IN - OUT = -2.5483E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -17671,7 +17673,7 @@ start timestep kper="3" kstp="31" mode="normal" TOTAL OUT = 5.3766 TOTAL OUT = 1.5005 - IN - OUT = -1.6392E-08 IN - OUT = -1.3955E-09 + IN - OUT = -1.2493E-08 IN - OUT = -1.8320E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -17786,7 +17788,7 @@ start timestep kper="3" kstp="32" mode="normal" TOTAL OUT = 5.5016 TOTAL OUT = 1.5005 - IN - OUT = -1.6494E-08 IN - OUT = -1.2156E-09 + IN - OUT = -1.2557E-08 IN - OUT = -7.7902E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -17901,7 +17903,7 @@ start timestep kper="3" kstp="33" mode="normal" TOTAL OUT = 5.6266 TOTAL OUT = 1.5005 - IN - OUT = -1.6497E-08 IN - OUT = -3.6779E-11 + IN - OUT = -1.2594E-08 IN - OUT = -4.4423E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -18016,7 +18018,7 @@ start timestep kper="3" kstp="34" mode="normal" TOTAL OUT = 5.7517 TOTAL OUT = 1.5005 - IN - OUT = -1.6627E-08 IN - OUT = -1.5586E-09 + IN - OUT = -1.2673E-08 IN - OUT = -9.4739E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -18131,9 +18133,9 @@ start timestep kper="3" kstp="35" mode="normal" TOTAL OUT = 5.8767 TOTAL OUT = 1.5006 - IN - OUT = -1.6587E-08 IN - OUT = 4.7178E-10 + IN - OUT = -1.2690E-08 IN - OUT = -1.9761E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -18246,7 +18248,7 @@ start timestep kper="3" kstp="36" mode="normal" TOTAL OUT = 6.0018 TOTAL OUT = 1.5006 - IN - OUT = -1.6813E-08 IN - OUT = -2.7119E-09 + IN - OUT = -1.2935E-08 IN - OUT = -2.9447E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -18361,7 +18363,7 @@ start timestep kper="3" kstp="37" mode="normal" TOTAL OUT = 6.1268 TOTAL OUT = 1.5006 - IN - OUT = -1.7107E-08 IN - OUT = -3.5180E-09 + IN - OUT = -1.3316E-08 IN - OUT = -4.5658E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -18476,9 +18478,9 @@ start timestep kper="3" kstp="38" mode="normal" TOTAL OUT = 6.2519 TOTAL OUT = 1.5006 - IN - OUT = -1.7136E-08 IN - OUT = -3.5213E-10 + IN - OUT = -1.3207E-08 IN - OUT = 1.3068E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -18591,9 +18593,9 @@ start timestep kper="3" kstp="39" mode="normal" TOTAL OUT = 6.3769 TOTAL OUT = 1.5006 - IN - OUT = -1.7100E-08 IN - OUT = 4.3522E-10 + IN - OUT = -1.3234E-08 IN - OUT = -3.2149E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -18706,7 +18708,7 @@ start timestep kper="3" kstp="40" mode="normal" TOTAL OUT = 6.5020 TOTAL OUT = 1.5006 - IN - OUT = -1.7172E-08 IN - OUT = -8.7163E-10 + IN - OUT = -1.3258E-08 IN - OUT = -2.8955E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -18821,9 +18823,9 @@ start timestep kper="3" kstp="41" mode="normal" TOTAL OUT = 6.6270 TOTAL OUT = 1.5006 - IN - OUT = -1.7257E-08 IN - OUT = -1.0167E-09 + IN - OUT = -1.3255E-08 IN - OUT = 3.1071E-11 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -18936,9 +18938,9 @@ start timestep kper="3" kstp="42" mode="normal" TOTAL OUT = 6.7521 TOTAL OUT = 1.5006 - IN - OUT = -1.7265E-08 IN - OUT = -9.4432E-11 + IN - OUT = -1.3164E-08 IN - OUT = 1.0988E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -19051,7 +19053,7 @@ start timestep kper="3" kstp="43" mode="normal" TOTAL OUT = 6.8771 TOTAL OUT = 1.5007 - IN - OUT = -1.7389E-08 IN - OUT = -1.4895E-09 + IN - OUT = -1.3276E-08 IN - OUT = -1.3439E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -19166,7 +19168,7 @@ start timestep kper="3" kstp="44" mode="normal" TOTAL OUT = 7.0022 TOTAL OUT = 1.5007 - IN - OUT = -1.7549E-08 IN - OUT = -1.9189E-09 + IN - OUT = -1.3440E-08 IN - OUT = -1.9771E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -19281,7 +19283,7 @@ start timestep kper="3" kstp="45" mode="normal" TOTAL OUT = 7.1273 TOTAL OUT = 1.5007 - IN - OUT = -1.7430E-08 IN - OUT = 1.4306E-09 + IN - OUT = -1.3413E-08 IN - OUT = 3.2467E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -19396,9 +19398,9 @@ start timestep kper="3" kstp="46" mode="normal" TOTAL OUT = 7.2523 TOTAL OUT = 1.5007 - IN - OUT = -1.7427E-08 IN - OUT = 2.6886E-11 + IN - OUT = -1.3457E-08 IN - OUT = -5.2609E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -19511,9 +19513,9 @@ start timestep kper="3" kstp="47" mode="normal" TOTAL OUT = 7.3774 TOTAL OUT = 1.5007 - IN - OUT = -1.7461E-08 IN - OUT = -4.0548E-10 + IN - OUT = -1.3382E-08 IN - OUT = 9.0419E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -19626,9 +19628,9 @@ start timestep kper="3" kstp="48" mode="normal" TOTAL OUT = 7.5024 TOTAL OUT = 1.5007 - IN - OUT = -1.7485E-08 IN - OUT = -2.8355E-10 + IN - OUT = -1.3308E-08 IN - OUT = 8.8060E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -19741,9 +19743,9 @@ start timestep kper="3" kstp="49" mode="normal" TOTAL OUT = 7.6275 TOTAL OUT = 1.5007 - IN - OUT = -1.7424E-08 IN - OUT = 7.3083E-10 + IN - OUT = -1.3349E-08 IN - OUT = -4.9154E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -19856,7 +19858,7 @@ start timestep kper="3" kstp="50" mode="normal" TOTAL OUT = 7.7526 TOTAL OUT = 1.5007 - IN - OUT = -1.7755E-08 IN - OUT = -3.9759E-09 + IN - OUT = -1.3581E-08 IN - OUT = -2.7826E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -19971,7 +19973,7 @@ start timestep kper="3" kstp="51" mode="normal" TOTAL OUT = 7.8776 TOTAL OUT = 1.5007 - IN - OUT = -1.7800E-08 IN - OUT = -5.3121E-10 + IN - OUT = -1.3613E-08 IN - OUT = -3.8570E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -20086,7 +20088,7 @@ start timestep kper="3" kstp="52" mode="normal" TOTAL OUT = 8.0027 TOTAL OUT = 1.5008 - IN - OUT = -1.7822E-08 IN - OUT = -2.7009E-10 + IN - OUT = -1.3670E-08 IN - OUT = -6.7754E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -20201,9 +20203,9 @@ start timestep kper="3" kstp="53" mode="normal" TOTAL OUT = 8.1277 TOTAL OUT = 1.5008 - IN - OUT = -1.7936E-08 IN - OUT = -1.3693E-09 + IN - OUT = -1.3660E-08 IN - OUT = 1.1499E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -20316,9 +20318,9 @@ start timestep kper="3" kstp="54" mode="normal" TOTAL OUT = 8.2528 TOTAL OUT = 1.5008 - IN - OUT = -1.7902E-08 IN - OUT = 4.1005E-10 + IN - OUT = -1.3682E-08 IN - OUT = -2.5934E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -20431,9 +20433,9 @@ start timestep kper="3" kstp="55" mode="normal" TOTAL OUT = 8.3779 TOTAL OUT = 1.5008 - IN - OUT = -1.7963E-08 IN - OUT = -7.3805E-10 + IN - OUT = -1.3663E-08 IN - OUT = 2.2238E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -20546,7 +20548,7 @@ start timestep kper="3" kstp="56" mode="normal" TOTAL OUT = 8.5029 TOTAL OUT = 1.5008 - IN - OUT = -1.8055E-08 IN - OUT = -1.0998E-09 + IN - OUT = -1.3784E-08 IN - OUT = -1.4491E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -20661,7 +20663,7 @@ start timestep kper="3" kstp="57" mode="normal" TOTAL OUT = 8.6280 TOTAL OUT = 1.5008 - IN - OUT = -1.8168E-08 IN - OUT = -1.3586E-09 + IN - OUT = -1.4011E-08 IN - OUT = -2.7265E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -20776,7 +20778,7 @@ start timestep kper="3" kstp="58" mode="normal" TOTAL OUT = 8.7531 TOTAL OUT = 1.5008 - IN - OUT = -1.8099E-08 IN - OUT = 8.2808E-10 + IN - OUT = -1.3901E-08 IN - OUT = 1.3228E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -20891,7 +20893,7 @@ start timestep kper="3" kstp="59" mode="normal" TOTAL OUT = 8.8782 TOTAL OUT = 1.5008 - IN - OUT = -1.8184E-08 IN - OUT = -1.0151E-09 + IN - OUT = -1.4034E-08 IN - OUT = -1.5972E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -21006,9 +21008,9 @@ start timestep kper="3" kstp="60" mode="normal" TOTAL OUT = 9.0032 TOTAL OUT = 1.5009 - IN - OUT = -1.8197E-08 IN - OUT = -1.5246E-10 + IN - OUT = -1.4003E-08 IN - OUT = 3.7141E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -21121,7 +21123,7 @@ start timestep kper="3" kstp="61" mode="normal" TOTAL OUT = 9.1283 TOTAL OUT = 1.5009 - IN - OUT = -1.8202E-08 IN - OUT = -5.9556E-11 + IN - OUT = -1.4052E-08 IN - OUT = -5.8343E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -21236,7 +21238,7 @@ start timestep kper="3" kstp="62" mode="normal" TOTAL OUT = 9.2534 TOTAL OUT = 1.5009 - IN - OUT = -1.8473E-08 IN - OUT = -3.2593E-09 + IN - OUT = -1.4268E-08 IN - OUT = -2.5900E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -21351,7 +21353,7 @@ start timestep kper="3" kstp="63" mode="normal" TOTAL OUT = 9.3784 TOTAL OUT = 1.5009 - IN - OUT = -1.8579E-08 IN - OUT = -1.2707E-09 + IN - OUT = -1.4325E-08 IN - OUT = -6.8860E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -21466,7 +21468,7 @@ start timestep kper="3" kstp="64" mode="normal" TOTAL OUT = 9.5035 TOTAL OUT = 1.5009 - IN - OUT = -1.8736E-08 IN - OUT = -1.8809E-09 + IN - OUT = -1.4535E-08 IN - OUT = -2.5212E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -21581,7 +21583,7 @@ start timestep kper="3" kstp="65" mode="normal" TOTAL OUT = 9.6286 TOTAL OUT = 1.5009 - IN - OUT = -1.8977E-08 IN - OUT = -2.8991E-09 + IN - OUT = -1.4736E-08 IN - OUT = -2.4043E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -21696,7 +21698,7 @@ start timestep kper="3" kstp="66" mode="normal" TOTAL OUT = 9.7537 TOTAL OUT = 1.5009 - IN - OUT = -1.9172E-08 IN - OUT = -2.3340E-09 + IN - OUT = -1.5008E-08 IN - OUT = -3.2653E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -21811,7 +21813,7 @@ start timestep kper="3" kstp="67" mode="normal" TOTAL OUT = 9.8788 TOTAL OUT = 1.5009 - IN - OUT = -1.9407E-08 IN - OUT = -2.8266E-09 + IN - OUT = -1.5105E-08 IN - OUT = -1.1677E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -21926,7 +21928,7 @@ start timestep kper="3" kstp="68" mode="normal" TOTAL OUT = 10.0038 TOTAL OUT = 1.5010 - IN - OUT = -1.9628E-08 IN - OUT = -2.6499E-09 + IN - OUT = -1.5260E-08 IN - OUT = -1.8641E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -22041,7 +22043,7 @@ start timestep kper="3" kstp="69" mode="normal" TOTAL OUT = 10.1289 TOTAL OUT = 1.5010 - IN - OUT = -1.9434E-08 IN - OUT = 2.3348E-09 + IN - OUT = -1.5153E-08 IN - OUT = 1.2871E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -22156,7 +22158,7 @@ start timestep kper="3" kstp="70" mode="normal" TOTAL OUT = 10.2540 TOTAL OUT = 1.5010 - IN - OUT = -1.9524E-08 IN - OUT = -1.0774E-09 + IN - OUT = -1.5216E-08 IN - OUT = -7.5722E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -22271,7 +22273,7 @@ start timestep kper="3" kstp="71" mode="normal" TOTAL OUT = 10.3791 TOTAL OUT = 1.5010 - IN - OUT = -1.9506E-08 IN - OUT = 2.1568E-10 + IN - OUT = -1.5152E-08 IN - OUT = 7.6865E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -22386,9 +22388,9 @@ start timestep kper="3" kstp="72" mode="normal" TOTAL OUT = 10.5042 TOTAL OUT = 1.5010 - IN - OUT = -1.9501E-08 IN - OUT = 4.9510E-11 + IN - OUT = -1.5257E-08 IN - OUT = -1.2602E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -22501,7 +22503,7 @@ start timestep kper="3" kstp="73" mode="normal" TOTAL OUT = 10.6292 TOTAL OUT = 1.5010 - IN - OUT = -1.9708E-08 IN - OUT = -2.4736E-09 + IN - OUT = -1.5303E-08 IN - OUT = -5.5275E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -22616,9 +22618,9 @@ start timestep kper="3" kstp="74" mode="normal" TOTAL OUT = 10.7543 TOTAL OUT = 1.5010 - IN - OUT = -1.9685E-08 IN - OUT = 2.7550E-10 + IN - OUT = -1.5469E-08 IN - OUT = -1.9946E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -22731,7 +22733,7 @@ start timestep kper="3" kstp="75" mode="normal" TOTAL OUT = 10.8794 TOTAL OUT = 1.5010 - IN - OUT = -1.9992E-08 IN - OUT = -3.6871E-09 + IN - OUT = -1.5602E-08 IN - OUT = -1.5916E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -22846,9 +22848,9 @@ start timestep kper="3" kstp="76" mode="normal" TOTAL OUT = 11.0045 TOTAL OUT = 1.5011 - IN - OUT = -1.9977E-08 IN - OUT = 1.7861E-10 + IN - OUT = -1.5694E-08 IN - OUT = -1.1020E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -22961,7 +22963,7 @@ start timestep kper="3" kstp="77" mode="normal" TOTAL OUT = 11.1296 TOTAL OUT = 1.5011 - IN - OUT = -2.0044E-08 IN - OUT = -8.0604E-10 + IN - OUT = -1.5705E-08 IN - OUT = -1.3665E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -23076,7 +23078,7 @@ start timestep kper="3" kstp="78" mode="normal" TOTAL OUT = 11.2547 TOTAL OUT = 1.5011 - IN - OUT = -2.0070E-08 IN - OUT = -3.1590E-10 + IN - OUT = -1.5744E-08 IN - OUT = -4.6142E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -23191,7 +23193,7 @@ start timestep kper="3" kstp="79" mode="normal" TOTAL OUT = 11.3798 TOTAL OUT = 1.5011 - IN - OUT = -2.0054E-08 IN - OUT = 1.9925E-10 + IN - OUT = -1.5717E-08 IN - OUT = 3.1566E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -23306,7 +23308,7 @@ start timestep kper="3" kstp="80" mode="normal" TOTAL OUT = 11.5049 TOTAL OUT = 1.5011 - IN - OUT = -2.0212E-08 IN - OUT = -1.9034E-09 + IN - OUT = -1.5917E-08 IN - OUT = -2.3982E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -23421,9 +23423,9 @@ start timestep kper="3" kstp="81" mode="normal" TOTAL OUT = 11.6300 TOTAL OUT = 1.5011 - IN - OUT = -2.0296E-08 IN - OUT = -1.0012E-09 + IN - OUT = -1.5865E-08 IN - OUT = 6.2861E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -23536,9 +23538,9 @@ start timestep kper="3" kstp="82" mode="normal" TOTAL OUT = 11.7551 TOTAL OUT = 1.5011 - IN - OUT = -2.0289E-08 IN - OUT = 8.4848E-11 + IN - OUT = -1.5899E-08 IN - OUT = -4.0992E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -23651,7 +23653,7 @@ start timestep kper="3" kstp="83" mode="normal" TOTAL OUT = 11.8801 TOTAL OUT = 1.5011 - IN - OUT = -2.0423E-08 IN - OUT = -1.6093E-09 + IN - OUT = -1.5992E-08 IN - OUT = -1.1146E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -23766,7 +23768,7 @@ start timestep kper="3" kstp="84" mode="normal" TOTAL OUT = 12.0052 TOTAL OUT = 1.5012 - IN - OUT = -2.0323E-08 IN - OUT = 1.1935E-09 + IN - OUT = -1.5958E-08 IN - OUT = 4.0770E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -23881,7 +23883,7 @@ start timestep kper="3" kstp="85" mode="normal" TOTAL OUT = 12.1303 TOTAL OUT = 1.5012 - IN - OUT = -2.0440E-08 IN - OUT = -1.3998E-09 + IN - OUT = -1.6084E-08 IN - OUT = -1.5163E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -23996,7 +23998,7 @@ start timestep kper="3" kstp="86" mode="normal" TOTAL OUT = 12.2554 TOTAL OUT = 1.5012 - IN - OUT = -2.0764E-08 IN - OUT = -3.8867E-09 + IN - OUT = -1.6510E-08 IN - OUT = -5.1091E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -24111,9 +24113,9 @@ start timestep kper="3" kstp="87" mode="normal" TOTAL OUT = 12.3805 TOTAL OUT = 1.5012 - IN - OUT = -2.0770E-08 IN - OUT = -7.1198E-11 + IN - OUT = -1.6431E-08 IN - OUT = 9.4744E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -24226,7 +24228,7 @@ start timestep kper="3" kstp="88" mode="normal" TOTAL OUT = 12.5056 TOTAL OUT = 1.5012 - IN - OUT = -2.0859E-08 IN - OUT = -1.0706E-09 + IN - OUT = -1.6513E-08 IN - OUT = -9.8330E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -24341,7 +24343,7 @@ start timestep kper="3" kstp="89" mode="normal" TOTAL OUT = 12.6307 TOTAL OUT = 1.5012 - IN - OUT = -2.1244E-08 IN - OUT = -4.6175E-09 + IN - OUT = -1.6847E-08 IN - OUT = -4.0063E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -24456,7 +24458,7 @@ start timestep kper="3" kstp="90" mode="normal" TOTAL OUT = 12.7558 TOTAL OUT = 1.5012 - IN - OUT = -2.1273E-08 IN - OUT = -3.5427E-10 + IN - OUT = -1.6910E-08 IN - OUT = -7.6173E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -24571,7 +24573,7 @@ start timestep kper="3" kstp="91" mode="normal" TOTAL OUT = 12.8809 TOTAL OUT = 1.5012 - IN - OUT = -2.1469E-08 IN - OUT = -2.3416E-09 + IN - OUT = -1.7040E-08 IN - OUT = -1.5558E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -24686,7 +24688,7 @@ start timestep kper="3" kstp="92" mode="normal" TOTAL OUT = 13.0061 TOTAL OUT = 1.5013 - IN - OUT = -2.1511E-08 IN - OUT = -5.1414E-10 + IN - OUT = -1.7190E-08 IN - OUT = -1.7947E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -24801,7 +24803,7 @@ start timestep kper="3" kstp="93" mode="normal" TOTAL OUT = 13.1312 TOTAL OUT = 1.5013 - IN - OUT = -2.1623E-08 IN - OUT = -1.3409E-09 + IN - OUT = -1.7340E-08 IN - OUT = -1.8065E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -24916,7 +24918,7 @@ start timestep kper="3" kstp="94" mode="normal" TOTAL OUT = 13.2563 TOTAL OUT = 1.5013 - IN - OUT = -2.1616E-08 IN - OUT = 9.2268E-11 + IN - OUT = -1.7291E-08 IN - OUT = 5.8703E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -25031,9 +25033,9 @@ start timestep kper="3" kstp="95" mode="normal" TOTAL OUT = 13.3814 TOTAL OUT = 1.5013 - IN - OUT = -2.1611E-08 IN - OUT = 4.9273E-11 + IN - OUT = -1.7307E-08 IN - OUT = -1.8356E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -25146,7 +25148,7 @@ start timestep kper="3" kstp="96" mode="normal" TOTAL OUT = 13.5065 TOTAL OUT = 1.5013 - IN - OUT = -2.1771E-08 IN - OUT = -1.9145E-09 + IN - OUT = -1.7439E-08 IN - OUT = -1.5943E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -25261,7 +25263,7 @@ start timestep kper="3" kstp="97" mode="normal" TOTAL OUT = 13.6316 TOTAL OUT = 1.5013 - IN - OUT = -2.1913E-08 IN - OUT = -1.7036E-09 + IN - OUT = -1.7545E-08 IN - OUT = -1.2670E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -25376,7 +25378,7 @@ start timestep kper="3" kstp="98" mode="normal" TOTAL OUT = 13.7567 TOTAL OUT = 1.5013 - IN - OUT = -2.1981E-08 IN - OUT = -8.1483E-10 + IN - OUT = -1.7664E-08 IN - OUT = -1.4260E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -25491,7 +25493,7 @@ start timestep kper="3" kstp="99" mode="normal" TOTAL OUT = 13.8818 TOTAL OUT = 1.5013 - IN - OUT = -2.2067E-08 IN - OUT = -1.0369E-09 + IN - OUT = -1.7794E-08 IN - OUT = -1.5608E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -25606,7 +25608,7 @@ start timestep kper="3" kstp="100" mode="normal" TOTAL OUT = 14.0069 TOTAL OUT = 1.5014 - IN - OUT = -2.2300E-08 IN - OUT = -2.7876E-09 + IN - OUT = -1.8014E-08 IN - OUT = -2.6421E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -25721,7 +25723,7 @@ start timestep kper="3" kstp="101" mode="normal" TOTAL OUT = 14.1320 TOTAL OUT = 1.5014 - IN - OUT = -2.2678E-08 IN - OUT = -4.5421E-09 + IN - OUT = -1.8310E-08 IN - OUT = -3.5526E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -25836,7 +25838,7 @@ start timestep kper="3" kstp="102" mode="normal" TOTAL OUT = 14.2572 TOTAL OUT = 1.5014 - IN - OUT = -2.2976E-08 IN - OUT = -3.5765E-09 + IN - OUT = -1.8598E-08 IN - OUT = -3.4601E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -25951,9 +25953,9 @@ start timestep kper="3" kstp="103" mode="normal" TOTAL OUT = 14.3823 TOTAL OUT = 1.5014 - IN - OUT = -2.3090E-08 IN - OUT = -1.3630E-09 + IN - OUT = -1.8564E-08 IN - OUT = 4.1228E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -26066,7 +26068,7 @@ start timestep kper="3" kstp="104" mode="normal" TOTAL OUT = 14.5074 TOTAL OUT = 1.5014 - IN - OUT = -2.3152E-08 IN - OUT = -7.4311E-10 + IN - OUT = -1.8641E-08 IN - OUT = -9.1774E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -26181,7 +26183,7 @@ start timestep kper="3" kstp="105" mode="normal" TOTAL OUT = 14.6325 TOTAL OUT = 1.5014 - IN - OUT = -2.3403E-08 IN - OUT = -3.0159E-09 + IN - OUT = -1.8919E-08 IN - OUT = -3.3360E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -26296,7 +26298,7 @@ start timestep kper="3" kstp="106" mode="normal" TOTAL OUT = 14.7576 TOTAL OUT = 1.5014 - IN - OUT = -2.3589E-08 IN - OUT = -2.2335E-09 + IN - OUT = -1.9012E-08 IN - OUT = -1.1276E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -26411,9 +26413,9 @@ start timestep kper="3" kstp="107" mode="normal" TOTAL OUT = 14.8827 TOTAL OUT = 1.5014 - IN - OUT = -2.3588E-08 IN - OUT = 9.7553E-12 + IN - OUT = -1.9152E-08 IN - OUT = -1.6783E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -26526,7 +26528,7 @@ start timestep kper="3" kstp="108" mode="normal" TOTAL OUT = 15.0079 TOTAL OUT = 1.5015 - IN - OUT = -2.3557E-08 IN - OUT = 3.7695E-10 + IN - OUT = -1.9038E-08 IN - OUT = 1.3665E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -26641,7 +26643,7 @@ start timestep kper="3" kstp="109" mode="normal" TOTAL OUT = 15.1330 TOTAL OUT = 1.5015 - IN - OUT = -2.3765E-08 IN - OUT = -2.4950E-09 + IN - OUT = -1.9183E-08 IN - OUT = -1.7383E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -26756,7 +26758,7 @@ start timestep kper="3" kstp="110" mode="normal" TOTAL OUT = 15.2581 TOTAL OUT = 1.5015 - IN - OUT = -2.3931E-08 IN - OUT = -1.9957E-09 + IN - OUT = -1.9359E-08 IN - OUT = -2.1121E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -26871,7 +26873,7 @@ start timestep kper="3" kstp="111" mode="normal" TOTAL OUT = 15.3832 TOTAL OUT = 1.5015 - IN - OUT = -2.4000E-08 IN - OUT = -8.2539E-10 + IN - OUT = -1.9435E-08 IN - OUT = -9.1271E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -26986,7 +26988,7 @@ start timestep kper="3" kstp="112" mode="normal" TOTAL OUT = 15.5084 TOTAL OUT = 1.5015 - IN - OUT = -2.4172E-08 IN - OUT = -2.0676E-09 + IN - OUT = -1.9615E-08 IN - OUT = -2.1549E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -27101,7 +27103,7 @@ start timestep kper="3" kstp="113" mode="normal" TOTAL OUT = 15.6335 TOTAL OUT = 1.5015 - IN - OUT = -2.4283E-08 IN - OUT = -1.3255E-09 + IN - OUT = -1.9798E-08 IN - OUT = -2.1986E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -27216,7 +27218,7 @@ start timestep kper="3" kstp="114" mode="normal" TOTAL OUT = 15.7586 TOTAL OUT = 1.5015 - IN - OUT = -2.4489E-08 IN - OUT = -2.4725E-09 + IN - OUT = -1.9873E-08 IN - OUT = -9.0086E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -27331,9 +27333,9 @@ start timestep kper="3" kstp="115" mode="normal" TOTAL OUT = 15.8838 TOTAL OUT = 1.5015 - IN - OUT = -2.4336E-08 IN - OUT = 1.8286E-09 + IN - OUT = -1.9883E-08 IN - OUT = -1.2137E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -27446,7 +27448,7 @@ start timestep kper="3" kstp="116" mode="normal" TOTAL OUT = 16.0089 TOTAL OUT = 1.5016 - IN - OUT = -2.4580E-08 IN - OUT = -2.9195E-09 + IN - OUT = -2.0049E-08 IN - OUT = -1.9881E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -27561,7 +27563,7 @@ start timestep kper="3" kstp="117" mode="normal" TOTAL OUT = 16.1340 TOTAL OUT = 1.5016 - IN - OUT = -2.4670E-08 IN - OUT = -1.0902E-09 + IN - OUT = -2.0074E-08 IN - OUT = -3.0438E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -27676,7 +27678,7 @@ start timestep kper="3" kstp="118" mode="normal" TOTAL OUT = 16.2591 TOTAL OUT = 1.5016 - IN - OUT = -2.4726E-08 IN - OUT = -6.6370E-10 + IN - OUT = -2.0161E-08 IN - OUT = -1.0420E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -27791,7 +27793,7 @@ start timestep kper="3" kstp="119" mode="normal" TOTAL OUT = 16.3843 TOTAL OUT = 1.5016 - IN - OUT = -2.4902E-08 IN - OUT = -2.1106E-09 + IN - OUT = -2.0313E-08 IN - OUT = -1.8195E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -27906,7 +27908,7 @@ start timestep kper="3" kstp="120" mode="normal" TOTAL OUT = 16.5094 TOTAL OUT = 1.5016 - IN - OUT = -2.5085E-08 IN - OUT = -2.2067E-09 + IN - OUT = -2.0451E-08 IN - OUT = -1.6537E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -28023,7 +28025,7 @@ start timestep kper="4" kstp="1" mode="normal" TOTAL OUT = 16.5345 TOTAL OUT = 0.3005 - IN - OUT = -2.4955E-08 IN - OUT = 1.5701E-09 + IN - OUT = -2.0400E-08 IN - OUT = 6.0963E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -28138,9 +28140,9 @@ start timestep kper="4" kstp="2" mode="normal" TOTAL OUT = 16.5595 TOTAL OUT = 0.3001 - IN - OUT = -2.5004E-08 IN - OUT = -5.8714E-10 + IN - OUT = -2.0376E-08 IN - OUT = 2.8597E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -28253,7 +28255,7 @@ start timestep kper="4" kstp="3" mode="normal" TOTAL OUT = 16.5844 TOTAL OUT = 0.2997 - IN - OUT = -2.4949E-08 IN - OUT = 6.5978E-10 + IN - OUT = -2.0294E-08 IN - OUT = 9.7992E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -28368,7 +28370,7 @@ start timestep kper="4" kstp="4" mode="normal" TOTAL OUT = 16.6094 TOTAL OUT = 0.2993 - IN - OUT = -2.4934E-08 IN - OUT = 1.7606E-10 + IN - OUT = -2.0246E-08 IN - OUT = 5.8352E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -28483,7 +28485,7 @@ start timestep kper="4" kstp="5" mode="normal" TOTAL OUT = 16.6343 TOTAL OUT = 0.2989 - IN - OUT = -2.4932E-08 IN - OUT = 2.4095E-11 + IN - OUT = -2.0205E-08 IN - OUT = 4.8976E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -28598,7 +28600,7 @@ start timestep kper="4" kstp="6" mode="normal" TOTAL OUT = 16.6592 TOTAL OUT = 0.2985 - IN - OUT = -2.4927E-08 IN - OUT = 5.4135E-11 + IN - OUT = -2.0176E-08 IN - OUT = 3.4517E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -28713,7 +28715,7 @@ start timestep kper="4" kstp="7" mode="normal" TOTAL OUT = 16.6840 TOTAL OUT = 0.2981 - IN - OUT = -2.4874E-08 IN - OUT = 6.4093E-10 + IN - OUT = -2.0116E-08 IN - OUT = 7.2824E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -28828,9 +28830,9 @@ start timestep kper="4" kstp="8" mode="normal" TOTAL OUT = 16.7088 TOTAL OUT = 0.2976 - IN - OUT = -2.4849E-08 IN - OUT = 3.0236E-10 + IN - OUT = -2.0199E-08 IN - OUT = -1.0073E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -28943,7 +28945,7 @@ start timestep kper="4" kstp="9" mode="normal" TOTAL OUT = 16.7336 TOTAL OUT = 0.2972 - IN - OUT = -2.4783E-08 IN - OUT = 7.9203E-10 + IN - OUT = -2.0143E-08 IN - OUT = 6.7561E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -29058,7 +29060,7 @@ start timestep kper="4" kstp="10" mode="normal" TOTAL OUT = 16.7583 TOTAL OUT = 0.2968 - IN - OUT = -2.4757E-08 IN - OUT = 3.0652E-10 + IN - OUT = -2.0089E-08 IN - OUT = 6.5577E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -29173,9 +29175,9 @@ start timestep kper="4" kstp="11" mode="normal" TOTAL OUT = 16.7830 TOTAL OUT = 0.2964 - IN - OUT = -2.4753E-08 IN - OUT = 5.3485E-11 + IN - OUT = -2.0200E-08 IN - OUT = -1.3435E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -29288,9 +29290,9 @@ start timestep kper="4" kstp="12" mode="normal" TOTAL OUT = 16.8077 TOTAL OUT = 0.2960 - IN - OUT = -2.4898E-08 IN - OUT = -1.7378E-09 + IN - OUT = -2.0197E-08 IN - OUT = 3.7557E-11 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -29403,7 +29405,7 @@ start timestep kper="4" kstp="13" mode="normal" TOTAL OUT = 16.8323 TOTAL OUT = 0.2956 - IN - OUT = -2.4854E-08 IN - OUT = 5.2073E-10 + IN - OUT = -2.0115E-08 IN - OUT = 9.8639E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -29518,7 +29520,7 @@ start timestep kper="4" kstp="14" mode="normal" TOTAL OUT = 16.8569 TOTAL OUT = 0.2952 - IN - OUT = -2.4671E-08 IN - OUT = 2.2013E-09 + IN - OUT = -1.9987E-08 IN - OUT = 1.5319E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -29633,7 +29635,7 @@ start timestep kper="4" kstp="15" mode="normal" TOTAL OUT = 16.8815 TOTAL OUT = 0.2948 - IN - OUT = -2.4611E-08 IN - OUT = 7.1147E-10 + IN - OUT = -1.9960E-08 IN - OUT = 3.3312E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -29748,9 +29750,9 @@ start timestep kper="4" kstp="16" mode="normal" TOTAL OUT = 16.9060 TOTAL OUT = 0.2944 - IN - OUT = -2.4696E-08 IN - OUT = -1.0131E-09 + IN - OUT = -1.9923E-08 IN - OUT = 4.4206E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -29863,9 +29865,9 @@ start timestep kper="4" kstp="17" mode="normal" TOTAL OUT = 16.9305 TOTAL OUT = 0.2940 - IN - OUT = -2.4692E-08 IN - OUT = 4.9151E-11 + IN - OUT = -1.9941E-08 IN - OUT = -2.1278E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -29978,7 +29980,7 @@ start timestep kper="4" kstp="18" mode="normal" TOTAL OUT = 16.9550 TOTAL OUT = 0.2936 - IN - OUT = -2.4785E-08 IN - OUT = -1.1156E-09 + IN - OUT = -1.9975E-08 IN - OUT = -4.1713E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -30093,9 +30095,9 @@ start timestep kper="4" kstp="19" mode="normal" TOTAL OUT = 16.9794 TOTAL OUT = 0.2933 - IN - OUT = -2.4792E-08 IN - OUT = -9.0204E-11 + IN - OUT = -1.9954E-08 IN - OUT = 2.5904E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -30208,7 +30210,7 @@ start timestep kper="4" kstp="20" mode="normal" TOTAL OUT = 17.0038 TOTAL OUT = 0.2929 - IN - OUT = -2.4678E-08 IN - OUT = 1.3705E-09 + IN - OUT = -1.9881E-08 IN - OUT = 8.7577E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -30323,7 +30325,7 @@ start timestep kper="4" kstp="21" mode="normal" TOTAL OUT = 17.0282 TOTAL OUT = 0.2925 - IN - OUT = -2.4637E-08 IN - OUT = 4.9071E-10 + IN - OUT = -1.9799E-08 IN - OUT = 9.8548E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -30438,7 +30440,7 @@ start timestep kper="4" kstp="22" mode="normal" TOTAL OUT = 17.0525 TOTAL OUT = 0.2921 - IN - OUT = -2.4645E-08 IN - OUT = -9.3852E-11 + IN - OUT = -1.9833E-08 IN - OUT = -4.1399E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -30553,9 +30555,9 @@ start timestep kper="4" kstp="23" mode="normal" TOTAL OUT = 17.0769 TOTAL OUT = 0.2917 - IN - OUT = -2.4637E-08 IN - OUT = 1.0049E-10 + IN - OUT = -1.9961E-08 IN - OUT = -1.5293E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -30668,9 +30670,9 @@ start timestep kper="4" kstp="24" mode="normal" TOTAL OUT = 17.1011 TOTAL OUT = 0.2913 - IN - OUT = -2.4650E-08 IN - OUT = -1.6303E-10 + IN - OUT = -1.9952E-08 IN - OUT = 9.8908E-11 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -30783,7 +30785,7 @@ start timestep kper="4" kstp="25" mode="normal" TOTAL OUT = 17.1254 TOTAL OUT = 0.2909 - IN - OUT = -2.4563E-08 IN - OUT = 1.0517E-09 + IN - OUT = -1.9770E-08 IN - OUT = 2.1868E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -30898,7 +30900,7 @@ start timestep kper="4" kstp="26" mode="normal" TOTAL OUT = 17.1496 TOTAL OUT = 0.2905 - IN - OUT = -2.4528E-08 IN - OUT = 4.1196E-10 + IN - OUT = -1.9763E-08 IN - OUT = 9.1815E-11 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -31013,7 +31015,7 @@ start timestep kper="4" kstp="27" mode="normal" TOTAL OUT = 17.1738 TOTAL OUT = 0.2901 - IN - OUT = -2.4500E-08 IN - OUT = 3.4460E-10 + IN - OUT = -1.9705E-08 IN - OUT = 6.9384E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -31128,9 +31130,9 @@ start timestep kper="4" kstp="28" mode="normal" TOTAL OUT = 17.1979 TOTAL OUT = 0.2898 - IN - OUT = -2.4498E-08 IN - OUT = 1.8312E-11 + IN - OUT = -1.9769E-08 IN - OUT = -7.6749E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -31243,7 +31245,7 @@ start timestep kper="4" kstp="29" mode="normal" TOTAL OUT = 17.2220 TOTAL OUT = 0.2894 - IN - OUT = -2.4738E-08 IN - OUT = -2.8825E-09 + IN - OUT = -1.9982E-08 IN - OUT = -2.5623E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -31358,9 +31360,9 @@ start timestep kper="4" kstp="30" mode="normal" TOTAL OUT = 17.2461 TOTAL OUT = 0.2890 - IN - OUT = -2.4740E-08 IN - OUT = -2.4082E-11 + IN - OUT = -1.9899E-08 IN - OUT = 9.9455E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -31473,7 +31475,7 @@ start timestep kper="4" kstp="31" mode="normal" TOTAL OUT = 17.2702 TOTAL OUT = 0.2886 - IN - OUT = -2.4865E-08 IN - OUT = -1.4931E-09 + IN - OUT = -1.9929E-08 IN - OUT = -3.5804E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -31588,7 +31590,7 @@ start timestep kper="4" kstp="32" mode="normal" TOTAL OUT = 17.2942 TOTAL OUT = 0.2882 - IN - OUT = -2.4727E-08 IN - OUT = 1.6531E-09 + IN - OUT = -1.9859E-08 IN - OUT = 8.3822E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -31703,7 +31705,7 @@ start timestep kper="4" kstp="33" mode="normal" TOTAL OUT = 17.3182 TOTAL OUT = 0.2878 - IN - OUT = -2.4863E-08 IN - OUT = -1.6361E-09 + IN - OUT = -1.9967E-08 IN - OUT = -1.2869E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -31818,9 +31820,9 @@ start timestep kper="4" kstp="34" mode="normal" TOTAL OUT = 17.3421 TOTAL OUT = 0.2875 - IN - OUT = -2.4805E-08 IN - OUT = 6.9816E-10 + IN - OUT = -1.9996E-08 IN - OUT = -3.4957E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -31933,7 +31935,7 @@ start timestep kper="4" kstp="35" mode="normal" TOTAL OUT = 17.3660 TOTAL OUT = 0.2871 - IN - OUT = -2.4779E-08 IN - OUT = 3.1159E-10 + IN - OUT = -1.9880E-08 IN - OUT = 1.3884E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -32048,7 +32050,7 @@ start timestep kper="4" kstp="36" mode="normal" TOTAL OUT = 17.3899 TOTAL OUT = 0.2867 - IN - OUT = -2.4769E-08 IN - OUT = 1.2126E-10 + IN - OUT = -1.9846E-08 IN - OUT = 4.1230E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -32163,7 +32165,7 @@ start timestep kper="4" kstp="37" mode="normal" TOTAL OUT = 17.4138 TOTAL OUT = 0.2863 - IN - OUT = -2.4605E-08 IN - OUT = 1.9708E-09 + IN - OUT = -1.9737E-08 IN - OUT = 1.3015E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -32278,7 +32280,7 @@ start timestep kper="4" kstp="38" mode="normal" TOTAL OUT = 17.4376 TOTAL OUT = 0.2860 - IN - OUT = -2.4516E-08 IN - OUT = 1.0639E-09 + IN - OUT = -1.9644E-08 IN - OUT = 1.1221E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -32393,7 +32395,7 @@ start timestep kper="4" kstp="39" mode="normal" TOTAL OUT = 17.4614 TOTAL OUT = 0.2856 - IN - OUT = -2.4480E-08 IN - OUT = 4.3436E-10 + IN - OUT = -1.9583E-08 IN - OUT = 7.2540E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -32508,9 +32510,9 @@ start timestep kper="4" kstp="40" mode="normal" TOTAL OUT = 17.4852 TOTAL OUT = 0.2852 - IN - OUT = -2.4409E-08 IN - OUT = 8.4530E-10 + IN - OUT = -1.9598E-08 IN - OUT = -1.7334E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -32623,9 +32625,9 @@ start timestep kper="4" kstp="41" mode="normal" TOTAL OUT = 17.5089 TOTAL OUT = 0.2849 - IN - OUT = -2.4542E-08 IN - OUT = -1.5947E-09 + IN - OUT = -1.9500E-08 IN - OUT = 1.1702E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -32738,7 +32740,7 @@ start timestep kper="4" kstp="42" mode="normal" TOTAL OUT = 17.5326 TOTAL OUT = 0.2845 - IN - OUT = -2.4560E-08 IN - OUT = -2.1389E-10 + IN - OUT = -1.9617E-08 IN - OUT = -1.4071E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -32853,7 +32855,7 @@ start timestep kper="4" kstp="43" mode="normal" TOTAL OUT = 17.5563 TOTAL OUT = 0.2841 - IN - OUT = -2.4605E-08 IN - OUT = -5.3625E-10 + IN - OUT = -1.9677E-08 IN - OUT = -7.1087E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -32968,7 +32970,7 @@ start timestep kper="4" kstp="44" mode="normal" TOTAL OUT = 17.5800 TOTAL OUT = 0.2837 - IN - OUT = -2.4638E-08 IN - OUT = -3.9897E-10 + IN - OUT = -1.9734E-08 IN - OUT = -6.9000E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -33083,7 +33085,7 @@ start timestep kper="4" kstp="45" mode="normal" TOTAL OUT = 17.6036 TOTAL OUT = 0.2834 - IN - OUT = -2.4638E-08 IN - OUT = -7.5517E-13 + IN - OUT = -1.9846E-08 IN - OUT = -1.3395E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -33198,7 +33200,7 @@ start timestep kper="4" kstp="46" mode="normal" TOTAL OUT = 17.6272 TOTAL OUT = 0.2830 - IN - OUT = -2.4377E-08 IN - OUT = 3.1389E-09 + IN - OUT = -1.9594E-08 IN - OUT = 3.0225E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -33313,7 +33315,7 @@ start timestep kper="4" kstp="47" mode="normal" TOTAL OUT = 17.6507 TOTAL OUT = 0.2827 - IN - OUT = -2.4556E-08 IN - OUT = -2.1490E-09 + IN - OUT = -1.9812E-08 IN - OUT = -2.6147E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -33428,9 +33430,9 @@ start timestep kper="4" kstp="48" mode="normal" TOTAL OUT = 17.6742 TOTAL OUT = 0.2823 - IN - OUT = -2.4647E-08 IN - OUT = -1.1011E-09 + IN - OUT = -1.9780E-08 IN - OUT = 3.8321E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -33543,9 +33545,9 @@ start timestep kper="4" kstp="49" mode="normal" TOTAL OUT = 17.6977 TOTAL OUT = 0.2819 - IN - OUT = -2.4625E-08 IN - OUT = 2.6530E-10 + IN - OUT = -1.9792E-08 IN - OUT = -1.4215E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -33658,7 +33660,7 @@ start timestep kper="4" kstp="50" mode="normal" TOTAL OUT = 17.7212 TOTAL OUT = 0.2816 - IN - OUT = -2.4535E-08 IN - OUT = 1.0864E-09 + IN - OUT = -1.9769E-08 IN - OUT = 2.7147E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -33773,7 +33775,7 @@ start timestep kper="4" kstp="51" mode="normal" TOTAL OUT = 17.7446 TOTAL OUT = 0.2812 - IN - OUT = -2.4375E-08 IN - OUT = 1.9211E-09 + IN - OUT = -1.9633E-08 IN - OUT = 1.6301E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -33888,7 +33890,7 @@ start timestep kper="4" kstp="52" mode="normal" TOTAL OUT = 17.7680 TOTAL OUT = 0.2808 - IN - OUT = -2.4352E-08 IN - OUT = 2.7487E-10 + IN - OUT = -1.9455E-08 IN - OUT = 2.1375E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -34003,7 +34005,7 @@ start timestep kper="4" kstp="53" mode="normal" TOTAL OUT = 17.7914 TOTAL OUT = 0.2805 - IN - OUT = -2.4476E-08 IN - OUT = -1.4879E-09 + IN - OUT = -1.9635E-08 IN - OUT = -2.1573E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -34118,7 +34120,7 @@ start timestep kper="4" kstp="54" mode="normal" TOTAL OUT = 17.8148 TOTAL OUT = 0.2801 - IN - OUT = -2.4414E-08 IN - OUT = 7.4548E-10 + IN - OUT = -1.9619E-08 IN - OUT = 1.9251E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -34233,7 +34235,7 @@ start timestep kper="4" kstp="55" mode="normal" TOTAL OUT = 17.8381 TOTAL OUT = 0.2798 - IN - OUT = -2.4443E-08 IN - OUT = -3.5048E-10 + IN - OUT = -1.9718E-08 IN - OUT = -1.1945E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -34348,7 +34350,7 @@ start timestep kper="4" kstp="56" mode="normal" TOTAL OUT = 17.8614 TOTAL OUT = 0.2794 - IN - OUT = -2.4440E-08 IN - OUT = 3.5908E-11 + IN - OUT = -1.9677E-08 IN - OUT = 5.0157E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -34463,7 +34465,7 @@ start timestep kper="4" kstp="57" mode="normal" TOTAL OUT = 17.8846 TOTAL OUT = 0.2791 - IN - OUT = -2.4513E-08 IN - OUT = -8.7887E-10 + IN - OUT = -1.9786E-08 IN - OUT = -1.3154E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -34578,7 +34580,7 @@ start timestep kper="4" kstp="58" mode="normal" TOTAL OUT = 17.9078 TOTAL OUT = 0.2787 - IN - OUT = -2.4620E-08 IN - OUT = -1.2828E-09 + IN - OUT = -1.9857E-08 IN - OUT = -8.4622E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -34693,7 +34695,7 @@ start timestep kper="4" kstp="59" mode="normal" TOTAL OUT = 17.9310 TOTAL OUT = 0.2784 - IN - OUT = -2.4426E-08 IN - OUT = 2.3283E-09 + IN - OUT = -1.9692E-08 IN - OUT = 1.9791E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -34808,7 +34810,7 @@ start timestep kper="4" kstp="60" mode="normal" TOTAL OUT = 17.9542 TOTAL OUT = 0.2780 - IN - OUT = -2.4493E-08 IN - OUT = -8.0363E-10 + IN - OUT = -1.9737E-08 IN - OUT = -5.4170E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -34923,7 +34925,7 @@ start timestep kper="4" kstp="61" mode="normal" TOTAL OUT = 17.9773 TOTAL OUT = 0.2776 - IN - OUT = -2.4303E-08 IN - OUT = 2.2823E-09 + IN - OUT = -1.9634E-08 IN - OUT = 1.2345E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -35038,9 +35040,9 @@ start timestep kper="4" kstp="62" mode="normal" TOTAL OUT = 18.0004 TOTAL OUT = 0.2773 - IN - OUT = -2.4391E-08 IN - OUT = -1.0596E-09 + IN - OUT = -1.9633E-08 IN - OUT = 1.7270E-11 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -35153,7 +35155,7 @@ start timestep kper="4" kstp="63" mode="normal" TOTAL OUT = 18.0235 TOTAL OUT = 0.2769 - IN - OUT = -2.4500E-08 IN - OUT = -1.3036E-09 + IN - OUT = -1.9775E-08 IN - OUT = -1.7111E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -35268,7 +35270,7 @@ start timestep kper="4" kstp="64" mode="normal" TOTAL OUT = 18.0466 TOTAL OUT = 0.2766 - IN - OUT = -2.4532E-08 IN - OUT = -3.8643E-10 + IN - OUT = -1.9849E-08 IN - OUT = -8.8119E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -35383,7 +35385,7 @@ start timestep kper="4" kstp="65" mode="normal" TOTAL OUT = 18.0696 TOTAL OUT = 0.2763 - IN - OUT = -2.4613E-08 IN - OUT = -9.7256E-10 + IN - OUT = -1.9881E-08 IN - OUT = -3.9048E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -35498,7 +35500,7 @@ start timestep kper="4" kstp="66" mode="normal" TOTAL OUT = 18.0926 TOTAL OUT = 0.2759 - IN - OUT = -2.4515E-08 IN - OUT = 1.1720E-09 + IN - OUT = -1.9769E-08 IN - OUT = 1.3466E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -35613,7 +35615,7 @@ start timestep kper="4" kstp="67" mode="normal" TOTAL OUT = 18.1155 TOTAL OUT = 0.2756 - IN - OUT = -2.4592E-08 IN - OUT = -9.2561E-10 + IN - OUT = -1.9955E-08 IN - OUT = -2.2353E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -35728,7 +35730,7 @@ start timestep kper="4" kstp="68" mode="normal" TOTAL OUT = 18.1385 TOTAL OUT = 0.2752 - IN - OUT = -2.4537E-08 IN - OUT = 6.6604E-10 + IN - OUT = -1.9779E-08 IN - OUT = 2.1212E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -35843,7 +35845,7 @@ start timestep kper="4" kstp="69" mode="normal" TOTAL OUT = 18.1614 TOTAL OUT = 0.2749 - IN - OUT = -2.4346E-08 IN - OUT = 2.2940E-09 + IN - OUT = -1.9660E-08 IN - OUT = 1.4209E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -35958,7 +35960,7 @@ start timestep kper="4" kstp="70" mode="normal" TOTAL OUT = 18.1843 TOTAL OUT = 0.2745 - IN - OUT = -2.4400E-08 IN - OUT = -6.5229E-10 + IN - OUT = -1.9707E-08 IN - OUT = -5.6498E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -36073,7 +36075,7 @@ start timestep kper="4" kstp="71" mode="normal" TOTAL OUT = 18.2071 TOTAL OUT = 0.2742 - IN - OUT = -2.4074E-08 IN - OUT = 3.9182E-09 + IN - OUT = -1.9359E-08 IN - OUT = 4.1801E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -36188,7 +36190,7 @@ start timestep kper="4" kstp="72" mode="normal" TOTAL OUT = 18.2299 TOTAL OUT = 0.2738 - IN - OUT = -2.4276E-08 IN - OUT = -2.4292E-09 + IN - OUT = -1.9615E-08 IN - OUT = -3.0695E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -36303,7 +36305,7 @@ start timestep kper="4" kstp="73" mode="normal" TOTAL OUT = 18.2527 TOTAL OUT = 0.2735 - IN - OUT = -2.4267E-08 IN - OUT = 1.1386E-10 + IN - OUT = -1.9574E-08 IN - OUT = 4.9221E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -36418,7 +36420,7 @@ start timestep kper="4" kstp="74" mode="normal" TOTAL OUT = 18.2755 TOTAL OUT = 0.2732 - IN - OUT = -2.4050E-08 IN - OUT = 2.6014E-09 + IN - OUT = -1.9415E-08 IN - OUT = 1.9029E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -36533,9 +36535,9 @@ start timestep kper="4" kstp="75" mode="normal" TOTAL OUT = 18.2982 TOTAL OUT = 0.2728 - IN - OUT = -2.4046E-08 IN - OUT = 4.3475E-11 + IN - OUT = -1.9455E-08 IN - OUT = -4.8039E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -36648,7 +36650,7 @@ start timestep kper="4" kstp="76" mode="normal" TOTAL OUT = 18.3209 TOTAL OUT = 0.2725 - IN - OUT = -2.4304E-08 IN - OUT = -3.0882E-09 + IN - OUT = -1.9657E-08 IN - OUT = -2.4188E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -36763,9 +36765,9 @@ start timestep kper="4" kstp="77" mode="normal" TOTAL OUT = 18.3436 TOTAL OUT = 0.2722 - IN - OUT = -2.4262E-08 IN - OUT = 5.0052E-10 + IN - OUT = -1.9673E-08 IN - OUT = -1.9797E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -36878,7 +36880,7 @@ start timestep kper="4" kstp="78" mode="normal" TOTAL OUT = 18.3663 TOTAL OUT = 0.2718 - IN - OUT = -2.4249E-08 IN - OUT = 1.5192E-10 + IN - OUT = -1.9653E-08 IN - OUT = 2.3924E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -36993,7 +36995,7 @@ start timestep kper="4" kstp="79" mode="normal" TOTAL OUT = 18.3889 TOTAL OUT = 0.2715 - IN - OUT = -2.4241E-08 IN - OUT = 1.0098E-10 + IN - OUT = -1.9628E-08 IN - OUT = 3.0471E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -37108,7 +37110,7 @@ start timestep kper="4" kstp="80" mode="normal" TOTAL OUT = 18.4115 TOTAL OUT = 0.2712 - IN - OUT = -2.4217E-08 IN - OUT = 2.8376E-10 + IN - OUT = -1.9597E-08 IN - OUT = 3.7107E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -37223,7 +37225,7 @@ start timestep kper="4" kstp="81" mode="normal" TOTAL OUT = 18.4341 TOTAL OUT = 0.2708 - IN - OUT = -2.4171E-08 IN - OUT = 5.4759E-10 + IN - OUT = -1.9571E-08 IN - OUT = 3.1476E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -37338,7 +37340,7 @@ start timestep kper="4" kstp="82" mode="normal" TOTAL OUT = 18.4566 TOTAL OUT = 0.2705 - IN - OUT = -2.4319E-08 IN - OUT = -1.7655E-09 + IN - OUT = -1.9572E-08 IN - OUT = -1.9303E-11 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -37453,7 +37455,7 @@ start timestep kper="4" kstp="83" mode="normal" TOTAL OUT = 18.4791 TOTAL OUT = 0.2702 - IN - OUT = -2.4498E-08 IN - OUT = -2.1514E-09 + IN - OUT = -1.9834E-08 IN - OUT = -3.1409E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -37568,9 +37570,9 @@ start timestep kper="4" kstp="84" mode="normal" TOTAL OUT = 18.5016 TOTAL OUT = 0.2698 - IN - OUT = -2.4518E-08 IN - OUT = -2.3773E-10 + IN - OUT = -1.9762E-08 IN - OUT = 8.6821E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -37683,7 +37685,7 @@ start timestep kper="4" kstp="85" mode="normal" TOTAL OUT = 18.5241 TOTAL OUT = 0.2695 - IN - OUT = -2.4660E-08 IN - OUT = -1.7065E-09 + IN - OUT = -1.9783E-08 IN - OUT = -2.5130E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -37798,7 +37800,7 @@ start timestep kper="4" kstp="86" mode="normal" TOTAL OUT = 18.5465 TOTAL OUT = 0.2692 - IN - OUT = -2.4743E-08 IN - OUT = -1.0019E-09 + IN - OUT = -1.9975E-08 IN - OUT = -2.3116E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -37913,9 +37915,9 @@ start timestep kper="4" kstp="87" mode="normal" TOTAL OUT = 18.5689 TOTAL OUT = 0.2688 - IN - OUT = -2.4772E-08 IN - OUT = -3.4180E-10 + IN - OUT = -1.9827E-08 IN - OUT = 1.7828E-09 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -38028,7 +38030,7 @@ start timestep kper="4" kstp="88" mode="normal" TOTAL OUT = 18.5913 TOTAL OUT = 0.2685 - IN - OUT = -2.4665E-08 IN - OUT = 1.2870E-09 + IN - OUT = -1.9790E-08 IN - OUT = 4.4297E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -38143,7 +38145,7 @@ start timestep kper="4" kstp="89" mode="normal" TOTAL OUT = 18.6136 TOTAL OUT = 0.2682 - IN - OUT = -2.4654E-08 IN - OUT = 1.2736E-10 + IN - OUT = -1.9699E-08 IN - OUT = 1.0878E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -38258,7 +38260,7 @@ start timestep kper="4" kstp="90" mode="normal" TOTAL OUT = 18.6359 TOTAL OUT = 0.2679 - IN - OUT = -2.4810E-08 IN - OUT = -1.8723E-09 + IN - OUT = -2.0035E-08 IN - OUT = -4.0260E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -38373,7 +38375,7 @@ start timestep kper="4" kstp="91" mode="normal" TOTAL OUT = 18.6582 TOTAL OUT = 0.2676 - IN - OUT = -2.5089E-08 IN - OUT = -3.3502E-09 + IN - OUT = -2.0268E-08 IN - OUT = -2.7973E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -38488,7 +38490,7 @@ start timestep kper="4" kstp="92" mode="normal" TOTAL OUT = 18.6805 TOTAL OUT = 0.2672 - IN - OUT = -2.5123E-08 IN - OUT = -4.0561E-10 + IN - OUT = -2.0374E-08 IN - OUT = -1.2787E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -38603,7 +38605,7 @@ start timestep kper="4" kstp="93" mode="normal" TOTAL OUT = 18.7027 TOTAL OUT = 0.2669 - IN - OUT = -2.4973E-08 IN - OUT = 1.8065E-09 + IN - OUT = -2.0197E-08 IN - OUT = 2.1267E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -38718,7 +38720,7 @@ start timestep kper="4" kstp="94" mode="normal" TOTAL OUT = 18.7250 TOTAL OUT = 0.2666 - IN - OUT = -2.5079E-08 IN - OUT = -1.2830E-09 + IN - OUT = -2.0297E-08 IN - OUT = -1.1957E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -38833,7 +38835,7 @@ start timestep kper="4" kstp="95" mode="normal" TOTAL OUT = 18.7472 TOTAL OUT = 0.2663 - IN - OUT = -2.5238E-08 IN - OUT = -1.9043E-09 + IN - OUT = -2.0303E-08 IN - OUT = -7.0784E-11 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -38948,9 +38950,9 @@ start timestep kper="4" kstp="96" mode="normal" TOTAL OUT = 18.7693 TOTAL OUT = 0.2659 - IN - OUT = -2.5202E-08 IN - OUT = 4.3763E-10 + IN - OUT = -2.0336E-08 IN - OUT = -4.0638E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -39063,7 +39065,7 @@ start timestep kper="4" kstp="97" mode="normal" TOTAL OUT = 18.7914 TOTAL OUT = 0.2656 - IN - OUT = -2.5373E-08 IN - OUT = -2.0577E-09 + IN - OUT = -2.0392E-08 IN - OUT = -6.6067E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -39178,7 +39180,7 @@ start timestep kper="4" kstp="98" mode="normal" TOTAL OUT = 18.8136 TOTAL OUT = 0.2653 - IN - OUT = -2.5445E-08 IN - OUT = -8.6053E-10 + IN - OUT = -2.0546E-08 IN - OUT = -1.8501E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -39293,7 +39295,7 @@ start timestep kper="4" kstp="99" mode="normal" TOTAL OUT = 18.8356 TOTAL OUT = 0.2650 - IN - OUT = -2.5582E-08 IN - OUT = -1.6462E-09 + IN - OUT = -2.0598E-08 IN - OUT = -6.2754E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -39408,7 +39410,7 @@ start timestep kper="4" kstp="100" mode="normal" TOTAL OUT = 18.8577 TOTAL OUT = 0.2647 - IN - OUT = -2.5714E-08 IN - OUT = -1.5887E-09 + IN - OUT = -2.0670E-08 IN - OUT = -8.6114E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -39523,7 +39525,7 @@ start timestep kper="4" kstp="101" mode="normal" TOTAL OUT = 18.8797 TOTAL OUT = 0.2644 - IN - OUT = -2.5796E-08 IN - OUT = -9.7709E-10 + IN - OUT = -2.0763E-08 IN - OUT = -1.1226E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -39638,7 +39640,7 @@ start timestep kper="4" kstp="102" mode="normal" TOTAL OUT = 18.9017 TOTAL OUT = 0.2641 - IN - OUT = -2.5756E-08 IN - OUT = 4.8256E-10 + IN - OUT = -2.0701E-08 IN - OUT = 7.4449E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -39753,7 +39755,7 @@ start timestep kper="4" kstp="103" mode="normal" TOTAL OUT = 18.9237 TOTAL OUT = 0.2637 - IN - OUT = -2.5860E-08 IN - OUT = -1.2522E-09 + IN - OUT = -2.0898E-08 IN - OUT = -2.3581E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -39868,7 +39870,7 @@ start timestep kper="4" kstp="104" mode="normal" TOTAL OUT = 18.9457 TOTAL OUT = 0.2634 - IN - OUT = -2.6159E-08 IN - OUT = -3.5864E-09 + IN - OUT = -2.1000E-08 IN - OUT = -1.2290E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -39983,7 +39985,7 @@ start timestep kper="4" kstp="105" mode="normal" TOTAL OUT = 18.9676 TOTAL OUT = 0.2631 - IN - OUT = -2.6151E-08 IN - OUT = 9.1445E-11 + IN - OUT = -2.0956E-08 IN - OUT = 5.2800E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -40098,7 +40100,7 @@ start timestep kper="4" kstp="106" mode="normal" TOTAL OUT = 18.9895 TOTAL OUT = 0.2628 - IN - OUT = -2.6204E-08 IN - OUT = -6.3504E-10 + IN - OUT = -2.1079E-08 IN - OUT = -1.4791E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -40213,7 +40215,7 @@ start timestep kper="4" kstp="107" mode="normal" TOTAL OUT = 19.0114 TOTAL OUT = 0.2625 - IN - OUT = -2.6369E-08 IN - OUT = -1.9762E-09 + IN - OUT = -2.1239E-08 IN - OUT = -1.9179E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -40328,7 +40330,7 @@ start timestep kper="4" kstp="108" mode="normal" TOTAL OUT = 19.0332 TOTAL OUT = 0.2622 - IN - OUT = -2.6289E-08 IN - OUT = 9.6298E-10 + IN - OUT = -2.1178E-08 IN - OUT = 7.3014E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -40443,7 +40445,7 @@ start timestep kper="4" kstp="109" mode="normal" TOTAL OUT = 19.0550 TOTAL OUT = 0.2619 - IN - OUT = -2.6390E-08 IN - OUT = -1.2129E-09 + IN - OUT = -2.1328E-08 IN - OUT = -1.7950E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -40558,7 +40560,7 @@ start timestep kper="4" kstp="110" mode="normal" TOTAL OUT = 19.0768 TOTAL OUT = 0.2616 - IN - OUT = -2.6409E-08 IN - OUT = -2.3026E-10 + IN - OUT = -2.1420E-08 IN - OUT = -1.1034E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -40673,7 +40675,7 @@ start timestep kper="4" kstp="111" mode="normal" TOTAL OUT = 19.0986 TOTAL OUT = 0.2613 - IN - OUT = -2.6521E-08 IN - OUT = -1.3507E-09 + IN - OUT = -2.1436E-08 IN - OUT = -1.8659E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -40788,7 +40790,7 @@ start timestep kper="4" kstp="112" mode="normal" TOTAL OUT = 19.1204 TOTAL OUT = 0.2610 - IN - OUT = -2.6439E-08 IN - OUT = 9.9345E-10 + IN - OUT = -2.1384E-08 IN - OUT = 6.1510E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -40903,9 +40905,9 @@ start timestep kper="4" kstp="113" mode="normal" TOTAL OUT = 19.1421 TOTAL OUT = 0.2607 - IN - OUT = -2.6509E-08 IN - OUT = -8.4646E-10 + IN - OUT = -2.1377E-08 IN - OUT = 8.4864E-11 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -41018,7 +41020,7 @@ start timestep kper="4" kstp="114" mode="normal" TOTAL OUT = 19.1638 TOTAL OUT = 0.2603 - IN - OUT = -2.6363E-08 IN - OUT = 1.7530E-09 + IN - OUT = -2.1306E-08 IN - OUT = 8.5080E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -41133,7 +41135,7 @@ start timestep kper="4" kstp="115" mode="normal" TOTAL OUT = 19.1854 TOTAL OUT = 0.2600 - IN - OUT = -2.6420E-08 IN - OUT = -6.8602E-10 + IN - OUT = -2.1434E-08 IN - OUT = -1.5300E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -41248,9 +41250,9 @@ start timestep kper="4" kstp="116" mode="normal" TOTAL OUT = 19.2071 TOTAL OUT = 0.2597 - IN - OUT = -2.6498E-08 IN - OUT = -9.3761E-10 + IN - OUT = -2.1417E-08 IN - OUT = 1.9744E-10 - PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 + PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = 0.00 @@ -41363,7 +41365,7 @@ start timestep kper="4" kstp="117" mode="normal" TOTAL OUT = 19.2287 TOTAL OUT = 0.2594 - IN - OUT = -2.6599E-08 IN - OUT = -1.2042E-09 + IN - OUT = -2.1486E-08 IN - OUT = -8.2585E-10 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -41478,7 +41480,7 @@ start timestep kper="4" kstp="118" mode="normal" TOTAL OUT = 19.2503 TOTAL OUT = 0.2591 - IN - OUT = -2.6719E-08 IN - OUT = -1.4477E-09 + IN - OUT = -2.1672E-08 IN - OUT = -2.2335E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -41593,7 +41595,7 @@ start timestep kper="4" kstp="119" mode="normal" TOTAL OUT = 19.2719 TOTAL OUT = 0.2588 - IN - OUT = -2.6916E-08 IN - OUT = -2.3541E-09 + IN - OUT = -2.1864E-08 IN - OUT = -2.2959E-09 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 @@ -41708,7 +41710,7 @@ start timestep kper="4" kstp="120" mode="normal" TOTAL OUT = 19.2934 TOTAL OUT = 0.2585 - IN - OUT = -2.6970E-08 IN - OUT = -6.5408E-10 + IN - OUT = -2.1865E-08 IN - OUT = -1.3792E-11 PERCENT DISCREPANCY = -0.00 PERCENT DISCREPANCY = -0.00 diff --git a/src/notebooks/models/transport_base/gwt_transbase.ucn b/src/notebooks/models/transport_base/gwt_transbase.ucn index 3668851..d5d9144 100644 Binary files a/src/notebooks/models/transport_base/gwt_transbase.ucn and b/src/notebooks/models/transport_base/gwt_transbase.ucn differ diff --git a/src/notebooks/models/transport_base/mfsim.lst b/src/notebooks/models/transport_base/mfsim.lst index ded6b13..56b2dc8 100644 --- a/src/notebooks/models/transport_base/mfsim.lst +++ b/src/notebooks/models/transport_base/mfsim.lst @@ -1,20 +1,23 @@ MODFLOW 6 U.S. GEOLOGICAL SURVEY MODULAR HYDROLOGIC MODEL - VERSION 6.7.0.dev2 (preliminary) 05/20/2025 - ***DEVELOP MODE*** - - MODFLOW 6 compiled May 20 2025 13:40:03 with GCC version 13.3.0 - -This software is preliminary or provisional and is subject to -revision. It is being provided to meet the need for timely best -science. The software has not received final approval by the U.S. -Geological Survey (USGS). No warranty, expressed or implied, is made -by the USGS or the U.S. Government as to the functionality of the -software and related material nor shall the fact of release -constitute any such warranty. The software is provided on the -condition that neither the USGS nor the U.S. Government shall be held -liable for any damages resulting from the authorized or unauthorized -use of the software. + VERSION 6.6.2 05/12/2025 + + MODFLOW 6 compiled May 12 2025 12:42:18 with Intel(R) Fortran Intel(R) 64 + Compiler Classic for applications running on Intel(R) 64, Version 2021.7.0 + Build 20220726_000000 + +This software has been approved for release by the U.S. Geological +Survey (USGS). Although the software has been subjected to rigorous +review, the USGS reserves the right to update the software as needed +pursuant to further analysis and review. No warranty, expressed or +implied, is made by the USGS or the U.S. Government as to the +functionality of the software and related material nor shall the +fact of release constitute any such warranty. Furthermore, the +software is released on condition that neither the USGS nor the U.S. +Government shall be held liable for any damages resulting from its +authorized or unauthorized use. Also refer to the USGS Water +Resources Software User Rights Notice for complete use, copyright, +and distribution information. As a work of the United States Government, this USGS product is @@ -49,17 +52,16 @@ The following BSD-3 License libraries are used in this USGS product: All rights reserved. (https://github.com/jacobwilliams/daglib) -MODFLOW 6 compiler options: -fdiagnostics-color=always -cpp -I -src/libmf6core.a.p -I src -I ../src -I src/libmf6_external.a.p -iprefix -/opt/homebrew/Cellar/gcc@13/13.3.0/bin/../lib/gcc/13/gcc/aarch64-apple-darwin2 -3/13/ -D__DYNAMIC__ -D __APPLE__ -fPIC -mmacosx-version-min=14.0.0 --mcpu=apple-m1 -mlittle-endian -mabi=lp64 -O1 -Wall -Wpedantic --Wcharacter-truncation -Wno-unused-dummy-argument -Wno-intrinsic-shadow --Wno-maybe-uninitialized -Wno-uninitialized -std=f2018 -fall-intrinsics --ffpe-summary=overflow -ffpe-trap=overflow,zero,invalid -J src/libmf6core.a.p +MODFLOW 6 compiler options: /Isrc\libmf6core.a.p /Isrc /I..\src +/Isrc\libmf6_external.a.p /MT /nologo /warn:general /warn:truncated_source +/stand:f18 /O2 /fpe:0 /heap-arrays:0 /traceback /fpp /Qdiag-disable:7416 +/Qdiag-disable:7025 /Qdiag-disable:5268 /Qdiag-disable:10448 +/Fdsrc\libmf6core.a.p\Utilities_compilerversion.F90.pdb +/module:src\libmf6core.a.p +/Fosrc/libmf6core.a.p/Utilities_compilerversion.F90.obj /c System command used to initiate simulation: -/Users/mike/hydrocomputing/projects/2021/003_ModSimple_Phase2/Bearbeitung/MODFLOW6/nightly/20250520/mf6.7.0.dev2_macarm/bin/mf6 +C:\Users\lucialabarca\mf6.6.2_win64\bin\mf6.exe MODFLOW was compiled using uniform precision. @@ -83,7 +85,7 @@ Long Integer Variables Logical Variables KIND: 4 SIZE IN BITS: 32 - + OPENED mfsim.nam FILE TYPE:NAM6 UNIT 1001 STATUS:OLD @@ -289,7 +291,7 @@ END OF MODEL CONNECTIONS PROCESSING IMS NONLINEAR END OF IMS NONLINEAR DATA **UNDER-RELAXATION WILL BE USED*** - + PROCESSING LINEAR DATA END OF LINEAR DATA @@ -336,7 +338,7 @@ END OF MODEL CONNECTIONS PROCESSING IMS NONLINEAR END OF IMS NONLINEAR DATA **UNDER-RELAXATION WILL BE USED*** - + PROCESSING LINEAR DATA END OF LINEAR DATA @@ -372,9 +374,9 @@ END OF MODEL CONNECTIONS - + Solving: Stress period: 1 Time step: 1 - + 1 STRESS PERIOD NO. 1, LENGTH = 1.000000 ------------------------------------------ @@ -405,9 +407,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 1 0 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 1 - + 1 STRESS PERIOD NO. 2, LENGTH = 10.00000 ------------------------------------------ @@ -438,9 +440,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 2 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -459,15 +461,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.09938750E-12 * 2_GWT-(2,7,2) + Model 1 1 4.09960954E-12 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 3 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -492,9 +494,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 4 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -519,9 +521,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 5 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -546,9 +548,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 6 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -567,15 +569,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.55213620E-11 * 2_GWT-(2,7,2) + Model 1 1 1.55215840E-11 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 7 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -600,9 +602,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 8 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -621,15 +623,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.12945217E-11 * 2_GWT-(2,7,2) + Model 1 1 2.12947437E-11 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 9 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -654,9 +656,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 10 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -681,9 +683,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 11 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -708,9 +710,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 12 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -735,9 +737,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 13 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -762,9 +764,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 14 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -789,9 +791,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 15 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -810,15 +812,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.15611989E-11 * 2_GWT-(2,7,2) + Model 1 1 4.15609769E-11 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 16 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -843,9 +845,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 17 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -864,15 +866,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.73689976E-11 * 2_GWT-(2,7,2) + Model 1 1 4.73687756E-11 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 18 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -897,9 +899,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 19 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -924,9 +926,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 20 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -951,9 +953,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 21 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -972,15 +974,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 5.90081317E-11 * 2_GWT-(2,7,2) + Model 1 1 5.90079097E-11 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 22 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -999,15 +1001,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 6.19231333E-11 * 2_GWT-(2,7,2) + Model 1 1 6.19229112E-11 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 23 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1032,9 +1034,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 24 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1059,9 +1061,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 25 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1086,9 +1088,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 26 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1113,9 +1115,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 27 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1140,9 +1142,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 28 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1167,9 +1169,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 29 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1194,9 +1196,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 30 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1221,9 +1223,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 31 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1242,15 +1244,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 8.82449669E-11 * 2_GWT-(2,7,2) + Model 1 1 8.82451889E-11 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 32 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1275,9 +1277,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 33 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1302,9 +1304,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 34 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1329,9 +1331,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 35 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1356,9 +1358,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 36 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1377,15 +1379,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.02939435E-10 * 2_GWT-(2,7,2) + Model 1 1 1.02939657E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 37 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1410,9 +1412,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 38 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1437,9 +1439,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 39 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1464,9 +1466,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 40 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1491,9 +1493,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 41 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1518,9 +1520,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 42 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1545,9 +1547,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 43 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1566,15 +1568,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.23600241E-10 * 2_GWT-(2,7,2) + Model 1 1 1.23600019E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 44 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1599,9 +1601,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 45 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1626,9 +1628,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 46 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1647,15 +1649,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.32486910E-10 * 2_GWT-(2,7,2) + Model 1 1 1.32487132E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 47 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1680,9 +1682,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 48 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1707,9 +1709,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 49 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1734,9 +1736,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 50 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1761,9 +1763,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 51 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1788,9 +1790,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 52 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1809,15 +1811,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.50319979E-10 * 2_GWT-(2,7,2) + Model 1 1 1.50319757E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 53 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1842,9 +1844,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 54 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1869,9 +1871,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 55 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1896,9 +1898,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 56 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1923,9 +1925,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 57 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1950,9 +1952,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 58 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -1977,9 +1979,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 59 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2004,9 +2006,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 60 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2031,9 +2033,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 61 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2052,15 +2054,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.77222459E-10 * 2_GWT-(2,7,2) + Model 1 1 1.77222681E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 62 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2079,15 +2081,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.80223614E-10 * 2_GWT-(2,7,2) + Model 1 1 1.80223836E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 63 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2112,9 +2114,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 64 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2139,9 +2141,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 65 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2166,9 +2168,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 66 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2187,15 +2189,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.92251548E-10 * 2_GWT-(2,7,2) + Model 1 1 1.92251770E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 67 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2220,9 +2222,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 68 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2241,15 +2243,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.98280503E-10 * 2_GWT-(2,7,2) + Model 1 1 1.98280725E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 69 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2268,15 +2270,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.01298533E-10 * 2_GWT-(2,7,2) + Model 1 1 2.01298311E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 70 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2301,9 +2303,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 71 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2322,15 +2324,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.07342143E-10 * 2_GWT-(2,7,2) + Model 1 1 2.07342365E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 72 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2355,9 +2357,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 73 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2382,9 +2384,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 74 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2409,9 +2411,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 75 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2436,9 +2438,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 76 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2463,9 +2465,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 77 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2490,9 +2492,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 78 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2517,9 +2519,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 79 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2538,15 +2540,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.31620501E-10 * 2_GWT-(2,7,2) + Model 1 1 2.31620723E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 80 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2571,9 +2573,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 81 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2598,9 +2600,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 82 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2625,9 +2627,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 83 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2652,9 +2654,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 84 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2673,15 +2675,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.46882070E-10 * 2_GWT-(2,7,2) + Model 1 1 2.46881848E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 85 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2706,9 +2708,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 86 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2733,9 +2735,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 87 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2754,15 +2756,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.56071164E-10 * 2_GWT-(2,7,2) + Model 1 1 2.56070942E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 88 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2787,9 +2789,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 89 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2814,9 +2816,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 90 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2835,15 +2837,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.65286237E-10 * 2_GWT-(2,7,2) + Model 1 1 2.65286015E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 91 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2868,9 +2870,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 92 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2889,15 +2891,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.71444200E-10 * 2_GWT-(2,7,2) + Model 1 1 2.71444422E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 93 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2922,9 +2924,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 94 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2949,9 +2951,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 95 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -2976,9 +2978,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 96 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3003,9 +3005,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 97 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3030,9 +3032,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 98 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3051,15 +3053,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.89988478E-10 * 2_GWT-(2,7,2) + Model 1 1 2.89988700E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 99 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3084,9 +3086,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 100 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3111,9 +3113,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 101 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3138,9 +3140,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 102 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3165,9 +3167,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 103 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3186,15 +3188,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.05524717E-10 * 2_GWT-(2,7,2) + Model 1 1 3.05524939E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 104 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3219,9 +3221,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 105 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3240,15 +3242,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.11761283E-10 * 2_GWT-(2,7,2) + Model 1 1 3.11761506E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 106 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3273,9 +3275,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 107 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3300,9 +3302,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 108 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3327,9 +3329,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 109 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3348,15 +3350,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.24272609E-10 * 2_GWT-(2,7,2) + Model 1 1 3.24272831E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 110 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3381,9 +3383,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 111 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3408,9 +3410,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 112 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3435,9 +3437,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 113 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3462,9 +3464,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 114 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3489,9 +3491,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 115 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3516,9 +3518,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 116 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3543,9 +3545,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 117 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3564,15 +3566,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.49451135E-10 * 2_GWT-(2,7,2) + Model 1 1 3.49450913E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 118 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3591,15 +3593,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.52613494E-10 * 2_GWT-(2,7,2) + Model 1 1 3.52613272E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 119 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3618,15 +3620,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.55779184E-10 * 2_GWT-(2,7,2) + Model 1 1 3.55778962E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 2 Time step: 120 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3651,9 +3653,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 2 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 1 - + 1 STRESS PERIOD NO. 3, LENGTH = 10.00000 ------------------------------------------ @@ -3684,9 +3686,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 2 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3711,9 +3713,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 3 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3738,9 +3740,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 4 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3759,15 +3761,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.59076110E-10 * 2_GWT-(2,7,2) + Model 1 1 4.59076333E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 5 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3786,15 +3788,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.88062479E-10 * 2_GWT-(2,7,2) + Model 1 1 4.88062701E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 6 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3819,9 +3821,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 7 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3846,9 +3848,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 8 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3873,9 +3875,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 9 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3894,15 +3896,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 6.04374106E-10 * 2_GWT-(2,7,2) + Model 1 1 6.04374328E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 10 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3927,9 +3929,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 11 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3954,9 +3956,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 12 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -3981,9 +3983,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 13 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4008,9 +4010,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 14 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4035,9 +4037,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 15 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4062,9 +4064,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 16 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4089,9 +4091,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 17 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4110,15 +4112,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 8.38155101E-10 * 2_GWT-(2,7,2) + Model 1 1 8.38154879E-10 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 18 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4143,9 +4145,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 19 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4170,9 +4172,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 20 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4197,9 +4199,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 21 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4224,9 +4226,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 22 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4251,9 +4253,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 23 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4272,15 +4274,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.01444653E-09 * 2_GWT-(2,7,2) + Model 1 1 1.01444630E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 24 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4305,9 +4307,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 25 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4332,9 +4334,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 26 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4359,9 +4361,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 27 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4386,9 +4388,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 28 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4407,15 +4409,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.16197518E-09 * 2_GWT-(2,7,2) + Model 1 1 1.16197496E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 29 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4434,15 +4436,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.19154886E-09 * 2_GWT-(2,7,2) + Model 1 1 1.19154864E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 30 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4467,9 +4469,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 31 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4494,9 +4496,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 32 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4521,9 +4523,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 33 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4548,9 +4550,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 34 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4575,9 +4577,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 35 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4602,9 +4604,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 36 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4629,9 +4631,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 37 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4656,9 +4658,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 38 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4677,15 +4679,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.45874668E-09 * 2_GWT-(2,7,2) + Model 1 1 1.45874646E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 39 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4710,9 +4712,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 40 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4737,9 +4739,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 41 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4764,9 +4766,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 42 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4791,9 +4793,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 43 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4812,15 +4814,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.60800973E-09 * 2_GWT-(2,7,2) + Model 1 1 1.60800995E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 44 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4845,9 +4847,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 45 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4866,15 +4868,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.66788316E-09 * 2_GWT-(2,7,2) + Model 1 1 1.66788294E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 46 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4893,15 +4895,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.69785608E-09 * 2_GWT-(2,7,2) + Model 1 1 1.69785586E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 47 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4926,9 +4928,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 48 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4953,9 +4955,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 49 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -4980,9 +4982,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 50 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5007,9 +5009,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 51 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5028,15 +5030,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 1.84809035E-09 * 2_GWT-(2,7,2) + Model 1 1 1.84809013E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 52 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5061,9 +5063,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 53 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5088,9 +5090,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 54 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5115,9 +5117,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 55 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5142,9 +5144,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 56 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5169,9 +5171,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 57 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5190,15 +5192,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.02920147E-09 * 2_GWT-(2,7,2) + Model 1 1 2.02920170E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 58 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5217,15 +5219,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.05947659E-09 * 2_GWT-(2,7,2) + Model 1 1 2.05947681E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 59 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5250,9 +5252,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 60 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5271,15 +5273,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.12010542E-09 * 2_GWT-(2,7,2) + Model 1 1 2.12010565E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 61 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5304,9 +5306,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 62 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5331,9 +5333,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 63 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5358,9 +5360,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 64 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5385,9 +5387,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 65 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5412,9 +5414,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 66 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5433,15 +5435,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.30263009E-09 * 2_GWT-(2,7,2) + Model 1 1 2.30262986E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 67 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5466,9 +5468,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 68 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5493,9 +5495,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 69 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5520,9 +5522,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 70 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5547,9 +5549,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 71 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5568,15 +5570,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.45548293E-09 * 2_GWT-(2,7,2) + Model 1 1 2.45548315E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 72 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5595,15 +5597,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.48613752E-09 * 2_GWT-(2,7,2) + Model 1 1 2.48613730E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 73 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5628,9 +5630,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 74 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5655,9 +5657,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 75 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5682,9 +5684,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 76 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5703,15 +5705,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.60903854E-09 * 2_GWT-(2,7,2) + Model 1 1 2.60903832E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 77 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5736,9 +5738,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 78 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5757,15 +5759,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.67066214E-09 * 2_GWT-(2,7,2) + Model 1 1 2.67066236E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 79 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5790,9 +5792,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 80 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5811,15 +5813,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.73240275E-09 * 2_GWT-(2,7,2) + Model 1 1 2.73240253E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 81 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5844,9 +5846,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 82 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5871,9 +5873,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 83 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5898,9 +5900,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 84 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5925,9 +5927,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 85 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5952,9 +5954,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 86 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -5973,15 +5975,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.91833868E-09 * 2_GWT-(2,7,2) + Model 1 1 2.91833890E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 87 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6000,15 +6002,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 2.94943403E-09 * 2_GWT-(2,7,2) + Model 1 1 2.94943425E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 88 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6033,9 +6035,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 89 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6060,9 +6062,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 90 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6081,15 +6083,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.04290548E-09 * 2_GWT-(2,7,2) + Model 1 1 3.04290571E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 91 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6108,15 +6110,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.07412473E-09 * 2_GWT-(2,7,2) + Model 1 1 3.07412495E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 92 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6135,15 +6137,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.10537573E-09 * 2_GWT-(2,7,2) + Model 1 1 3.10537551E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 93 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6168,9 +6170,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 94 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6189,15 +6191,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.16797166E-09 * 2_GWT-(2,7,2) + Model 1 1 3.16797144E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 95 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6222,9 +6224,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 96 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6249,9 +6251,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 97 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6276,9 +6278,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 98 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6297,15 +6299,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.29354788E-09 * 2_GWT-(2,7,2) + Model 1 1 3.29354766E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 99 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6330,9 +6332,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 100 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6351,15 +6353,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.35653039E-09 * 2_GWT-(2,7,2) + Model 1 1 3.35653061E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 101 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6378,15 +6380,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.38807093E-09 * 2_GWT-(2,7,2) + Model 1 1 3.38807071E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 102 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6411,9 +6413,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 103 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6432,15 +6434,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.45125062E-09 * 2_GWT-(2,7,2) + Model 1 1 3.45125106E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 104 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6459,15 +6461,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.48289109E-09 * 2_GWT-(2,7,2) + Model 1 1 3.48289086E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 105 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6492,9 +6494,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 106 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6519,9 +6521,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 107 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6546,9 +6548,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 108 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6573,9 +6575,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 109 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6594,15 +6596,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.64159503E-09 * 2_GWT-(2,7,2) + Model 1 1 3.64159525E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 110 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6621,15 +6623,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.67343822E-09 * 2_GWT-(2,7,2) + Model 1 1 3.67343844E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 111 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6654,9 +6656,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 112 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6681,9 +6683,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 113 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6708,9 +6710,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 114 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6735,9 +6737,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 115 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6756,15 +6758,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.83317089E-09 * 2_GWT-(2,7,2) + Model 1 1 3.83317111E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 116 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6783,15 +6785,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.86522236E-09 * 2_GWT-(2,7,2) + Model 1 1 3.86522259E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 117 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6816,9 +6818,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 118 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6837,15 +6839,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 3.92943078E-09 * 2_GWT-(2,7,2) + Model 1 1 3.92943056E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 119 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6870,9 +6872,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 3 Time step: 120 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6897,9 +6899,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 3 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 1 - + 1 STRESS PERIOD NO. 4, LENGTH = 10.00000 ------------------------------------------ @@ -6930,9 +6932,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 1 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 2 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6951,15 +6953,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.02151179E-09 * 2_GWT-(2,7,2) + Model 1 1 4.02151157E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 2 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 3 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -6984,9 +6986,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 3 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 4 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7011,9 +7013,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 4 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 5 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7038,9 +7040,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 5 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 6 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7065,9 +7067,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 6 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 7 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7086,15 +7088,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.05565470E-09 * 2_GWT-(2,7,2) + Model 1 1 4.05565492E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 7 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 8 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7119,9 +7121,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 8 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 9 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7146,9 +7148,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 9 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 10 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7167,15 +7169,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.07593692E-09 * 2_GWT-(2,7,2) + Model 1 1 4.07593670E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 10 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 11 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7200,9 +7202,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 11 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 12 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7227,9 +7229,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 12 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 13 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7254,9 +7256,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 13 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 14 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7281,9 +7283,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 14 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 15 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7308,9 +7310,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 15 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 16 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7335,9 +7337,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 16 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 17 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7362,9 +7364,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 17 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 18 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7389,9 +7391,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 18 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 19 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7416,9 +7418,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 19 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 20 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7443,9 +7445,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 20 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 21 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7470,9 +7472,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 21 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 22 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7491,15 +7493,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.15902845E-09 * 2_GWT-(2,7,2) + Model 1 1 4.15902868E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 22 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 23 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7518,15 +7520,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.16608836E-09 * 2_GWT-(2,7,2) + Model 1 1 4.16608859E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 23 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 24 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7551,9 +7553,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 24 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 25 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7578,9 +7580,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 25 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 26 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7605,9 +7607,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 26 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 27 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7626,15 +7628,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.19452562E-09 * 2_GWT-(2,7,2) + Model 1 1 4.19452517E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 27 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 28 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7659,9 +7661,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 28 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 29 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7680,15 +7682,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.20885926E-09 * 2_GWT-(2,7,2) + Model 1 1 4.20885904E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 29 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 30 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7713,9 +7715,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 30 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 31 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7740,9 +7742,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 31 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 32 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7767,9 +7769,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 32 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 33 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7794,9 +7796,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 33 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 34 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7821,9 +7823,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 34 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 35 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7842,15 +7844,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.25229696E-09 * 2_GWT-(2,7,2) + Model 1 1 4.25229718E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 35 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 36 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7869,15 +7871,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.25959734E-09 * 2_GWT-(2,7,2) + Model 1 1 4.25959756E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 36 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 37 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7896,15 +7898,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.26691482E-09 * 2_GWT-(2,7,2) + Model 1 1 4.26691504E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 37 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 38 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7923,15 +7925,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.27424873E-09 * 2_GWT-(2,7,2) + Model 1 1 4.27424895E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 38 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 39 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7956,9 +7958,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 39 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 40 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -7983,9 +7985,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 40 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 41 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8010,9 +8012,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 41 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 42 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8037,9 +8039,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 42 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 43 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8064,9 +8066,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 43 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 44 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8085,15 +8087,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.31858438E-09 * 2_GWT-(2,7,2) + Model 1 1 4.31858416E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 44 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 45 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8118,9 +8120,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 45 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 46 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8145,9 +8147,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 46 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 47 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8172,9 +8174,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 47 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 48 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8199,9 +8201,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 48 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 49 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8226,9 +8228,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 49 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 50 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8253,9 +8255,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 50 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 51 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8274,15 +8276,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.37097070E-09 * 2_GWT-(2,7,2) + Model 1 1 4.37097092E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 51 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 52 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8301,15 +8303,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.37850822E-09 * 2_GWT-(2,7,2) + Model 1 1 4.37850844E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 52 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 53 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8334,9 +8336,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 53 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 54 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8361,9 +8363,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 54 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 55 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8382,15 +8384,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.40119408E-09 * 2_GWT-(2,7,2) + Model 1 1 4.40119385E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 55 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 56 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8415,9 +8417,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 56 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 57 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8442,9 +8444,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 57 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 58 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8469,9 +8471,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 58 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 59 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8496,9 +8498,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 59 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 60 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8523,9 +8525,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 60 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 61 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8550,9 +8552,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 61 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 62 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8577,9 +8579,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 62 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 63 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8604,9 +8606,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 63 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 64 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8625,15 +8627,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.46985760E-09 * 2_GWT-(2,7,2) + Model 1 1 4.46985782E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 64 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 65 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8652,15 +8654,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.47753790E-09 * 2_GWT-(2,7,2) + Model 1 1 4.47753812E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 65 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 66 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8685,9 +8687,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 66 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 67 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8706,15 +8708,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.49292559E-09 * 2_GWT-(2,7,2) + Model 1 1 4.49292581E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 67 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 68 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8739,9 +8741,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 68 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 69 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8766,9 +8768,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 69 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 70 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8793,9 +8795,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 70 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 71 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8820,9 +8822,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 71 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 72 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8847,9 +8849,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 72 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 73 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8868,15 +8870,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.53929250E-09 * 2_GWT-(2,7,2) + Model 1 1 4.53929228E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 73 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 74 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8901,9 +8903,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 74 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 75 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8928,9 +8930,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 75 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 76 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8955,9 +8957,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 76 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 77 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -8982,9 +8984,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 77 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 78 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9009,9 +9011,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 78 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 79 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9036,9 +9038,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 79 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 80 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9057,15 +9059,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.59372163E-09 * 2_GWT-(2,7,2) + Model 1 1 4.59372140E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 80 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 81 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9084,15 +9086,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.60152250E-09 * 2_GWT-(2,7,2) + Model 1 1 4.60152227E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 81 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 82 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9111,15 +9113,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.60932936E-09 * 2_GWT-(2,7,2) + Model 1 1 4.60932914E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 82 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 83 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9138,15 +9140,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.61714156E-09 * 2_GWT-(2,7,2) + Model 1 1 4.61714178E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 83 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 84 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9165,15 +9167,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.62495908E-09 * 2_GWT-(2,7,2) + Model 1 1 4.62495886E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 84 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 85 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9198,9 +9200,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 85 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 86 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9225,9 +9227,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 86 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 87 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9252,9 +9254,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 87 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 88 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9279,9 +9281,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 88 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 89 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9300,15 +9302,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.66412020E-09 * 2_GWT-(2,7,2) + Model 1 1 4.66411998E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 89 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 90 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9333,9 +9335,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 90 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 91 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9354,15 +9356,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.67981520E-09 * 2_GWT-(2,7,2) + Model 1 1 4.67981498E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 91 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 92 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9381,15 +9383,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.68766870E-09 * 2_GWT-(2,7,2) + Model 1 1 4.68766848E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 92 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 93 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9408,15 +9410,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.69552575E-09 * 2_GWT-(2,7,2) + Model 1 1 4.69552552E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 93 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 94 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9441,9 +9443,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 94 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 95 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9462,15 +9464,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.71125050E-09 * 2_GWT-(2,7,2) + Model 1 1 4.71125028E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 95 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 96 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9495,9 +9497,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 96 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 97 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9522,9 +9524,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 97 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 98 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9543,15 +9545,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.73486095E-09 * 2_GWT-(2,7,2) + Model 1 1 4.73486073E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 98 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 99 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9570,15 +9572,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.74273665E-09 * 2_GWT-(2,7,2) + Model 1 1 4.74273687E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 99 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 100 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9603,9 +9605,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 100 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 101 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9630,9 +9632,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 101 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 102 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9657,9 +9659,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 102 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 103 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9684,9 +9686,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 103 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 104 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9711,9 +9713,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 104 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 105 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9738,9 +9740,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 105 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 106 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9765,9 +9767,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 106 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 107 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9792,9 +9794,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 107 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 108 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9819,9 +9821,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 108 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 109 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9846,9 +9848,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 109 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 110 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9873,9 +9875,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 110 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 111 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9900,9 +9902,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 111 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 112 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9927,9 +9929,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 112 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 113 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9954,9 +9956,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 113 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 114 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -9981,9 +9983,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 114 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 115 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -10008,9 +10010,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 115 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 116 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -10035,9 +10037,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 116 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 117 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -10056,15 +10058,15 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.88479523E-09 * 2_GWT-(2,7,2) + Model 1 1 4.88479501E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 117 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 118 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -10089,9 +10091,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 118 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 119 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -10116,9 +10118,9 @@ END OF MODEL CONNECTIONS 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 119 STRESS PERIOD 4 1 TOTAL ITERATIONS - + Solving: Stress period: 4 Time step: 120 - + SLN_1 OUTER ITERATION SUMMARY ---------------------------------------------------------------------------------------------------------- @@ -10137,27 +10139,13 @@ END OF MODEL CONNECTIONS OUTER INNER STEP MAXIMUM CHANGE MODEL-(CELLID) OR OUTER ITERATION STEP ITERATION ITERATION MAXIMUM CHANGE SUCCESS MODEL-PACKAGE-(NUMBER) ---------------------------------------------------------------------------------------------------------- - Model 1 1 4.90849494E-09 * 2_GWT-(2,7,2) + Model 1 1 4.90849472E-09 * 2_GWT-(2,7,2) ---------------------------------------------------------------------------------------------------------- 1 CALLS TO NUMERICAL SOLUTION IN TIME STEP 120 STRESS PERIOD 4 1 TOTAL ITERATIONS - - Solution SLN_1 summary - ---------------------------------------------------------------------- - Total formulate time: 0.26132000000000266E-1 seconds - Total solution time: 0.11229999999999796E-1 seconds - - - - Solution SLN_2 summary - ---------------------------------------------------------------------- - Total formulate time: 0.19700999999999580E-1 seconds - Total solution time: 0.11432000000000109E-1 seconds - - MEMORY MANAGER TOTAL STORAGE BY DATA TYPE, IN KILOBYTES ------------------------------- ALLOCATED @@ -10173,7 +10161,7 @@ END OF MODEL CONNECTIONS ------------------------------- - - Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/06/25 9:25:21 - Elapsed run time: 0.340 Seconds + + Run end date and time (yyyy/mm/dd hh:mm:ss): 2025/07/02 14:16:46 + Elapsed run time: 1.880 Seconds Normal termination of simulation. diff --git a/src/notebooks/models/transport_river_base/gwf_transriver.bud b/src/notebooks/models/transport_river_base/gwf_transriver.bud index 2f39aef..e60b2e4 100644 Binary files a/src/notebooks/models/transport_river_base/gwf_transriver.bud and b/src/notebooks/models/transport_river_base/gwf_transriver.bud differ diff --git a/src/notebooks/overview_map.py b/src/notebooks/overview_map.py new file mode 100644 index 0000000..6d00b07 --- /dev/null +++ b/src/notebooks/overview_map.py @@ -0,0 +1,91 @@ +import numpy as np +import matplotlib.pyplot as plt +import matplotlib.patches as patches +from matplotlib.colors import ListedColormap + +# Domain parameters +L = 100.0 # Domain size +N = 101 # Number of cells +h1 = 25.0 # Left head boundary (example value) +h2 = 24.5 # Right head boundary (example value) +q = -500 # Pumping rate (example value) +con_max = 100.0 # Maximum concentration (example value) + +# Create grid +x = np.linspace(0, L, N) +y = np.linspace(0, L, N) +X, Y = np.meshgrid(x, y) + +# Initialize background grid +domain = np.zeros((N, N)) + +# Mark constant head boundaries (left and right) +domain[:, 0] = 25 # Left boundary +domain[:, -1] = 24.5 # Right boundary + +# Well locations +wells = [ (41, 26), + (34, 26), + (26, 26)] + + +# Contamination sources +contamination_sources =[ + (41, 26), + (37, 26), + (43, 26), + (34, 26), + (43, 24), + (34, 23) + ] + +# Observation well +obs_well = (26, 56) # (row, col) + +# Create the plot +plt.figure(figsize=(12, 10)) + +# Create custom colormap +cmap = ListedColormap(['white', 'lightblue', 'red', 'green', 'purple', 'black']) +boundaries =[0, 0.5, 1.5, 2.5, 3.5, 4.5, 5.5] +norm = plt.cm.colors.BoundaryNorm(boundaries, cmap.N) + +# Plot domain background +plt.imshow(domain, cmap=cmap, norm=norm, +extent=[0, L, 0, L], origin='lower', alpha=0.3) + +# Add features +#plt.text(0, L / 2, f'CHD: h={h1}', fontsize = 10, ha = 'right', va = 'center', rotation = 90) +#plt.text(L, L / 2, f'CHD: h={h2}', fontsize=10, ha='left', va='center', rotation=-90) + +# Mark wells +for well in wells: + plt.scatter(x[well[1]], y[well[0]], s=100, c='red', marker='o', edgecolor='k', label='Well') + +# Mark contamination sources +for source in contamination_sources: + plt.scatter(x[source[1]], y[source[0]], s=100, c='green', marker='^', edgecolor='k', label='Contamination') + +# Mark observation well +plt.scatter(x[obs_well[1]], y[obs_well[0]], s=150, c='purple', marker='*', edgecolor='k', label='Observation') + +# Add legend with unique entries +handles, labels = plt.gca().get_legend_handles_labels() +by_label = dict(zip(labels, handles)) +plt.legend(by_label.values(), by_label.keys(), loc='upper right') + +# Add grid and labels +plt.grid(True, alpha=0.3) +plt.title('Groundwater Model Domain', fontsize=16) +plt.xlabel('X Distance (m)', fontsize=12) +plt.ylabel('Y Distance (m)', fontsize=12) +plt.xticks(np.arange(0, L + 1, 10)) +plt.yticks(np.arange(0, L + 1, 10)) + +# Add scale bar +plt.plot([L - 20, L - 10], [5, 5], 'k-', lw=2) +plt.text(L - 15, 6, '10 m', ha='center', fontsize=10) + +plt.tight_layout() +plt.savefig('groundwater_model_domain.png', dpi=300) +plt.show() \ No newline at end of file diff --git a/src/notebooks/presentation.html b/src/notebooks/presentation.html new file mode 100644 index 0000000..7446a19 --- /dev/null +++ b/src/notebooks/presentation.html @@ -0,0 +1,768 @@ + + + + + + + + + + + + Modflow 6 Lab: Customizing for Flow, Transport and Geothermal Modeling + + + + + + + + + + + + + + +
+
+ +
+

Modflow 6 Lab: Customizing for Flow, Transport and Geothermal Modeling

+ +
+
+ +
+
+
+

MODFLOW 6 Lab: Customizing for Flow, Transport and Geothermal Modeling

+

This workshop explores how to extend the capabilities of MODFLOW 6 for advanced groundwater, solute transport, and geothermal modeling. Participants will learn how to use Python and the pymf6 library to implement custom boundary conditions, such as direction-dependent riverbed conductance, and couple MODFLOW with external models or analytical solutions. The focus is on practical, flexible tools to solve complex subsurface problems with minimal code and maximum adaptability.

+
+
+

Introduction round

+

Speakers:

+

Dr.-Ing. Mike Müller (hydrocomputing): developer of pymf6

+

Lúcia Pedrosa (TUBAF): developer of pymf6-based model features

+
+
+
+

Program

+ +
+
+

Thursday:

+

9:30 – 9:45 Welcome & Introduction

+

9:45 -10:30 Technical set-up

+

10:30 -10:45 Break

+

10:45 – 12:00 pymf6 Principles: + Running MODFLOW 6 via pymf6 within a Jupyter Notebook + Basics for working with pymf6 + Inspecting internal MODFLOW values during model run time

+

12:00 – 13:00 Lunch

+

13:00 – 15:00 Scenario flow: Controlling the well withdraw based on a target groundwater level

+

15:00 – 15:30 Break

+

15:30 – 17:00 Scenario flow: Dynamic river bed conductance for gaining and loosing river sections

+
+
+

Friday

+

9:30 – 10:00 Recap & Discussion

+

10:00 – 11:00 Scenario transport: Optimize the pumping rate of hydraulic barrier for containing a contamination

+

11:00 – 11:15 Break

+

11.15 – 13:00 Scenario geothermal: Extend MODFLOW with a thermal Cauchy boundary condition

+

13:00 – 14:00 Lunch

+

14:00 – 15:30 Outlook:

+
    +
  • Coupling analytic solutions to reduce model size
    • +
  • Reactive transport modeling with pymf6
    • +
+

15:30 – 15:45 Break

+

15:45 – 16:30 Q&A: Ask questions about your model customization needs and get answers from author of pymf6

+
+
+

Workshop Goals

+
    +

  1. Understand and extend the modular design of MODFLOW 6.

    2. +

  2. Learn how to build and couple groundwater, solute transport, and geothermal flow models.

    3. +

  3. Use Python + PyMF6 to automate modeling workflows and customize boundary conditions.

    4. +

  4. Implement direction-dependent and dynamic boundary conditions programmatically.

    5. +

  5. Couple MODFLOW 6 with external analytical or numerical models.

    6. +

  6. Apply efficient coding patterns to build adaptable, reproducible hydrogeologic simulations.

    7. +
+
+
+

Introduction to Modflow 6

+

🌍 What is MODFLOW 6?

+

MODFLOW 6 (MF6) is the latest generation of the U.S. Geological Survey (USGS) MODFLOW groundwater modeling framework. It represents a complete redesign of the classic MODFLOW series (MODFLOW-2005, MODFLOW-NWT, MODFLOW-USG, etc.), combining the best features of previous versions into a unified, flexible, and modular system.

+

🔑 Key characteristics:

+
    +
  1. Unified Framework:
    2. +
+

MODFLOW 6 provides a common platform for simulating multiple hydrologic processes such as groundwater flow (GWF), groundwater transport (GWT), and exchanges between models.

+
    +

  1. Modular and Object-Oriented Architecture: Each process, model, and package is implemented as a modular unit, allowing flexible model composition. You can run multiple models (e.g., GWF + GWT) within the same simulation and define exchanges between them (e.g., flow coupling, solute transport).

    2. +

  2. Numerical Improvements:

    3. +
+
    +

  • Enhanced iterative solver (IMS) package with better control over convergence and performance.

    • +

  • Advanced time-stepping and adaptive convergence checks.

    • +

  • Support for structured (DIS), vertex-based (DISV), and unstructured (DISU) grids.

    • +
+
    +
  1. Inter-model Coupling:
    2. +
+
    +

  • Native support for GWF–GWF exchanges (linking aquifers or model domains).

    • +

  • Support for GWF–GWT coupling (flow and transport interactions).

    • +

  • Facilitates integrated groundwater–surface water or multi-layered aquifer modeling.

    • +
+
    +
  1. Enhanced Output Control and Post-processing:
    2. +
+

Output control (OC) allows users to customize which variables are written and at what frequency. Head, budget, and concentration outputs can be easily parsed using FloPy or PyMF6.

+
+
+

Internal Structure

+

MODFLOW 6 uses three primary components:

+
    +

  1. Simulation (SIM): The top-level container that manages time, models, and exchanges.

    2. +

  2. Model (GWF, GWT, etc.): Represents a specific process (flow, transport, etc.). Each model is composed of packages.

    3. +

  3. Package: Defines parameters, boundary conditions, and solver settings.

    4. +
+
+
+

Hierarchy

+

High-level hierarchy:

+
    +

  • Simulation (controls time, models, exchanges)

    +
      +

    • Model(s) (GWF, GWT)

      +
        +
      • Package(s) (DIS, NPF, STO, WEL, CHD, etc.)
        • +
      • +
    • +
+

Packages are the building blocks where each represents a physical process or numerical control (e.g., discretization, boundary conditions, solver settings).

+
+
+

Package structure

+

Common package categories:

+
    +

  • Discretization: DIS, DISV, DISU

    • +

  • Properties: NPF (flow properties), STO (storage)

    • +

  • Initial & Boundary Conditions: IC, CHD, WEL, RCH, DRN, RIV, GHB, EVT

    • +

  • Solver & Output: IMS, OC

    • +

  • Coupling & Exchanges: EXG, GWF-GWT connectors

    • +
+
+
+

FloPy: Installation and Quick Start

+

💻 To install FloPy, use pip directly from your Python environment:

+

Verify the installation:

+
import flopy 
+print('FloPy version:', flopy.__version__)
+
import flopy
+import numpy as np
+
+
+# Create a simulation and model
+tsim = flopy.mf6.MFSimulation(sim_name='tutorial_sim', exe_name='mf6', version='mf6', sim_ws='model_ws')
+gwf = flopy.mf6.ModflowGwf(tsim, modelname='tutorial_model', save_flows=True)
+
+
+# Add Time Discretization Package (TDIS)
+flopy.mf6.ModflowTdis(tsim, time_units='DAYS', nper=1, perioddata=[(1.0, 1, 1.0)])
+
+
+# Add the IMS Solver
+flopy.mf6.ModflowIms(tsim)
+
+
+# Define the model grid
+dis = flopy.mf6.ModflowGwfdis(gwf, nlay=1, nrow=5, ncol=5, delr=100.0, delc=100.0, top=10.0, botm=0.0)
+
+
+# Initial Conditions
+ic = flopy.mf6.ModflowGwfic(gwf, strt=10.0)
+
+
+# Hydraulic Properties
+npf = flopy.mf6.ModflowGwfnpf(gwf, icelltype=1, k=10.0)
+
+
+# Constant Head Boundary (CHD)
+chd_spd = [((0, i, 0), 10.0) for i in range(5)] + [((0, i, 4), 5.0) for i in range(5)]
+flopy.mf6.ModflowGwfchd(gwf, stress_period_data=chd_spd)
+
+
+# Output Control
+flopy.mf6.ModflowGwfoc(gwf, head_filerecord='head.hds', saverecord=[('HEAD', 'ALL')])
+
+
+# Write and run the model
+tsim.write_simulation()
+tsim.run_simulation()
+
+
+print('Simulation complete. Output stored in model_ws/')
+
+
+

Intro to programming

+
+
+

Conclusions

+
+
+

…..

+
+
+

Thank You

+ +
+
+
+ + + + + + + + + + + + + + + + + + + + + + \ No newline at end of file diff --git a/src/notebooks/presentation.qmd b/src/notebooks/presentation.qmd new file mode 100644 index 0000000..b247177 --- /dev/null +++ b/src/notebooks/presentation.qmd @@ -0,0 +1,86 @@ +--- +title: "Modflow 6 Lab: Customizing for Flow, Transport and Geothermal Modeling" +format: revealjs +--- + +# Workshop + +## Modflow 6 Lab Ws Overview + +# MODFLOW 6 Lab: Customizing for Flow, Transport and Geothermal Modeling + +This workshop explores how to extend the capabilities of MODFLOW 6 for advanced groundwater, solute transport, and geothermal modeling. Participants will learn how to use Python and the pymf6 library to implement custom boundary conditions, such as direction-dependent riverbed conductance, and couple MODFLOW with external models or analytical solutions. The focus is on practical, flexible tools to solve complex subsurface problems with minimal code and maximum adaptability. + + +## Co-organizers + +![Hydrocomputing](logo_hydrocomputing.png) + +![TUBAF](tubaf_logo.png) + +![DBU](DBU_logo.png) + +![FHDGGV](FHDGGV-Logo.jpg) + +## Introduction round + +*Speakers*: + +Dr.-Ing. Mike Müller (hydrocomputing): developer of pymf6 + +Lúcia Pedrosa (TUBAF): developer of pymf6-based model features + +# Program + +## Thursday: +9:30 – 9:45 Welcome & Introduction + +9:45 -10:30 Technical set-up + +10:30 -10:45 Break + +10:45 – 12:00 pymf6 Principles + +12:00 – 13:00 Lunch + +13:00 – 15:00 Scenario flow: Controlling the well withdraw based on a target groundwater level + +15:00 – 15:30 Break + +15:30 – 17:00 Scenario flow: Dynamic river bed conductance for gaining and loosing river sections + +## Friday + +9:30 – 10:00 Recap & Discussion + +10:00 – 11:00 Scenario transport: Optimize the pumping rate of hydraulic barrier for containing a contamination + +11:00 – 11:15 Break + +11.15 – 13:00 Scenario geothermal: Extend MODFLOW with a thermal Cauchy boundary condition + +13:00 – 14:00 Lunch + +14:00 – 15:30 Outlook: + + + Coupling analytic solutions to reduce model size + + Reactive transport modeling with pymf6 + +15:30 – 15:45 Break + +15:45 – 16:30 Q&A: Ask questions about your model customization needs and get answers from author of pymf6 + +## Workshop Goals + +1. Understand and extend the modular design of MODFLOW 6. + +2. Learn how to build and couple groundwater, solute transport, and geothermal flow models. + +3. Use Python + PyMF6 to automate modeling workflows and customize boundary conditions. + +4. Implement direction-dependent and dynamic boundary conditions programmatically. + +5. Couple MODFLOW 6 with external analytical or numerical models. + +6. Apply efficient coding patterns to build adaptable, reproducible hydrogeologic simulations. + diff --git a/src/notebooks/presentation_files/DBU_logo.png b/src/notebooks/presentation_files/DBU_logo.png new file mode 100644 index 0000000..140bfff Binary files /dev/null and b/src/notebooks/presentation_files/DBU_logo.png differ diff --git a/src/notebooks/presentation_files/FHDGGV-Logo.jpg b/src/notebooks/presentation_files/FHDGGV-Logo.jpg new file mode 100644 index 0000000..838c9ac Binary files /dev/null and b/src/notebooks/presentation_files/FHDGGV-Logo.jpg differ diff --git a/src/notebooks/presentation_files/Installation and Setup pixi flopy.ipynb b/src/notebooks/presentation_files/Installation and Setup pixi flopy.ipynb new file mode 100644 index 0000000..dc3ed5f --- /dev/null +++ b/src/notebooks/presentation_files/Installation and Setup pixi flopy.ipynb @@ -0,0 +1,183 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "5678f5ff-5d64-41b3-9c7e-8b319b9d3a4e", + "metadata": {}, + "source": [ + "# MODFLOW 6 Lab: Customizing for Flow, Transport and Geothermal Modeling" + ] + }, + { + "cell_type": "markdown", + "id": "9b23669c-6b8c-4bfe-bed9-4e803c307b95", + "metadata": {}, + "source": [ + "## Installation and Setup of Pixi and FloPy " + ] + }, + { + "cell_type": "markdown", + "id": "c8fb421d-9aa3-424d-a23a-d384f1d277a2", + "metadata": {}, + "source": [ + "### Installing Pixi " + ] + }, + { + "cell_type": "markdown", + "id": "da316eb1-2ac8-4d65-a562-20a012e193ba", + "metadata": {}, + "source": [ + "Please follow the instructions at \"https://pixi.sh/latest/installation/\"" + ] + }, + { + "cell_type": "markdown", + "id": "cc162628-760b-47c7-88bc-000607a19e11", + "metadata": {}, + "source": [ + "### Creating pixi workspace " + ] + }, + { + "cell_type": "markdown", + "id": "b4a2595c-a64d-415e-87a0-0693353577ea", + "metadata": {}, + "source": [ + "Create a pixi workspace by typing in a terminal window:" + ] + }, + { + "cell_type": "raw", + "id": "09db4432-8fba-43d8-b09f-b8219c62fdef", + "metadata": {}, + "source": [ + "pixi init pymf6_project\n", + "cd pymf6_project" + ] + }, + { + "cell_type": "markdown", + "id": "6b44ee44-8c0e-4ba6-b8c3-7bf44a69179a", + "metadata": {}, + "source": [ + "Now the directory pymf6_project contains a file named pixi.toml that contains the configuration. You need to add the channel hydrocomputing to your Pixi workspace. This can be done either by typing in a terminal window:" + ] + }, + { + "cell_type": "raw", + "id": "0cbf072e-470b-416a-b12e-ad4b60f52e75", + "metadata": {}, + "source": [ + "pixi workspace channel add --prepend" + ] + }, + { + "cell_type": "markdown", + "id": "bb5a1ae0-6615-4f1f-9e65-894029501d35", + "metadata": {}, + "source": [ + "or by editing the file pixi.toml, modifying the key channels in the section [workspace] from:" + ] + }, + { + "cell_type": "raw", + "id": "da5a2366-ec5b-404b-8283-d2e1acc0ed7b", + "metadata": {}, + "source": [ + "[workspace]\n", + "channels = [\"conda-forge\"]" + ] + }, + { + "cell_type": "markdown", + "id": "eac11b41-8963-4c80-9dc8-5f8b6d3ca6c9", + "metadata": {}, + "source": [ + "to:" + ] + }, + { + "cell_type": "raw", + "id": "7abcd6b7-daca-4935-87d6-1ae39dd060f4", + "metadata": {}, + "source": [ + "[workspace]\n", + "channels = [\"hydrocomputing\", \"conda-forge\"]" + ] + }, + { + "cell_type": "markdown", + "id": "d242c56e-76b9-478f-b54f-b5537caea82e", + "metadata": {}, + "source": [ + "## FloPy: Installation" + ] + }, + { + "cell_type": "markdown", + "id": "4f416082-1ec9-44ad-9f07-f25533b2c839", + "metadata": {}, + "source": [ + "💻 To install FloPy, use pip directly from your Python environment:" + ] + }, + { + "cell_type": "raw", + "id": "2448295b-aaed-4fe2-adda-60f5fd9b226c", + "metadata": {}, + "source": [ + "pixi install flopy " + ] + }, + { + "cell_type": "markdown", + "id": "19cd6f34-99d8-452c-b1cd-e72abf4326d8", + "metadata": {}, + "source": [ + "Verify the installation:" + ] + }, + { + "cell_type": "code", + "execution_count": 20, + "id": "14c96532-057c-4d49-a0de-1449d9a02d43", + "metadata": {}, + "outputs": [ + { + "name": "stdout", + "output_type": "stream", + "text": [ + "FloPy version: 3.9.3\n" + ] + } + ], + "source": [ + "import flopy \n", + "print('FloPy version:', flopy.__version__)" + ] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.13.5" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/src/notebooks/presentation_files/MODFLOW 6 Lab WS Overview.ipynb b/src/notebooks/presentation_files/MODFLOW 6 Lab WS Overview.ipynb new file mode 100644 index 0000000..b707a0f --- /dev/null +++ b/src/notebooks/presentation_files/MODFLOW 6 Lab WS Overview.ipynb @@ -0,0 +1,182 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "5678f5ff-5d64-41b3-9c7e-8b319b9d3a4e", + "metadata": {}, + "source": [ + "# MODFLOW 6 Lab: Customizing for Flow, Transport and Geothermal Modeling" + ] + }, + { + "cell_type": "markdown", + "id": "b484f279-4d84-4865-a6da-c64f3b2cf968", + "metadata": {}, + "source": [ + "This workshop explores how to extend the capabilities of MODFLOW 6 for advanced groundwater, solute transport, and geothermal modeling. Participants will learn how to use Python and the pymf6 library to implement custom boundary conditions, such as direction-dependent riverbed conductance, and couple MODFLOW with external models or analytical solutions. The focus is on practical, flexible tools to solve complex subsurface problems with minimal code and maximum adaptability.\n" + ] + }, + { + "cell_type": "markdown", + "id": "266c1b5f-9a26-4fce-883f-299290004c1f", + "metadata": {}, + "source": [ + "## Co-organizers" + ] + }, + { + "cell_type": "markdown", + "id": "d0b21935-d5d4-45ab-9093-58dad728a187", + "metadata": {}, + "source": [ + "![Hydrocomputing](logo_hydrocomputing.png)" + ] + }, + { + "cell_type": "markdown", + "id": "9fa604b9-9933-428f-826e-25077fdb4101", + "metadata": {}, + "source": [ + "![TUBAF](tubaf_logo.png)" + ] + }, + { + "cell_type": "markdown", + "id": "4de9d098-0596-4794-b3e7-d49c10537de8", + "metadata": {}, + "source": [ + "![DBU](DBU_logo.png)" + ] + }, + { + "cell_type": "markdown", + "id": "493e8073-a62a-4cc2-af78-8db984a1845c", + "metadata": {}, + "source": [ + "![FHDGGV](FHDGGV-Logo.jpg)" + ] + }, + { + "cell_type": "markdown", + "id": "3e8bb929-9d0b-43fc-95ec-9fbc6730ed4f", + "metadata": {}, + "source": [ + "## Introduction round" + ] + }, + { + "attachments": {}, + "cell_type": "markdown", + "id": "82160e11-1547-47f4-9192-81c82e134621", + "metadata": {}, + "source": [ + "*Speakers*: \n", + "\n", + "Dr.-Ing. Mike Müller (hydrocomputing): developer of pymf6\n", + "\n", + "Lúcia Pedrosa (TUBAF): developer of pymf6-based model features" + ] + }, + { + "cell_type": "markdown", + "id": "ab3fa6d1-6fd7-43a5-acb0-765098a74ed4", + "metadata": {}, + "source": [ + "# Program" + ] + }, + { + "cell_type": "markdown", + "id": "a700a222-1eb9-4ef8-bcfc-a79d3d767923", + "metadata": {}, + "source": [ + "## Thursday: \n", + "9:30 – 9:45 Welcome & Introduction\n", + "\n", + "9:45 -10:30 Technical set-up\n", + "\n", + "10:30 -10:45 Break\n", + "\n", + "10:45 – 12:00 pymf6 Principles\n", + "\n", + "12:00 – 13:00 Lunch\n", + "\n", + "13:00 – 15:00 Scenario flow: Controlling the well withdraw based on a target groundwater level\n", + "\n", + "15:00 – 15:30 Break\n", + "\n", + "15:30 – 17:00 Scenario flow: Dynamic river bed conductance for gaining and loosing river sections" + ] + }, + { + "cell_type": "markdown", + "id": "716dd967-c67a-4815-a685-7a09685ec857", + "metadata": {}, + "source": [ + "## Friday \n", + "\n", + "9:30 – 10:00 Recap & Discussion\n", + "\n", + "10:00 – 11:00 Scenario transport: Optimize the pumping rate of hydraulic barrier for containing a contamination\n", + "\n", + "11:00 – 11:15 Break \n", + "\n", + "11.15 – 13:00 Scenario geothermal: Extend MODFLOW with a thermal Cauchy boundary condition\n", + "\n", + "13:00 – 14:00 Lunch \n", + "\n", + "14:00 – 15:30 Outlook: \n", + "\n", + " + Coupling analytic solutions to reduce model size\n", + " + Reactive transport modeling with pymf6\n", + "\n", + "15:30 – 15:45 Break \n", + "\n", + "15:45 – 16:30 Q&A: Ask questions about your model customization needs and get answers from author of pymf6" + ] + }, + { + "cell_type": "markdown", + "id": "1a1b138d-b9eb-44c8-b9f5-52e9e9c643c1", + "metadata": {}, + "source": [ + "## Workshop Goals " + ] + }, + { + "cell_type": "markdown", + "id": "20b6d595-abda-4995-a020-a6a55f51d86f", + "metadata": {}, + "source": [ + "1. Understand and extend the modular design of MODFLOW 6.\n", + "\n", + "2. Use Python + PyMF6 to automate modeling workflows and customize boundary conditions.\n", + "\n", + "3. Implement direction-dependent and dynamic boundary conditions programmatically.\n", + "\n", + "4. Couple MODFLOW 6 with external analytical or numerical models.\n" + ] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.13.5" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/src/notebooks/presentation_files/MODFLOW 6 Lab all.ipynb b/src/notebooks/presentation_files/MODFLOW 6 Lab all.ipynb new file mode 100644 index 0000000..66ed05c --- /dev/null +++ b/src/notebooks/presentation_files/MODFLOW 6 Lab all.ipynb @@ -0,0 +1,743 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "5678f5ff-5d64-41b3-9c7e-8b319b9d3a4e", + "metadata": {}, + "source": [ + "# MODFLOW 6 Lab: Customizing for Flow, Transport and Geothermal Modeling" + ] + }, + { + "cell_type": "markdown", + "id": "b484f279-4d84-4865-a6da-c64f3b2cf968", + "metadata": {}, + "source": [ + "This workshop explores how to extend the capabilities of MODFLOW 6 for advanced groundwater, solute transport, and geothermal modeling. Participants will learn how to use Python and the pymf6 library to implement custom boundary conditions, such as direction-dependent riverbed conductance, and couple MODFLOW with external models or analytical solutions. The focus is on practical, flexible tools to solve complex subsurface problems with minimal code and maximum adaptability.\n" + ] + }, + { + "cell_type": "markdown", + "id": "3e8bb929-9d0b-43fc-95ec-9fbc6730ed4f", + "metadata": {}, + "source": [ + "## Introduction round" + ] + }, + { + "cell_type": "markdown", + "id": "82160e11-1547-47f4-9192-81c82e134621", + "metadata": {}, + "source": [ + "*Speakers*: \n", + "\n", + "Dr.-Ing. Mike Müller (hydrocomputing): developer of pymf6\n", + "\n", + "Lúcia Pedrosa (TUBAF): developer of pymf6-based model features" + ] + }, + { + "cell_type": "markdown", + "id": "ab3fa6d1-6fd7-43a5-acb0-765098a74ed4", + "metadata": {}, + "source": [ + "# Program" + ] + }, + { + "cell_type": "markdown", + "id": "a700a222-1eb9-4ef8-bcfc-a79d3d767923", + "metadata": {}, + "source": [ + "## Thursday: \n", + "9:30 – 9:45 Welcome & Introduction\n", + "\n", + "9:45 -10:30 Technical set-up\n", + "\n", + "10:30 -10:45 Break\n", + "\n", + "10:45 – 12:00 pymf6 Principles:\n", + " + Running MODFLOW 6 via pymf6 within a Jupyter Notebook\n", + " + Basics for working with pymf6\n", + " + Inspecting internal MODFLOW values during model run time\n", + "\n", + "12:00 – 13:00 Lunch\n", + "\n", + "13:00 – 15:00 Scenario flow: Controlling the well withdraw based on a target groundwater level\n", + "\n", + "15:00 – 15:30 Break\n", + "\n", + "15:30 – 17:00 Scenario flow: Dynamic river bed conductance for gaining and loosing river sections" + ] + }, + { + "cell_type": "markdown", + "id": "716dd967-c67a-4815-a685-7a09685ec857", + "metadata": {}, + "source": [ + "## Friday \n", + "\n", + "9:30 – 10:00 Recap & Discussion\n", + "\n", + "10:00 – 11:00 Scenario transport: Optimize the pumping rate of hydraulic barrier for containing a contamination\n", + "\n", + "11:00 – 11:15 Break \n", + "\n", + "11.15 – 13:00 Scenario geothermal: Extend MODFLOW with a thermal Cauchy boundary condition\n", + "\n", + "13:00 – 14:00 Lunch \n", + "\n", + "14:00 – 15:30 Outlook: \n", + "\n", + " + Coupling analytic solutions to reduce model size\n", + " + Reactive transport modeling with pymf6\n", + "\n", + "15:30 – 15:45 Break \n", + "\n", + "15:45 – 16:30 Q&A: Ask questions about your model customization needs and get answers from author of pymf6" + ] + }, + { + "cell_type": "markdown", + "id": "1a1b138d-b9eb-44c8-b9f5-52e9e9c643c1", + "metadata": {}, + "source": [ + "## Workshop Goals " + ] + }, + { + "cell_type": "markdown", + "id": "20b6d595-abda-4995-a020-a6a55f51d86f", + "metadata": {}, + "source": [ + "1. Understand and extend the modular design of MODFLOW 6.\n", + "\n", + "2. Learn how to build and couple groundwater, solute transport, and geothermal flow models.\n", + "\n", + "3. Use Python + PyMF6 to automate modeling workflows and customize boundary conditions.\n", + "\n", + "4. Implement direction-dependent and dynamic boundary conditions programmatically.\n", + "\n", + "5. Couple MODFLOW 6 with external analytical or numerical models.\n", + "\n", + "6. Apply efficient coding patterns to build adaptable, reproducible hydrogeologic simulations." + ] + }, + { + "cell_type": "markdown", + "id": "2761d5fd-b14f-4534-baaa-b9e07c94b98d", + "metadata": {}, + "source": [ + "## Introduction to Modflow 6" + ] + }, + { + "cell_type": "markdown", + "id": "101b4768-733c-400a-946b-a8db6ff5c808", + "metadata": {}, + "source": [ + "🌍 What is MODFLOW 6?\n", + "\n", + "MODFLOW 6 (MF6) is the latest generation of the U.S. Geological Survey (USGS) MODFLOW groundwater modeling framework. It represents a complete redesign of the classic MODFLOW series (MODFLOW-2005, MODFLOW-NWT, MODFLOW-USG, etc.), combining the best features of previous versions into a unified, flexible, and modular system." + ] + }, + { + "cell_type": "markdown", + "id": "2115c398-1d42-4543-85b7-11797ca2965f", + "metadata": {}, + "source": [ + "🔑 Key characteristics:\n", + "\n", + "1. Unified Framework:\n", + "\n", + "MODFLOW 6 provides a common platform for simulating multiple hydrologic processes such as groundwater flow (GWF), groundwater transport (GWT), and exchanges between models.\n", + "\n", + "2. Modular and Object-Oriented Architecture:\n", + "Each process, model, and package is implemented as a modular unit, allowing flexible model composition. You can run multiple models (e.g., GWF + GWT) within the same simulation and define exchanges between them (e.g., flow coupling, solute transport).\n", + "\n", + "3. Numerical Improvements:\n", + "\n", + " + Enhanced iterative solver (IMS) package with better control over convergence and performance.\n", + "\n", + " + Advanced time-stepping and adaptive convergence checks.\n", + "\n", + " + Support for structured (DIS), vertex-based (DISV), and unstructured (DISU) grids.\n", + "\n", + "4. Inter-model Coupling:\n", + "\n", + " + Native support for GWF–GWF exchanges (linking aquifers or model domains).\n", + "\n", + " + Support for GWF–GWT coupling (flow and transport interactions).\n", + "\n", + " + Facilitates integrated groundwater–surface water or multi-layered aquifer modeling.\n", + "\n", + "5. Enhanced Output Control and Post-processing:\n", + " \n", + "Output control (OC) allows users to customize which variables are written and at what frequency. Head, budget, and concentration outputs can be easily parsed using FloPy or PyMF6." + ] + }, + { + "cell_type": "markdown", + "id": "85ffd7d0-9e58-4c21-a828-e07a8f276951", + "metadata": {}, + "source": [ + "## Internal Structure & Hierarchy" + ] + }, + { + "cell_type": "markdown", + "id": "67f59277-b187-4b73-aba1-f1b67d72b73b", + "metadata": {}, + "source": [ + "MODFLOW 6 uses three primary components:\n", + "\n", + "1. Simulation (SIM): The top-level container that manages time, models, and exchanges.\n", + "\n", + "2. Model (GWF, GWT, etc.): Represents a specific process (flow, transport, etc.). Each model is composed of packages.\n", + "\n", + "3. Package: Defines parameters, boundary conditions, and solver settings." + ] + }, + { + "cell_type": "markdown", + "id": "2845b37b-b93c-4cae-9494-fe3d24e5a109", + "metadata": {}, + "source": [ + "Packages are the building blocks where each represents a physical process or numerical control (e.g., discretization, boundary conditions, solver settings)." + ] + }, + { + "cell_type": "raw", + "id": "55cd82ce-c177-4aef-80ea-0edce604d0e0", + "metadata": {}, + "source": [ + "Simulation\n", + "│\n", + "├── Time Discretization (TDIS)\n", + "├── Groundwater Flow Model (GWF)\n", + "│ ├── Discretization (DIS)\n", + "│ ├── Initial Conditions (IC)\n", + "│ ├── Node Property Flow (NPF)\n", + "│ ├── Storage (STO)\n", + "│ ├── Wells / Recharge / Boundaries (WEL, RCH, CHD, etc.)\n", + "│ └── Output Control (OC)\n", + "└── Exchanges (GWF-GWF, GWF-GWT)" + ] + }, + { + "cell_type": "markdown", + "id": "3f80bcbb-4a8d-4350-a9fd-abd3f653d85d", + "metadata": {}, + "source": [ + "## Package structure " + ] + }, + { + "cell_type": "markdown", + "id": "5126eef9-bbe1-47ee-83fb-ec5f6256cad4", + "metadata": {}, + "source": [ + "Common package categories:\n", + "\n", + "+ Discretization: DIS, DISV, DISU\n", + "\n", + "+ Properties: NPF (flow properties), STO (storage)\n", + "\n", + "+ Initial & Boundary Conditions: IC, CHD, WEL, RCH, DRN, RIV, GHB, EVT\n", + "\n", + "+ Solver & Output: IMS, OC\n", + "\n", + "+ Coupling & Exchanges: EXG, GWF-GWT connectors" + ] + }, + { + "cell_type": "markdown", + "id": "9b23669c-6b8c-4bfe-bed9-4e803c307b95", + "metadata": {}, + "source": [ + "## Installation and Setup of Pixi and FloPy " + ] + }, + { + "cell_type": "markdown", + "id": "c8fb421d-9aa3-424d-a23a-d384f1d277a2", + "metadata": {}, + "source": [ + "### Installing Pixi " + ] + }, + { + "cell_type": "markdown", + "id": "da316eb1-2ac8-4d65-a562-20a012e193ba", + "metadata": {}, + "source": [ + "Please follow the instructions at \"https://pixi.sh/latest/installation/\"" + ] + }, + { + "cell_type": "markdown", + "id": "cc162628-760b-47c7-88bc-000607a19e11", + "metadata": {}, + "source": [ + "### Creating pixi workspace " + ] + }, + { + "cell_type": "markdown", + "id": "b4a2595c-a64d-415e-87a0-0693353577ea", + "metadata": {}, + "source": [ + "Create a pixi workspace by typing in a terminal window:" + ] + }, + { + "cell_type": "raw", + "id": "09db4432-8fba-43d8-b09f-b8219c62fdef", + "metadata": {}, + "source": [ + "pixi init pymf6_project\n", + "cd pymf6_project" + ] + }, + { + "cell_type": "markdown", + "id": "6b44ee44-8c0e-4ba6-b8c3-7bf44a69179a", + "metadata": {}, + "source": [ + "Now the directory pymf6_project contains a file named pixi.toml that contains the configuration. You need to add the channel hydrocomputing to your Pixi workspace. This can be done either by typing in a terminal window:" + ] + }, + { + "cell_type": "raw", + "id": "0cbf072e-470b-416a-b12e-ad4b60f52e75", + "metadata": {}, + "source": [ + "pixi workspace channel add --prepend" + ] + }, + { + "cell_type": "markdown", + "id": "bb5a1ae0-6615-4f1f-9e65-894029501d35", + "metadata": {}, + "source": [ + "or by editing the file pixi.toml, modifying the key channels in the section [workspace] from:" + ] + }, + { + "cell_type": "raw", + "id": "da5a2366-ec5b-404b-8283-d2e1acc0ed7b", + "metadata": {}, + "source": [ + "[workspace]\n", + "channels = [\"conda-forge\"]" + ] + }, + { + "cell_type": "markdown", + "id": "eac11b41-8963-4c80-9dc8-5f8b6d3ca6c9", + "metadata": {}, + "source": [ + "to:" + ] + }, + { + "cell_type": "raw", + "id": "7abcd6b7-daca-4935-87d6-1ae39dd060f4", + "metadata": {}, + "source": [ + "[workspace]\n", + "channels = [\"hydrocomputing\", \"conda-forge\"]" + ] + }, + { + "cell_type": "markdown", + "id": "d242c56e-76b9-478f-b54f-b5537caea82e", + "metadata": {}, + "source": [ + "## FloPy: Installation" + ] + }, + { + "cell_type": "markdown", + "id": "4f416082-1ec9-44ad-9f07-f25533b2c839", + "metadata": {}, + "source": [ + "💻 To install FloPy, use pip directly from your Python environment:" + ] + }, + { + "cell_type": "raw", + "id": "2448295b-aaed-4fe2-adda-60f5fd9b226c", + "metadata": {}, + "source": [ + "pixi install flopy " + ] + }, + { + "cell_type": "markdown", + "id": "19cd6f34-99d8-452c-b1cd-e72abf4326d8", + "metadata": {}, + "source": [ + "Verify the installation:" + ] + }, + { + "cell_type": "code", + "execution_count": 20, + "id": "14c96532-057c-4d49-a0de-1449d9a02d43", + "metadata": {}, + "outputs": [ + { + "name": "stdout", + "output_type": "stream", + "text": [ + "FloPy version: 3.9.3\n" + ] + } + ], + "source": [ + "import flopy \n", + "print('FloPy version:', flopy.__version__)" + ] + }, + { + "cell_type": "markdown", + "id": "209b114b-2104-4d7b-999d-d0ddcf75bafc", + "metadata": {}, + "source": [ + "## Introdcution to pymf6" + ] + }, + { + "cell_type": "markdown", + "id": "75f88f57-5611-442a-a420-e13a78b1ba2b", + "metadata": {}, + "source": [ + "🌍 What is pymf6?\n", + "\n", + "pymf6 is a Python library that enables **real-time programmatic control** of MODFLOW 6 simulations. It acts as a bridge between Python and MODFLOW 6, allowing dynamic interaction during model execution." + ] + }, + { + "cell_type": "markdown", + "id": "395e754f-1aea-453f-b641-94c55a413805", + "metadata": {}, + "source": [ + "### Why use pymf6?\n", + "\n", + "To overcome *Traditional Limitations*:\n", + "\n", + "1. Static parameters: All conditions fixed before simulation\n", + "\n", + "2. No adaptation: Cannot respond to simulated results\n", + "\n", + "3. Manual iteration: Repeated runs for scenario testing\n", + "\n", + "4. Limited coupling: Difficult integration with external models" + ] + }, + { + "cell_type": "markdown", + "id": "80326991-9be8-4d3a-8931-611284d4b93d", + "metadata": {}, + "source": [ + "### PyMF6 Advantages\n", + "\n", + "1. Dynamic control: Adjust parameters during simulation\n", + "\n", + "2. Adaptive management: Respond to model results in real-time\n", + "\n", + "3. Automated optimization: Built-in parameter estimation\n", + "\n", + "4. Coupling: Seamless integration with other models\n", + "\n", + "5. Complex boundary conditions: Implement conditions impossible in standard MF6" + ] + }, + { + "cell_type": "markdown", + "id": "0b8e86e9-21a4-4e91-a248-ee36cd65c388", + "metadata": {}, + "source": [ + "### Architecture Overview " + ] + }, + { + "cell_type": "markdown", + "id": "9a8fb378-49c7-485f-8abc-87508d1e5a4e", + "metadata": {}, + "source": [ + "🔑 Key Components:\n", + "\n", + "1. PyMF6 Python Library: User interface and control logic\n", + "\n", + "2. Modified MODFLOW 6: Special version with callback hooks\n", + "\n", + "3. Shared Memory: Real-time data exchange\n", + "\n", + "4. Configuration System: YAML-based setup" + ] + }, + { + "cell_type": "markdown", + "id": "38226cd8-c282-407e-b784-09132256d488", + "metadata": {}, + "source": [ + "## Technology stack" + ] + }, + { + "cell_type": "markdown", + "id": "621be150-0e52-48db-8238-eae64ddf93bf", + "metadata": {}, + "source": [ + " + Basic Model Interface (BMI) - API for simulation models\n", + " + bmi-python - Python specification of BMI\n", + " + xmipy extension to bmi-python accessing the MODFLOW 6 DLL with ctypes\n", + " + modflowapi - High level API for MODFLOW 6\n", + " + pymf6 is based on xmipy and modflowapi" + ] + }, + { + "cell_type": "markdown", + "id": "76aefd64-5dbe-43f6-be94-b68d37a27a95", + "metadata": {}, + "source": [ + "![Technology stack](pymf6_dll.png)" + ] + }, + { + "cell_type": "markdown", + "id": "9c01154c-3308-43bc-8cdc-453d83cae8af", + "metadata": {}, + "source": [ + "## Usage requirements " + ] + }, + { + "cell_type": "markdown", + "id": "018037c9-5961-4680-a6c9-8d423bf69192", + "metadata": {}, + "source": [ + "1. Understand the MODFLOW 6 variables as defined in the input files\n", + "\n", + "2. Have a working knowledge of Python programming" + ] + }, + { + "cell_type": "markdown", + "id": "225e530c-105f-4e86-947f-6de24c6275d7", + "metadata": {}, + "source": [ + "## Installation & Setup of pymf6 " + ] + }, + { + "cell_type": "markdown", + "id": "abaccf57-1c39-436a-84cc-2a566d8d619e", + "metadata": {}, + "source": [ + "pymf6 is a Python package. There are two ways to install pymf6:\n", + "\n", + "1. As a conda package from the hydrocmputing channel\n", + "\n", + "2. As a standard Python package from PyPi" + ] + }, + { + "cell_type": "markdown", + "id": "e514512b-4d63-4194-9f2f-b79dbb8d883f", + "metadata": {}, + "source": [ + "## Installing pymf6 " + ] + }, + { + "cell_type": "raw", + "id": "e19b9771-99d8-4acd-8b71-491477bafbc7", + "metadata": {}, + "source": [ + "pixi add pymf6" + ] + }, + { + "cell_type": "markdown", + "id": "91a64a3f-9c47-4999-8983-4a0d9d23ea2f", + "metadata": {}, + "source": [ + "## Install MODFLOW 6" + ] + }, + { + "cell_type": "markdown", + "id": "93139c48-79c7-4a13-a7aa-907beba78e36", + "metadata": {}, + "source": [ + "Download the version for your operating system at \"https://github.com/MODFLOW-ORG/modflow6/releases\"" + ] + }, + { + "cell_type": "markdown", + "id": "166b1d48-6b83-4274-89ea-04287432a0f0", + "metadata": {}, + "source": [ + "### Configuration" + ] + }, + { + "cell_type": "markdown", + "id": "4cb689f1-85bf-45d0-9e39-fb54d51a7347", + "metadata": {}, + "source": [ + "While you can specify the path to the DLL and executable for each run, it is highly recommended to create a configuration. You need to create a file named pymf6.ini in your home directory. You can find your home directory with different methods. On Windows, the command:" + ] + }, + { + "cell_type": "raw", + "id": "bb034c08-0aae-4b0a-8326-3631f4f5a545", + "metadata": {}, + "source": [ + "set HOMEPATH " + ] + }, + { + "cell_type": "markdown", + "id": "71175656-206f-4dd4-9ae3-e32480786d79", + "metadata": {}, + "source": [ + "Posix systems such as Linux and MacOSX, the command:" + ] + }, + { + "cell_type": "raw", + "id": "b530d175-86ae-44a6-96a4-5a90c4bf2ba0", + "metadata": {}, + "source": [ + "echo $HOME" + ] + }, + { + "cell_type": "markdown", + "id": "8acd1be2-201c-450d-8ff8-e2db7070fe4e", + "metadata": {}, + "source": [ + "The file pymf6.ini needs have to have this content on Windows:" + ] + }, + { + "cell_type": "raw", + "id": "610eaaaf-3751-45fc-abbd-2e06d764daab", + "metadata": {}, + "source": [ + "[paths]\n", + "dll_path = path\\to\\mf6\\bin\\libmf6.dll\n", + "exe_path = path\\to\\mf6\\bin\\mf6.exe" + ] + }, + { + "cell_type": "markdown", + "id": "ebc36278-be2a-4265-9bcf-40b218cb2603", + "metadata": {}, + "source": [ + "On Linux:" + ] + }, + { + "cell_type": "raw", + "id": "858a05ab-0537-4e17-8ab2-49c202151823", + "metadata": {}, + "source": [ + "[paths]\n", + "dll_path = path/to/mf6/bin/libmf6.so\n", + "exe_path = path/to/mf6/bin/mf6" + ] + }, + { + "cell_type": "markdown", + "id": "12e818b6-33c1-4e99-a597-975e3c99ef3d", + "metadata": {}, + "source": [ + "On MacOSX:" + ] + }, + { + "cell_type": "raw", + "id": "96f9edae-cc34-4346-adc2-348c69dc8e58", + "metadata": {}, + "source": [ + "[paths]\n", + "dll_path = path/to/mf6/bin/libmf6.dylib\n", + "exe_path = path/to/mf6/bin/mf6" + ] + }, + { + "cell_type": "markdown", + "id": "e740549c-012e-4c09-8240-4416cbd4b3fa", + "metadata": {}, + "source": [ + "Replace the path path/to/mf6/bin/ with with your absolute path to the MODFLOW 6 directory bin that contains the shared library and the executable you downloaded from the USGS website (see section “Installation” above)." + ] + }, + { + "cell_type": "markdown", + "id": "f72a6449-5381-4c62-87d7-825de7eae9b0", + "metadata": {}, + "source": [ + "### Test the Install " + ] + }, + { + "cell_type": "markdown", + "id": "48fabda0-e655-4594-9dd3-aa17d0b1ff4e", + "metadata": {}, + "source": [ + "On the command line type:" + ] + }, + { + "cell_type": "raw", + "id": "d4b8a498-0f19-42b9-a9da-a35d386503be", + "metadata": {}, + "source": [ + "pymf6" + ] + }, + { + "cell_type": "markdown", + "id": "14ad1a7c-9e6a-45ce-893b-1807b6e757df", + "metadata": {}, + "source": [ + "## Intro to programming " + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "2aba3681-8856-4ad3-b3ef-9ff1552dccf9", + "metadata": {}, + "outputs": [], + "source": [] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.13.5" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/src/notebooks/presentation_files/MODFLOW 6 intro.ipynb b/src/notebooks/presentation_files/MODFLOW 6 intro.ipynb new file mode 100644 index 0000000..7755017 --- /dev/null +++ b/src/notebooks/presentation_files/MODFLOW 6 intro.ipynb @@ -0,0 +1,160 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "5678f5ff-5d64-41b3-9c7e-8b319b9d3a4e", + "metadata": {}, + "source": [ + "# MODFLOW 6 Lab: Customizing for Flow, Transport and Geothermal Modeling" + ] + }, + { + "cell_type": "markdown", + "id": "2761d5fd-b14f-4534-baaa-b9e07c94b98d", + "metadata": {}, + "source": [ + "## Introduction to Modflow 6" + ] + }, + { + "cell_type": "markdown", + "id": "101b4768-733c-400a-946b-a8db6ff5c808", + "metadata": {}, + "source": [ + "🌍 What is MODFLOW 6?\n", + "\n", + "MODFLOW 6 (MF6) is the latest generation of the U.S. Geological Survey (USGS) MODFLOW groundwater modeling framework. It represents a complete redesign of the classic MODFLOW series (MODFLOW-2005, MODFLOW-NWT, MODFLOW-USG, etc.), combining the best features of previous versions into a unified, flexible, and modular system." + ] + }, + { + "cell_type": "markdown", + "id": "2115c398-1d42-4543-85b7-11797ca2965f", + "metadata": {}, + "source": [ + "🔑 Key characteristics:\n", + "\n", + "1. Unified Framework:\n", + "\n", + "MODFLOW 6 provides a common platform for simulating multiple hydrologic processes such as groundwater flow (GWF), groundwater transport (GWT), and exchanges between models.\n", + "\n", + "2. Modular and Object-Oriented Architecture:\n", + "Each process, model, and package is implemented as a modular unit, allowing flexible model composition. You can run multiple models (e.g., GWF + GWT) within the same simulation and define exchanges between them (e.g., flow coupling, solute transport).\n", + "\n", + "3. Numerical Improvements:\n", + "\n", + " + Enhanced iterative solver (IMS) package with better control over convergence and performance.\n", + "\n", + " + Advanced time-stepping and adaptive convergence checks.\n", + "\n", + " + Support for structured (DIS), vertex-based (DISV), and unstructured (DISU) grids.\n", + "\n", + "4. Inter-model Coupling:\n", + "\n", + " + Native support for GWF–GWF exchanges (linking aquifers or model domains).\n", + "\n", + " + Support for GWF–GWT coupling (flow and transport interactions).\n", + "\n", + " + Facilitates integrated groundwater–surface water or multi-layered aquifer modeling.\n", + "\n", + "5. Enhanced Output Control and Post-processing:\n", + " \n", + "Output control (OC) allows users to customize which variables are written and at what frequency. Head, budget, and concentration outputs can be easily parsed using FloPy or PyMF6." + ] + }, + { + "cell_type": "markdown", + "id": "85ffd7d0-9e58-4c21-a828-e07a8f276951", + "metadata": {}, + "source": [ + "## Internal Structure & Hierarchy" + ] + }, + { + "cell_type": "markdown", + "id": "67f59277-b187-4b73-aba1-f1b67d72b73b", + "metadata": {}, + "source": [ + "MODFLOW 6 uses three primary components:\n", + "\n", + "1. Simulation (SIM): The top-level container that manages time, models, and exchanges.\n", + "\n", + "2. Model (GWF, GWT, etc.): Represents a specific process (flow, transport, etc.). Each model is composed of packages.\n", + "\n", + "3. Package: Defines parameters, boundary conditions, and solver settings." + ] + }, + { + "cell_type": "markdown", + "id": "2845b37b-b93c-4cae-9494-fe3d24e5a109", + "metadata": {}, + "source": [ + "Packages are the building blocks where each represents a physical process or numerical control (e.g., discretization, boundary conditions, solver settings)." + ] + }, + { + "cell_type": "raw", + "id": "55cd82ce-c177-4aef-80ea-0edce604d0e0", + "metadata": {}, + "source": [ + "Simulation\n", + "│\n", + "├── Time Discretization (TDIS)\n", + "├── Groundwater Flow Model (GWF)\n", + "│ ├── Discretization (DIS)\n", + "│ ├── Initial Conditions (IC)\n", + "│ ├── Node Property Flow (NPF)\n", + "│ ├── Storage (STO)\n", + "│ ├── Wells / Recharge / Boundaries (WEL, RCH, CHD, etc.)\n", + "│ └── Output Control (OC)\n", + "└── Exchanges (GWF-GWF, GWF-GWT)" + ] + }, + { + "cell_type": "markdown", + "id": "3f80bcbb-4a8d-4350-a9fd-abd3f653d85d", + "metadata": {}, + "source": [ + "## Package structure " + ] + }, + { + "cell_type": "markdown", + "id": "5126eef9-bbe1-47ee-83fb-ec5f6256cad4", + "metadata": {}, + "source": [ + "Common package categories:\n", + "\n", + "+ Discretization: DIS, DISV, DISU\n", + "\n", + "+ Properties: NPF (flow properties), STO (storage)\n", + "\n", + "+ Initial & Boundary Conditions: IC, CHD, WEL, RCH, DRN, RIV, GHB, EVT\n", + "\n", + "+ Solver & Output: IMS, OC\n", + "\n", + "+ Coupling & Exchanges: EXG, GWF-GWT connectors" + ] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.13.5" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/src/notebooks/presentation_files/MODFLOW 6.pptx b/src/notebooks/presentation_files/MODFLOW 6.pptx new file mode 100644 index 0000000..551e5bb Binary files /dev/null and b/src/notebooks/presentation_files/MODFLOW 6.pptx differ diff --git a/src/notebooks/presentation_files/Tubaf_logo.png b/src/notebooks/presentation_files/Tubaf_logo.png new file mode 100644 index 0000000..403b07e Binary files /dev/null and b/src/notebooks/presentation_files/Tubaf_logo.png differ diff --git a/src/notebooks/presentation_files/WS_overview.pptx b/src/notebooks/presentation_files/WS_overview.pptx new file mode 100644 index 0000000..7ace685 Binary files /dev/null and b/src/notebooks/presentation_files/WS_overview.pptx differ diff --git a/src/notebooks/presentation_files/example_1.ipynb b/src/notebooks/presentation_files/example_1.ipynb new file mode 100644 index 0000000..4a2f7e8 --- /dev/null +++ b/src/notebooks/presentation_files/example_1.ipynb @@ -0,0 +1,1244 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "4eda1f7f-fac8-4d44-ab04-3f8b11202695", + "metadata": {}, + "source": [ + "## MODFLOW 6 Lab: Customizing for Flow, Transport and Geothermal Modeling" + ] + }, + { + "cell_type": "markdown", + "id": "a1fb4dae-edaa-4742-8bc9-46aebc048b08", + "metadata": {}, + "source": [ + "### 1.1 Hands-on: Flow Model " + ] + }, + { + "cell_type": "markdown", + "id": "98b18bb6-5899-44f0-85ef-13e7efc5c29f", + "metadata": {}, + "source": [ + "In this session, you'll learn to:\n", + "- Build a simple groundwater flow model using MODFLOW 6.\n", + "- Visualize flow and results \n", + "- Extend the model with dynamic pumping and river interactions.\n", + "\n", + "We'll work step-by-step and feel free to modify parameters and rerun cells!" + ] + }, + { + "cell_type": "markdown", + "id": "eb58506a-e9bc-4e36-b2ec-abda770b32f6", + "metadata": {}, + "source": [ + "### Model description " + ] + }, + { + "cell_type": "markdown", + "id": "654816fa-ac64-4b65-b180-d570cb54fe7e", + "metadata": {}, + "source": [ + "This groundwater model simulates the extraction of water of an aquifer.\n", + "#### Domain \n", + "The model domain is a 2D single-layer grid consisting of 101 rows and columns, representing a 100 m × 100 m unconfined aquifer with a thickness of 30 m. \n", + "#### Boundary conditions \n", + "Boundary conditions include constant head boundaries on the left and right edges of the domain to simulate regional flow, with head values set to 25.0 m and 24.5 m, respectively. One extraction well is position in the top of the aquifer at cell x. " + ] + }, + { + "cell_type": "markdown", + "id": "f6111b06-c37b-49b1-844f-2f14c411c560", + "metadata": {}, + "source": [ + "### Goal description " + ] + }, + { + "cell_type": "markdown", + "id": "bb0abba2-b84a-4f84-a9d3-83e380327b5f", + "metadata": {}, + "source": [ + "Regulate the model to extract the most amount of water possible while being regulated by the groundwater level threshold of 1 m. " + ] + }, + { + "cell_type": "markdown", + "id": "7def9cda-8d1c-4789-8c7c-076762deddf0", + "metadata": {}, + "source": [ + "### Setup and Imports " + ] + }, + { + "cell_type": "code", + "execution_count": 169, + "id": "bc2eeb71-0734-4582-9712-8ac313e63988", + "metadata": {}, + "outputs": [ + { + "name": "stdout", + "output_type": "stream", + "text": [ + "Workspace: C:\\Users\\lucialabarca\\re-run noteboks\\pymf6-validation\\src\\notebooks\\presentation_files\\models/mf6/ws_example_1\n" + ] + } + ], + "source": [ + "import flopy\n", + "import numpy as np\n", + "import matplotlib.pyplot as plt\n", + "import os\n", + "\n", + "# Define workspace\n", + "workspace = os.path.join(os.getcwd(), \"models/mf6/ws_example_1\")\n", + "os.makedirs(workspace, exist_ok=True)\n", + "print(\"Workspace:\", workspace)" + ] + }, + { + "cell_type": "markdown", + "id": "3023ecbe-a5b1-42f3-906a-ddcf16ad61b7", + "metadata": {}, + "source": [ + "### Build the MODFLOW 6 Base Flow Model " + ] + }, + { + "cell_type": "raw", + "id": "729cb588-5106-49cc-9a8f-bc5423c13d16", + "metadata": {}, + "source": [ + "def ws_example_1():\n", + " # imports\n", + " import os\n", + " import numpy as np\n", + " import flopy\n", + "\n", + " # For this example, we will set up a temporary workspace.\n", + " # Model input files and output files will reside here.\n", + " dir_name = os.getcwd()\n", + " workspace = os.path.join(dir_name + '/models/mf6', \"ws_example_1\")\n", + "\n", + " # Set up workspace\n", + " model_name = \"ws_example_1\"\n", + " gwfmodel_name = \"gwf_ws_example_1\"\n", + "\n", + " # create flopy objects\n", + " h1 = 25\n", + " h2 = 24.5\n", + " Nlay = 1\n", + " N = 101\n", + " L = 100.0\n", + " H = 30.0\n", + " k = 1.0\n", + " k33 = 0.3\n", + " q = -50.0\n", + " times = (300.0, 20, 1.0)\n", + "\n", + " # Create the Flopy simulation object\n", + " sim = flopy.mf6.MFSimulation(\n", + " sim_name=gwfmodel_name, exe_name=\"C:/Users/lucialabarca/mf6.6.2_win64/bin/mf6.exe\", version=\"mf6\", sim_ws=workspace\n", + " )\n", + "\n", + " # Create the Flopy temporal discretization object\n", + " tdis = flopy.mf6.modflow.mftdis.ModflowTdis(\n", + " sim, pname=\"tdis\", time_units=\"DAYS\", nper=2, perioddata=[(1.0, 1, 1.0), times]\n", + " )\n", + "\n", + " # Create the Flopy groundwater flow (gwf) model object\n", + " model_nam_file = f\"{gwfmodel_name}.nam\"\n", + " gwf = flopy.mf6.ModflowGwf(sim, modelname=gwfmodel_name, model_nam_file=model_nam_file, save_flows=True)\n", + "\n", + " # Solver for GWF (register this one FIRST)\n", + " ims_gwf = flopy.mf6.ModflowIms(\n", + " sim,\n", + " pname=\"ims_gwf\",\n", + " filename=f\"{gwfmodel_name}\" + \".ims\",\n", + " complexity=\"SIMPLE\",\n", + " print_option=\"SUMMARY\"\n", + " )\n", + " sim.register_ims_package(ims_gwf, [gwf.name]) # Register only to GWF\n", + "\n", + " # Create the discretization package\n", + " bot = np.linspace(-H / Nlay, -H, Nlay)\n", + " delrow = delcol = L / (N - 1)\n", + " dis = flopy.mf6.modflow.mfgwfdis.ModflowGwfdis(\n", + " gwf,\n", + " pname=\"dis\",\n", + " nlay=Nlay,\n", + " nrow=N,\n", + " ncol=N,\n", + " delr=delrow,\n", + " delc=delcol,\n", + " top=0.0,\n", + " botm=bot,\n", + " )\n", + "\n", + " # Create the initial conditions package\n", + " start = h1 * np.ones((Nlay, N, N))\n", + " ic = flopy.mf6.modflow.mfgwfic.ModflowGwfic(gwf, pname=\"ic\", strt=start)\n", + "\n", + " # Node property flow - MUST HAVE pname\n", + " npf = flopy.mf6.ModflowGwfnpf(\n", + " gwf,\n", + " save_flows=True,\n", + " save_specific_discharge=True,\n", + " pname=\"npf\", # Critical parameter\n", + " icelltype=1,\n", + " k=k,\n", + " k33=k33\n", + " )\n", + "\n", + " # Instantiating storage package\n", + "\n", + " sy = flopy.mf6.ModflowGwfsto.sy.empty( # pylint: disable-msg=invalid-name\n", + " gwf,\n", + " default_value=0.2\n", + " )\n", + " ss = flopy.mf6.ModflowGwfsto.ss.empty( # pylint: disable-msg=invalid-name\n", + " gwf, default_value=0.00001\n", + " )\n", + "\n", + "\n", + " sto = flopy.mf6.ModflowGwfsto(\n", + " gwf,\n", + " pname='sto',\n", + " save_flows=True,\n", + " iconvert=1,\n", + " ss=ss,\n", + " sy=sy,\n", + " steady_state={0: True},\n", + " transient={index: True for index in range(1, len(times))},\n", + " )\n", + "\n", + " # Create the constant head package.\n", + " # List information is created a bit differently for\n", + " # MODFLOW 6 than for other MODFLOW versions. The\n", + " # cellid (layer, row, column, for a regular grid)\n", + " # must be entered as a tuple as the first entry.\n", + " # Remember that these must be zero-based indices!\n", + " chd_kwargs = {\n", + " 'auxiliary': 'CONCENTRATION',\n", + " 'pname': 'CHD-1'\n", + " }\n", + " chd_rec = []\n", + " #chd_rec.append(((0, int(N), int(N)), h2))\n", + " for layer in range(0, Nlay):\n", + " for row_col in range(0, N):\n", + " chd_rec.append(((layer, row_col, 0), h1, 0.0))\n", + " chd_rec.append(((layer, row_col, N - 1), h2, 0.0))\n", + "\n", + " chd = flopy.mf6.modflow.mfgwfchd.ModflowGwfchd(\n", + " gwf,\n", + " stress_period_data=chd_rec,\n", + " save_flows=True,\n", + " **chd_kwargs\n", + " )\n", + "\n", + " # Create well package\n", + " # wel location at (1,\n", + " wel_kwargs = {\n", + " 'auxiliary': 'CONCENTRATION',\n", + " 'pname': 'WEL-1'\n", + " }\n", + "\n", + " wel_rec = {\n", + " 0:[],\n", + " 1:[\n", + " ((0, int(N / 2.5), int(N / 4)), q, 0)\n", + " ]\n", + " }\n", + " wel = flopy.mf6.ModflowGwfwel(\n", + " gwf,\n", + " stress_period_data=wel_rec,\n", + " save_flows=True,\n", + " **wel_kwargs\n", + " )\n", + "\n", + " # Create the output control package\n", + " headfile = f\"{gwfmodel_name}.hds\"\n", + " budgetfile = f\"{gwfmodel_name}.bud\"\n", + " saverecord = [(\"HEAD\", \"ALL\"), (\"BUDGET\", \"ALL\")]\n", + "\n", + " oc = flopy.mf6.modflow.mfgwfoc.ModflowGwfoc(\n", + " gwf,\n", + " pname=\"gwf\",\n", + " budget_filerecord=budgetfile,\n", + " head_filerecord=headfile,\n", + " saverecord=saverecord,\n", + " )\n", + "\n", + " # Write and run\n", + " sim.write_simulation()\n", + " success, msg = sim.run_simulation()\n", + " print(\"Success:\", success)\n", + "\n", + "\n", + " # Create modflow 6 input files\n", + " # Write and run\n", + " sim.write_simulation()\n", + " success, buff = sim.run_simulation()\n", + " print(\"Success:\", success)\n", + " if not success:\n", + " print(\"\\n\".join(buff))" + ] + }, + { + "cell_type": "markdown", + "id": "dc98420c-fe6a-4a50-81b9-9e06854a5c8e", + "metadata": {}, + "source": [ + "## Start setting up the model with pymf6 " + ] + }, + { + "cell_type": "markdown", + "id": "9eaf86e5-91ba-454e-9ca4-5b9d634022dd", + "metadata": {}, + "source": [ + "### Magic commands - auto reload of the model each time" + ] + }, + { + "cell_type": "code", + "execution_count": 170, + "id": "b74b2740-16a5-45c2-8116-9094bf8c0560", + "metadata": {}, + "outputs": [ + { + "name": "stdout", + "output_type": "stream", + "text": [ + "The autoreload extension is already loaded. To reload it, use:\n", + " %reload_ext autoreload\n" + ] + } + ], + "source": [ + "%load_ext autoreload" + ] + }, + { + "cell_type": "code", + "execution_count": 171, + "id": "1c383340-3690-48e2-bb30-ec8fab33f93c", + "metadata": {}, + "outputs": [], + "source": [ + "%autoreload 2" + ] + }, + { + "cell_type": "markdown", + "id": "0e5401d7-572d-4489-aa35-1eb4645fd4f3", + "metadata": {}, + "source": [ + "### Import from pymf6tools the functions to run, get and visualize simulation results" + ] + }, + { + "cell_type": "code", + "execution_count": 172, + "id": "95485c45-ec0b-45ad-be0a-7778f9c1e1e9", + "metadata": {}, + "outputs": [], + "source": [ + "from pathlib import Path \n", + "from pymf6.mf6 import MF6\n", + "import pandas as pd \n", + "from functools import partial \n", + "import numpy as np \n", + "\n", + "from pymf6_tools.make_model import run_simulation, get_simulation\n", + "from pymf6_tools.base_model import make_model_data\n", + "from pymf6_tools.make_model import make_input, run_simulation, get_simulation\n", + "from pymf6_tools.plotting import show_heads, show_well_head, show_bcs" + ] + }, + { + "cell_type": "code", + "execution_count": 173, + "id": "843b53fd-f405-40bb-95ae-65f177cb1b44", + "metadata": {}, + "outputs": [], + "source": [ + "from pymf6_tools.plotting import (\n", + "show_heads, show_well_head, show_concentration, show_bcs, \n", + "show_bot_elevations, show_river_stages, contour_bot_elevations, \n", + "plot_spec_discharge)\n", + "import pymf6_tools" + ] + }, + { + "cell_type": "markdown", + "id": "68613a7d-247e-4e43-9c2d-29b2875c9d4b", + "metadata": {}, + "source": [ + "## Setup model path and name " + ] + }, + { + "cell_type": "code", + "execution_count": 174, + "id": "e175a300-67f2-4c6d-b4b1-93994475608b", + "metadata": {}, + "outputs": [], + "source": [ + "model_path = 'models/mf6/ws_example_1'\n", + "model_name = \"ws_example_1\"" + ] + }, + { + "cell_type": "markdown", + "id": "1c9a16f2-7e16-4362-b590-a831b02e62f8", + "metadata": {}, + "source": [ + "### Run simulation" + ] + }, + { + "cell_type": "code", + "execution_count": 175, + "id": "293013ff-d959-471a-83ad-435111211b84", + "metadata": {}, + "outputs": [], + "source": [ + "run_simulation(model_path, verbosity_level=0)" + ] + }, + { + "cell_type": "markdown", + "id": "b5938890-912e-4c23-9fb6-51e4c1160790", + "metadata": {}, + "source": [ + "### Inpect model parameters " + ] + }, + { + "cell_type": "code", + "execution_count": 176, + "id": "1f2d0329-61f9-45a3-b19b-5657f8cb4bc2", + "metadata": {}, + "outputs": [], + "source": [ + "sim = get_simulation(model_path, model_name)\n", + "ml = sim.get_model('gwf_' + model_name)\n", + "dis = ml.get_package('dis') " + ] + }, + { + "cell_type": "code", + "execution_count": 177, + "id": "43dfa2b8-b1bf-4fc6-8f42-ddd657932435", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "[,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " ,\n", + " {internal}\n", + " (1),\n", + " {internal}\n", + " (101),\n", + " {internal}\n", + " (101),\n", + " {constant 1.0},\n", + " {constant 1.0},\n", + " {constant 0.0},\n", + " {constant -30.0},\n", + " ]" + ] + }, + "execution_count": 177, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "dis.data_list" + ] + }, + { + "cell_type": "markdown", + "id": "b0dc4096-3412-4fb0-9d25-b8817459b129", + "metadata": {}, + "source": [ + "## Visualization of Input and Output - e.g. Boundary conditions, Heads and Contamination plume¶" + ] + }, + { + "cell_type": "markdown", + "id": "5ef24e51-1f15-4e5e-a45a-aee3f92cb4dc", + "metadata": {}, + "source": [ + "#### Boundary Conditions\n", + "Note that you should change the \"bc_names\" according to the boundary conditions present in the simulation. For instance:\n", + "'chd' Constant-head boundary\n", + "'riv-1' River boundary" + ] + }, + { + "cell_type": "code", + "execution_count": 178, + "id": "91f5dbd6-313d-491a-b3d3-ff23bfe565ff", + "metadata": {}, + "outputs": [ + { + "data": { + "text/plain": [ + "\u001b[31mSignature:\u001b[39m\n", + "show_bcs(\n", + " model_path,\n", + " name,\n", + " title=\u001b[33m'Boundary Conditions'\u001b[39m,\n", + " bc_names=(\u001b[33m'chd'\u001b[39m, \u001b[33m'wel'\u001b[39m, \u001b[33m'riv'\u001b[39m),\n", + " show_grid=\u001b[38;5;28;01mTrue\u001b[39;00m,\n", + ")\n", + "\u001b[31mDocstring:\u001b[39m Show location of boundary conditions.\n", + "\u001b[31mFile:\u001b[39m c:\\users\\lucialabarca\\re-run noteboks\\pymf6-validation\\.pixi\\envs\\default\\lib\\site-packages\\pymf6_tools\\plotting.py\n", + "\u001b[31mType:\u001b[39m function" + ] + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "show_bcs?" + ] + }, + { + "cell_type": "markdown", + "id": "dda33731-5336-456c-87fc-90e738b857ad", + "metadata": {}, + "source": [ + "### Groundwater level " + ] + }, + { + "cell_type": "code", + "execution_count": 179, + "id": "0ed6e83d-e1f9-48c1-a7f2-1124f6eae312", + "metadata": {}, + "outputs": [], + "source": [ + "#show_heads(model_path, model_name, show_wells=False, kstpkper=(19, 1), show_grid=False)" + ] + }, + { + "cell_type": "markdown", + "id": "6471c0d4-1dbe-4385-b7a8-b86815525c84", + "metadata": {}, + "source": [ + "This graph shows the groundwater head distribution in the domain. " + ] + }, + { + "cell_type": "markdown", + "id": "d91db008-17cb-43ba-ab67-6e4c9751ccf7", + "metadata": {}, + "source": [ + "🔍 What is kstpkper?\n", + "In MODFLOW 6, kstpkper = (kstp, kper) refers to:\n", + "\n", + "kstp: Time step within a stress period\n", + "\n", + "kper: Stress period number\n", + "\n", + "FloPy tracks head and budget data per (kstp, kper). If you ask for a timestep combination that wasn't saved or doesn't exist, it throws this error.\n", + "\n", + "✅ How to Find your kstper?\n", + "Check your simulation's stress period setup\n", + "\n", + "From the model in this case \n", + "\n", + "perioddata=[(1.0, 1, 1.0), (300.0, 20, 1.0)]\n", + "\n", + "There are:\n", + "\n", + "Stress period 0: 1 time step\n", + "\n", + "Stress period 1: 20 time steps\n", + "\n", + "So valid kstpkper values:\n", + "\n", + "For kper=0: only (0, 0)\n", + "\n", + "For kper=1: (0, 1) to (19, 1)\n", + "\n", + "Since we want the final time then is its (19, 1)." + ] + }, + { + "cell_type": "markdown", + "id": "d4fc97a5-f087-4743-a0ca-405e45804d66", + "metadata": {}, + "source": [ + "### Inpect MODFLOW 6 interactively " + ] + }, + { + "cell_type": "markdown", + "id": "3ad0be2f-19d8-46b9-afef-42b535b6b5cc", + "metadata": {}, + "source": [ + "pymf6 allows to access all MODFLOW 6 variables at run time. First, we import the class MF6:" + ] + }, + { + "cell_type": "code", + "execution_count": 180, + "id": "46acc998-d08f-417f-af1d-06055c5e7acb", + "metadata": {}, + "outputs": [], + "source": [ + "from pymf6.mf6 import MF6" + ] + }, + { + "cell_type": "markdown", + "id": "045eb917-b658-43d2-a816-ee7b449c4e11", + "metadata": {}, + "source": [ + "We use the model path " + ] + }, + { + "cell_type": "code", + "execution_count": 181, + "id": "ae2d4c98-72bf-4fe0-9540-be3e5e223b1a", + "metadata": {}, + "outputs": [], + "source": [ + "sim_path = 'models/pymf6/ws_example_1'" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "50072e09-14e1-487f-981b-0cf0eb080041", + "metadata": {}, + "outputs": [], + "source": [ + "mf6 = MF6(sim_path=sim_path)\n" + ] + }, + { + "cell_type": "markdown", + "id": "76cbc12a-c0b0-4013-aa03-3c71b54c5f41", + "metadata": {}, + "source": [ + "The instance has an HTML representation with some meta data:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "02e52a85-956b-45c0-891a-1b05df8883f8", + "metadata": {}, + "outputs": [], + "source": [ + "mf6" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "41c7c672-423a-4b52-add8-6e9340734e84", + "metadata": {}, + "outputs": [], + "source": [ + "mf6.info " + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "55496e48-b277-4ec3-9186-2431e516cf8e", + "metadata": {}, + "outputs": [], + "source": [ + "mf6.simulation" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "d7ef01db-053e-45a0-b30c-d2e65a9a4ac1", + "metadata": {}, + "outputs": [], + "source": [ + "mf6.simulation.model_names" + ] + }, + { + "cell_type": "markdown", + "id": "704bffec-634a-44e3-873f-123f841cbc36", + "metadata": {}, + "source": [ + "The meta information is also available as a dictionary:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "7bf88be5-3ad4-4bcc-bf4b-4c1c2a958848", + "metadata": {}, + "outputs": [], + "source": [ + "mf6.simulation.models_meta " + ] + }, + { + "cell_type": "markdown", + "id": "8382d412-77af-4006-81e8-ab35d576cb69", + "metadata": {}, + "source": [ + "This example has only one solution group:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "c2f48ed3-5099-4fd1-963b-c383c3f0d3de", + "metadata": {}, + "outputs": [], + "source": [ + "mf6.simulation.solution_groups " + ] + }, + { + "cell_type": "markdown", + "id": "ec002e08-ccf9-4d1a-9d61-c2e24753ea5c", + "metadata": {}, + "source": [ + "Time discretization:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "61ca879e-a5d0-4240-b874-cfa2a5071db1", + "metadata": {}, + "outputs": [], + "source": [ + "mf6.simulation.TDIS" + ] + }, + { + "cell_type": "markdown", + "id": "a9cc5725-26dc-4de7-b37a-f48c84b7ecb1", + "metadata": {}, + "source": [ + "The names of the variables" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "868d4104-972d-4ede-a6c1-47989f34631c", + "metadata": {}, + "outputs": [], + "source": [ + "mf6.simulation.TDIS.var_names" + ] + }, + { + "cell_type": "markdown", + "id": "8fbc16cb-84a7-4dbd-b552-d8e487f001ad", + "metadata": {}, + "source": [ + "The scalar values " + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "15854819-f63a-4337-8cce-b2239d538bc5", + "metadata": {}, + "outputs": [], + "source": [ + "mf6.simulation.TDIS.NPER" + ] + }, + { + "cell_type": "markdown", + "id": "61779e9f-3095-4269-8e7a-d213e8fc48e4", + "metadata": {}, + "source": [ + "and arrays:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "41495c3d-46bc-457a-bf3a-75cb14f21dc0", + "metadata": {}, + "outputs": [], + "source": [ + "mf6.simulation.TDIS.PERLEN" + ] + }, + { + "cell_type": "markdown", + "id": "6c31c10f-4905-4884-9c09-ce81f89b6d18", + "metadata": {}, + "source": [ + "The docstrings are extracted from the MODFLOW 6 source code from the used MODFLOW version as displayed with mf6.info.\n", + "\n", + "The instance has many variables:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "e2f8a816-534b-4c11-b1e0-e0bbb8d5a120", + "metadata": {}, + "outputs": [], + "source": [ + "len(mf6.vars)" + ] + }, + { + "cell_type": "markdown", + "id": "3b3afbe6-ca33-408e-99c0-eea18f89f277", + "metadata": {}, + "source": [ + "Filter for all TDIS entries:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "6ec877c7-eb1e-4820-bd3f-5d7166df5bfc", + "metadata": {}, + "outputs": [], + "source": [ + "{k: v for k, v in mf6.vars.items() if 'TDIS' in k}" + ] + }, + { + "cell_type": "markdown", + "id": "e0d35b9d-4150-4295-a4e0-feb68cbf97f5", + "metadata": {}, + "source": [ + "Show the first 20:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "544501a3-3690-4ad9-8b3d-9e54aaa048d3", + "metadata": {}, + "outputs": [], + "source": [ + "dict(list(mf6.vars.items())[:20])" + ] + }, + { + "cell_type": "markdown", + "id": "c5763ac9-b296-4c32-b5d6-5ce0670040a9", + "metadata": {}, + "source": [ + "A simulation can have several models types. These include:\n", + "\n", + "+ gwf6 - flow model\n", + "\n", + "+ gwt6 - constituent transport model\n", + "\n", + "+ gwe6 - energy transport model\n", + "\n", + "They are available as a dictionary:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "02253e59-8ec3-4a81-bbc7-074e5bc4e443", + "metadata": {}, + "outputs": [], + "source": [ + "mf6.models.keys()" + ] + }, + { + "cell_type": "markdown", + "id": "23914f3e-75c3-424c-a741-97d96f9ebf96", + "metadata": {}, + "source": [ + "The example has only a flow models. Let’s get them:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "c521f200-260e-4e6d-b0a5-75e6a8c2e2e6", + "metadata": {}, + "outputs": [], + "source": [ + "flow_models = mf6.models['gwf6']" + ] + }, + { + "cell_type": "markdown", + "id": "2854ec38-4c3a-4b06-9075-bfa0a8d5ba50", + "metadata": {}, + "source": [ + "MODFLOW supports multiple flow models. An example is the nesting an inner model with finer discretization into an outer model withcoarse discritization. Let’s get the flow model names:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "1b0e3109-51d0-47d3-89f5-f7cee193492d", + "metadata": {}, + "outputs": [], + "source": [ + "flow_models.keys()" + ] + }, + { + "cell_type": "markdown", + "id": "bf28ce6e-5e92-485e-93c1-f22df6675a2e", + "metadata": {}, + "source": [ + "This simple simulation has only one flow model. We get a reference to this model:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "1f98ccd9-b095-407e-8359-adebc0ef635d", + "metadata": {}, + "outputs": [], + "source": [ + "gwf = flow_models['gwf_ws_example_1']" + ] + }, + { + "cell_type": "markdown", + "id": "f2eda5e7-b63b-426d-9cf1-39aa5237df63", + "metadata": {}, + "source": [ + "We can get a list if all available attributes, removing all names beginning with an underscore because they are internal names or special methods:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "3b3b13ac-23db-4a3a-94ea-583a42264c4c", + "metadata": {}, + "outputs": [], + "source": [ + "[attr for attr in dir(gwf) if not attr.startswith('_')]" + ] + }, + { + "cell_type": "markdown", + "id": "e909c070-614e-4035-b3d3-0dc8b5380ce0", + "metadata": {}, + "source": [ + "All attributes are available via tab completion, i.e. typing after the dot will show the list of available attributes and will narrow it down to match typed characters:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "02db8cf4-3d30-4c32-862b-dd8eb12249cf", + "metadata": {}, + "outputs": [], + "source": [ + "gwf.nper" + ] + }, + { + "cell_type": "markdown", + "id": "0b69af71-09aa-4799-b14c-ac421018a9db", + "metadata": {}, + "source": [ + "The packages of a model are also available:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "02547e90-7dd2-4c65-91ca-a72889b744c7", + "metadata": {}, + "outputs": [], + "source": [ + "gwf.packages" + ] + }, + { + "cell_type": "markdown", + "id": "c8476ea9-3a43-4fc8-820b-e6a3f009501c", + "metadata": {}, + "source": [ + "The well boundary condition is potentially mutable. Let’s try to get a mutable version:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "26514fa5-77a9-4bce-9a35-9707fe673b4d", + "metadata": {}, + "outputs": [], + "source": [ + "gwf.packages.mywell.as_mutable_bc()" + ] + }, + { + "cell_type": "markdown", + "id": "0b66c3e0-bccf-401d-bbf5-a04b5f15413e", + "metadata": {}, + "source": [ + "This doesn’t work yet, because there is no boundary condition in the first, steady-state, stress period.\n", + "\n", + "We create a reference to the model loop:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "2c3e8015-99cf-4c10-99d2-0bc6d5127cfa", + "metadata": {}, + "outputs": [], + "source": [ + "loop = mf6.model_loop()" + ] + }, + { + "cell_type": "markdown", + "id": "af3e2300-daa5-4b4c-a414-1d930d0092fc", + "metadata": {}, + "source": [ + "and progress to the start of the second stress period:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "ce5e787c-d34e-430a-af76-264204a924b4", + "metadata": {}, + "outputs": [], + "source": [ + "for model_step in loop:\n", + " if gwf.kper > 0:\n", + " break" + ] + }, + { + "cell_type": "markdown", + "id": "cba01797-8fea-42b9-b223-edcc49d41796", + "metadata": {}, + "source": [ + "Note: Remember that the stress period count is zero-based. Therefore, the stress period with the index 0 is the first.\n", + "\n", + "Now, we are at the beginning of the second stress period:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "847a72de-a270-473b-a820-25e2256bb5bc", + "metadata": {}, + "outputs": [], + "source": [ + "model_step.state" + ] + }, + { + "cell_type": "markdown", + "id": "8504d695-f9af-460c-9dd0-d88609852e00", + "metadata": {}, + "source": [ + "and can create a mutable version of our well boundary conditions:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "60dc7d8f-7172-4912-8ef6-25c23dc39e9b", + "metadata": {}, + "outputs": [], + "source": [ + "gwf.packages.chd_0.as_mutable_bc()" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "58042f73-526e-4a22-9110-55690cc8e5ac", + "metadata": {}, + "outputs": [], + "source": [ + "mywell = gwf.packages.mywell.as_mutable_bc()" + ] + }, + { + "cell_type": "markdown", + "id": "8b4662e6-4f74-4c8c-a10f-dbadd986419d", + "metadata": {}, + "source": [ + "There is one well in the middle of the model." + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "42d0f299-b8e9-4bad-b842-fc6475931d8d", + "metadata": {}, + "outputs": [], + "source": [ + "MF6?" + ] + }, + { + "cell_type": "markdown", + "id": "fd3081d4-7d24-4016-9121-764993da015e", + "metadata": {}, + "source": [ + "We can progress to the next stress period:" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "42600ae9-bbfc-45dc-9ed4-4ed164507fc2", + "metadata": {}, + "outputs": [], + "source": [ + "for model_step in loop:\n", + " if gwf.kper > 1:\n", + " break" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "599f81b8-1fed-4d3e-8842-8f278bbb0ff7", + "metadata": {}, + "outputs": [], + "source": [ + "mywell" + ] + }, + { + "cell_type": "markdown", + "id": "c8d8928c-8d94-47cb-bc95-dccde61cbc22", + "metadata": {}, + "source": [ + "we can modify the pumping rate and make itr 10% higher: " + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "ff0738f0-9a9d-4f93-b985-ecfebf980a0e", + "metadata": {}, + "outputs": [], + "source": [ + "mywell.q *= 1.1" + ] + }, + { + "cell_type": "markdown", + "id": "fe911aad-8ad9-409c-b4be-96ee99fe4fc2", + "metadata": {}, + "source": [ + "The changes are written back into MODFLOW simulation and will be used until for the calculations until MODFLOW reads new values for this boundary condition. This happens at the start of the next stress period or when new time series values are read." + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "95871977-e78c-45c8-89f8-266df8bed173", + "metadata": {}, + "outputs": [], + "source": [ + "mywell" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "7615141d-641d-4822-941b-d5f64883192a", + "metadata": {}, + "outputs": [], + "source": [ + "model_step.state" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "d9f85760-08cb-438e-904b-82e62c095282", + "metadata": {}, + "outputs": [], + "source": [ + "model_step.simulation_group.model_names" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "c16e9903-969f-42c4-a4d6-f7d7f3666d45", + "metadata": {}, + "outputs": [], + "source": [ + "model_step.simulation_group.kper" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "35720967-2b84-4722-bced-036779e82c7d", + "metadata": {}, + "outputs": [], + 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#dee2e6;--bs-dropdown-link-hover-color: #ffffff;--bs-dropdown-divider-bg: rgba(0, 0, 0, 0.175);--bs-dropdown-link-hover-bg: rgba(255, 255, 255, 0.15);--bs-dropdown-link-active-color: #ffffff;--bs-dropdown-link-active-bg: #0d6efd;--bs-dropdown-link-disabled-color: #adb5bd;--bs-dropdown-header-color: #adb5bd}.btn-group,.btn-group-vertical{position:relative;display:inline-flex;vertical-align:middle}.btn-group>.btn,.btn-group-vertical>.btn{position:relative;flex:1 1 auto;-webkit-flex:1 1 auto}.btn-group>.btn-check:checked+.btn,.btn-group>.btn-check:focus+.btn,.btn-group>.btn:hover,.btn-group>.btn:focus,.btn-group>.btn:active,.btn-group>.btn.active,.btn-group-vertical>.btn-check:checked+.btn,.btn-group-vertical>.btn-check:focus+.btn,.btn-group-vertical>.btn:hover,.btn-group-vertical>.btn:focus,.btn-group-vertical>.btn:active,.btn-group-vertical>.btn.active{z-index:1}.btn-toolbar{display:flex;display:-webkit-flex;flex-wrap:wrap;-webkit-flex-wrap:wrap;justify-content:flex-start;-webkit-justify-content:flex-start}.btn-toolbar 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.dropdown-toggle-split::before{margin-right:0}.btn-sm+.dropdown-toggle-split,.btn-group-sm>.btn+.dropdown-toggle-split{padding-right:.375rem;padding-left:.375rem}.btn-lg+.dropdown-toggle-split,.btn-group-lg>.btn+.dropdown-toggle-split{padding-right:.75rem;padding-left:.75rem}.btn-group-vertical{flex-direction:column;-webkit-flex-direction:column;align-items:flex-start;-webkit-align-items:flex-start;justify-content:center;-webkit-justify-content:center}.btn-group-vertical>.btn,.btn-group-vertical>.btn-group{width:100%}.btn-group-vertical>.btn:not(:first-child),.btn-group-vertical>.btn-group:not(:first-child){margin-top:calc(1px*-1)}.btn-group-vertical>.btn:not(:last-child):not(.dropdown-toggle),.btn-group-vertical>.btn-group:not(:last-child)>.btn{border-bottom-right-radius:0;border-bottom-left-radius:0}.btn-group-vertical>.btn~.btn,.btn-group-vertical>.btn-group:not(:first-child)>.btn{border-top-left-radius:0;border-top-right-radius:0}.nav{--bs-nav-link-padding-x: 1rem;--bs-nav-link-padding-y: 0.5rem;--bs-nav-link-font-weight: ;--bs-nav-link-color: #0d6efd;--bs-nav-link-hover-color: rgb(10.4, 88, 202.4);--bs-nav-link-disabled-color: rgba(33, 37, 41, 0.75);display:flex;display:-webkit-flex;flex-wrap:wrap;-webkit-flex-wrap:wrap;padding-left:0;margin-bottom:0;list-style:none}.nav-link{display:block;padding:var(--bs-nav-link-padding-y) var(--bs-nav-link-padding-x);font-size:var(--bs-nav-link-font-size);font-weight:var(--bs-nav-link-font-weight);color:var(--bs-nav-link-color);text-decoration:none;-webkit-text-decoration:none;-moz-text-decoration:none;-ms-text-decoration:none;-o-text-decoration:none;background:none;border:0;transition:color .15s ease-in-out,background-color .15s ease-in-out,border-color .15s ease-in-out}@media(prefers-reduced-motion: reduce){.nav-link{transition:none}}.nav-link:hover,.nav-link:focus{color:var(--bs-nav-link-hover-color)}.nav-link:focus-visible{outline:0;box-shadow:0 0 0 .25rem rgba(13,110,253,.25)}.nav-link.disabled,.nav-link:disabled{color:var(--bs-nav-link-disabled-color);pointer-events:none;cursor:default}.nav-tabs{--bs-nav-tabs-border-width: 1px;--bs-nav-tabs-border-color: rgb(221.7, 222.3, 222.9);--bs-nav-tabs-border-radius: 0.375rem;--bs-nav-tabs-link-hover-border-color: #e9ecef #e9ecef rgb(221.7, 222.3, 222.9);--bs-nav-tabs-link-active-color: #000;--bs-nav-tabs-link-active-bg: #ffffff;--bs-nav-tabs-link-active-border-color: rgb(221.7, 222.3, 222.9) rgb(221.7, 222.3, 222.9) #ffffff;border-bottom:var(--bs-nav-tabs-border-width) solid var(--bs-nav-tabs-border-color)}.nav-tabs .nav-link{margin-bottom:calc(-1*var(--bs-nav-tabs-border-width));border:var(--bs-nav-tabs-border-width) solid rgba(0,0,0,0);border-top-left-radius:var(--bs-nav-tabs-border-radius);border-top-right-radius:var(--bs-nav-tabs-border-radius)}.nav-tabs .nav-link:hover,.nav-tabs .nav-link:focus{isolation:isolate;border-color:var(--bs-nav-tabs-link-hover-border-color)}.nav-tabs 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reduce){.accordion-button{transition:none}}.accordion-button:not(.collapsed){color:var(--bs-accordion-active-color);background-color:var(--bs-accordion-active-bg);box-shadow:inset 0 calc(-1*var(--bs-accordion-border-width)) 0 var(--bs-accordion-border-color)}.accordion-button:not(.collapsed)::after{background-image:var(--bs-accordion-btn-active-icon);transform:var(--bs-accordion-btn-icon-transform)}.accordion-button::after{flex-shrink:0;-webkit-flex-shrink:0;width:var(--bs-accordion-btn-icon-width);height:var(--bs-accordion-btn-icon-width);margin-left:auto;content:"";background-image:var(--bs-accordion-btn-icon);background-repeat:no-repeat;background-size:var(--bs-accordion-btn-icon-width);transition:var(--bs-accordion-btn-icon-transition)}@media(prefers-reduced-motion: reduce){.accordion-button::after{transition:none}}.accordion-button:hover{z-index:2}.accordion-button:focus{z-index:3;border-color:var(--bs-accordion-btn-focus-border-color);outline:0;box-shadow:var(--bs-accordion-btn-focus-box-shadow)}.accordion-header{margin-bottom:0}.accordion-item{color:var(--bs-accordion-color);background-color:var(--bs-accordion-bg);border:var(--bs-accordion-border-width) solid var(--bs-accordion-border-color)}.accordion-item:first-of-type{border-top-left-radius:var(--bs-accordion-border-radius);border-top-right-radius:var(--bs-accordion-border-radius)}.accordion-item:first-of-type .accordion-button{border-top-left-radius:var(--bs-accordion-inner-border-radius);border-top-right-radius:var(--bs-accordion-inner-border-radius)}.accordion-item:not(:first-of-type){border-top:0}.accordion-item:last-of-type{border-bottom-right-radius:var(--bs-accordion-border-radius);border-bottom-left-radius:var(--bs-accordion-border-radius)}.accordion-item:last-of-type .accordion-button.collapsed{border-bottom-right-radius:var(--bs-accordion-inner-border-radius);border-bottom-left-radius:var(--bs-accordion-inner-border-radius)}.accordion-item:last-of-type .accordion-collapse{border-bottom-right-radius:var(--bs-accordion-border-radius);border-bottom-left-radius:var(--bs-accordion-border-radius)}.accordion-body{padding:var(--bs-accordion-body-padding-y) var(--bs-accordion-body-padding-x)}.accordion-flush .accordion-collapse{border-width:0}.accordion-flush .accordion-item{border-right:0;border-left:0;border-radius:0}.accordion-flush .accordion-item:first-child{border-top:0}.accordion-flush .accordion-item:last-child{border-bottom:0}.accordion-flush .accordion-item .accordion-button,.accordion-flush .accordion-item .accordion-button.collapsed{border-radius:0}[data-bs-theme=dark] .accordion-button::after{--bs-accordion-btn-icon: url("data:image/svg+xml,%3csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 16 16' fill='rgb%28109.8, 168, 253.8%29'%3e%3cpath fill-rule='evenodd' d='M1.646 4.646a.5.5 0 0 1 .708 0L8 10.293l5.646-5.647a.5.5 0 0 1 .708.708l-6 6a.5.5 0 0 1-.708 0l-6-6a.5.5 0 0 1 0-.708z'/%3e%3c/svg%3e");--bs-accordion-btn-active-icon: url("data:image/svg+xml,%3csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 16 16' fill='rgb%28109.8, 168, 253.8%29'%3e%3cpath fill-rule='evenodd' d='M1.646 4.646a.5.5 0 0 1 .708 0L8 10.293l5.646-5.647a.5.5 0 0 1 .708.708l-6 6a.5.5 0 0 1-.708 0l-6-6a.5.5 0 0 1 0-.708z'/%3e%3c/svg%3e")}.breadcrumb{--bs-breadcrumb-padding-x: 0;--bs-breadcrumb-padding-y: 0;--bs-breadcrumb-margin-bottom: 1rem;--bs-breadcrumb-bg: ;--bs-breadcrumb-border-radius: ;--bs-breadcrumb-divider-color: rgba(33, 37, 41, 0.75);--bs-breadcrumb-item-padding-x: 0.5rem;--bs-breadcrumb-item-active-color: rgba(33, 37, 41, 0.75);display:flex;display:-webkit-flex;flex-wrap:wrap;-webkit-flex-wrap:wrap;padding:var(--bs-breadcrumb-padding-y) var(--bs-breadcrumb-padding-x);margin-bottom:var(--bs-breadcrumb-margin-bottom);font-size:var(--bs-breadcrumb-font-size);list-style:none;background-color:var(--bs-breadcrumb-bg);border-radius:var(--bs-breadcrumb-border-radius)}.breadcrumb-item+.breadcrumb-item{padding-left:var(--bs-breadcrumb-item-padding-x)}.breadcrumb-item+.breadcrumb-item::before{float:left;padding-right:var(--bs-breadcrumb-item-padding-x);color:var(--bs-breadcrumb-divider-color);content:var(--bs-breadcrumb-divider, ">") /* rtl: var(--bs-breadcrumb-divider, ">") */}.breadcrumb-item.active{color:var(--bs-breadcrumb-item-active-color)}.pagination{--bs-pagination-padding-x: 0.75rem;--bs-pagination-padding-y: 0.375rem;--bs-pagination-font-size:1rem;--bs-pagination-color: #0d6efd;--bs-pagination-bg: #ffffff;--bs-pagination-border-width: 1px;--bs-pagination-border-color: rgb(221.7, 222.3, 222.9);--bs-pagination-border-radius: 0.375rem;--bs-pagination-hover-color: rgb(10.4, 88, 202.4);--bs-pagination-hover-bg: #f8f9fa;--bs-pagination-hover-border-color: rgb(221.7, 222.3, 222.9);--bs-pagination-focus-color: rgb(10.4, 88, 202.4);--bs-pagination-focus-bg: #e9ecef;--bs-pagination-focus-box-shadow: 0 0 0 0.25rem rgba(13, 110, 253, 0.25);--bs-pagination-active-color: #ffffff;--bs-pagination-active-bg: #0d6efd;--bs-pagination-active-border-color: #0d6efd;--bs-pagination-disabled-color: rgba(33, 37, 41, 0.75);--bs-pagination-disabled-bg: #e9ecef;--bs-pagination-disabled-border-color: rgb(221.7, 222.3, 222.9);display:flex;display:-webkit-flex;padding-left:0;list-style:none}.page-link{position:relative;display:block;padding:var(--bs-pagination-padding-y) var(--bs-pagination-padding-x);font-size:var(--bs-pagination-font-size);color:var(--bs-pagination-color);text-decoration:none;-webkit-text-decoration:none;-moz-text-decoration:none;-ms-text-decoration:none;-o-text-decoration:none;background-color:var(--bs-pagination-bg);border:var(--bs-pagination-border-width) solid var(--bs-pagination-border-color);transition:color .15s ease-in-out,background-color .15s ease-in-out,border-color .15s ease-in-out,box-shadow .15s ease-in-out}@media(prefers-reduced-motion: reduce){.page-link{transition:none}}.page-link:hover{z-index:2;color:var(--bs-pagination-hover-color);background-color:var(--bs-pagination-hover-bg);border-color:var(--bs-pagination-hover-border-color)}.page-link:focus{z-index:3;color:var(--bs-pagination-focus-color);background-color:var(--bs-pagination-focus-bg);outline:0;box-shadow:var(--bs-pagination-focus-box-shadow)}.page-link.active,.active>.page-link{z-index:3;color:var(--bs-pagination-active-color);background-color:var(--bs-pagination-active-bg);border-color:var(--bs-pagination-active-border-color)}.page-link.disabled,.disabled>.page-link{color:var(--bs-pagination-disabled-color);pointer-events:none;background-color:var(--bs-pagination-disabled-bg);border-color:var(--bs-pagination-disabled-border-color)}.page-item:not(:first-child) .page-link{margin-left:calc(1px*-1)}.page-item:first-child .page-link{border-top-left-radius:var(--bs-pagination-border-radius);border-bottom-left-radius:var(--bs-pagination-border-radius)}.page-item:last-child .page-link{border-top-right-radius:var(--bs-pagination-border-radius);border-bottom-right-radius:var(--bs-pagination-border-radius)}.pagination-lg{--bs-pagination-padding-x: 1.5rem;--bs-pagination-padding-y: 0.75rem;--bs-pagination-font-size:1.25rem;--bs-pagination-border-radius: 0.5rem}.pagination-sm{--bs-pagination-padding-x: 0.5rem;--bs-pagination-padding-y: 0.25rem;--bs-pagination-font-size:0.875rem;--bs-pagination-border-radius: 0.25rem}.badge{--bs-badge-padding-x: 0.65em;--bs-badge-padding-y: 0.35em;--bs-badge-font-size:0.75em;--bs-badge-font-weight: 700;--bs-badge-color: #ffffff;--bs-badge-border-radius: 0.375rem;display:inline-block;padding:var(--bs-badge-padding-y) var(--bs-badge-padding-x);font-size:var(--bs-badge-font-size);font-weight:var(--bs-badge-font-weight);line-height:1;color:var(--bs-badge-color);text-align:center;white-space:nowrap;vertical-align:baseline;border-radius:var(--bs-badge-border-radius)}.badge:empty{display:none}.btn .badge{position:relative;top:-1px}.alert{--bs-alert-bg: transparent;--bs-alert-padding-x: 1rem;--bs-alert-padding-y: 1rem;--bs-alert-margin-bottom: 1rem;--bs-alert-color: inherit;--bs-alert-border-color: transparent;--bs-alert-border: 1px solid var(--bs-alert-border-color);--bs-alert-border-radius: 0.375rem;--bs-alert-link-color: inherit;position:relative;padding:var(--bs-alert-padding-y) var(--bs-alert-padding-x);margin-bottom:var(--bs-alert-margin-bottom);color:var(--bs-alert-color);background-color:var(--bs-alert-bg);border:var(--bs-alert-border);border-radius:var(--bs-alert-border-radius)}.alert-heading{color:inherit}.alert-link{font-weight:700;color:var(--bs-alert-link-color)}.alert-dismissible{padding-right:3rem}.alert-dismissible .btn-close{position:absolute;top:0;right:0;z-index:2;padding:1.25rem 1rem}.alert-default{--bs-alert-color: var(--bs-default-text-emphasis);--bs-alert-bg: var(--bs-default-bg-subtle);--bs-alert-border-color: var(--bs-default-border-subtle);--bs-alert-link-color: var(--bs-default-text-emphasis)}.alert-primary{--bs-alert-color: var(--bs-primary-text-emphasis);--bs-alert-bg: var(--bs-primary-bg-subtle);--bs-alert-border-color: var(--bs-primary-border-subtle);--bs-alert-link-color: var(--bs-primary-text-emphasis)}.alert-secondary{--bs-alert-color: var(--bs-secondary-text-emphasis);--bs-alert-bg: var(--bs-secondary-bg-subtle);--bs-alert-border-color: var(--bs-secondary-border-subtle);--bs-alert-link-color: var(--bs-secondary-text-emphasis)}.alert-success{--bs-alert-color: var(--bs-success-text-emphasis);--bs-alert-bg: var(--bs-success-bg-subtle);--bs-alert-border-color: var(--bs-success-border-subtle);--bs-alert-link-color: var(--bs-success-text-emphasis)}.alert-info{--bs-alert-color: var(--bs-info-text-emphasis);--bs-alert-bg: var(--bs-info-bg-subtle);--bs-alert-border-color: var(--bs-info-border-subtle);--bs-alert-link-color: var(--bs-info-text-emphasis)}.alert-warning{--bs-alert-color: var(--bs-warning-text-emphasis);--bs-alert-bg: var(--bs-warning-bg-subtle);--bs-alert-border-color: var(--bs-warning-border-subtle);--bs-alert-link-color: var(--bs-warning-text-emphasis)}.alert-danger{--bs-alert-color: var(--bs-danger-text-emphasis);--bs-alert-bg: var(--bs-danger-bg-subtle);--bs-alert-border-color: var(--bs-danger-border-subtle);--bs-alert-link-color: var(--bs-danger-text-emphasis)}.alert-light{--bs-alert-color: var(--bs-light-text-emphasis);--bs-alert-bg: var(--bs-light-bg-subtle);--bs-alert-border-color: var(--bs-light-border-subtle);--bs-alert-link-color: var(--bs-light-text-emphasis)}.alert-dark{--bs-alert-color: var(--bs-dark-text-emphasis);--bs-alert-bg: var(--bs-dark-bg-subtle);--bs-alert-border-color: var(--bs-dark-border-subtle);--bs-alert-link-color: var(--bs-dark-text-emphasis)}@keyframes progress-bar-stripes{0%{background-position-x:1rem}}.progress,.progress-stacked{--bs-progress-height: 1rem;--bs-progress-font-size:0.75rem;--bs-progress-bg: #e9ecef;--bs-progress-border-radius: 0.375rem;--bs-progress-box-shadow: inset 0 1px 2px rgba(0, 0, 0, 0.075);--bs-progress-bar-color: #ffffff;--bs-progress-bar-bg: #0d6efd;--bs-progress-bar-transition: width 0.6s ease;display:flex;display:-webkit-flex;height:var(--bs-progress-height);overflow:hidden;font-size:var(--bs-progress-font-size);background-color:var(--bs-progress-bg);border-radius:var(--bs-progress-border-radius)}.progress-bar{display:flex;display:-webkit-flex;flex-direction:column;-webkit-flex-direction:column;justify-content:center;-webkit-justify-content:center;overflow:hidden;color:var(--bs-progress-bar-color);text-align:center;white-space:nowrap;background-color:var(--bs-progress-bar-bg);transition:var(--bs-progress-bar-transition)}@media(prefers-reduced-motion: reduce){.progress-bar{transition:none}}.progress-bar-striped{background-image:linear-gradient(45deg, rgba(255, 255, 255, 0.15) 25%, transparent 25%, transparent 50%, rgba(255, 255, 255, 0.15) 50%, rgba(255, 255, 255, 0.15) 75%, transparent 75%, transparent);background-size:var(--bs-progress-height) var(--bs-progress-height)}.progress-stacked>.progress{overflow:visible}.progress-stacked>.progress>.progress-bar{width:100%}.progress-bar-animated{animation:1s linear infinite progress-bar-stripes}@media(prefers-reduced-motion: reduce){.progress-bar-animated{animation:none}}.list-group{--bs-list-group-color: #212529;--bs-list-group-bg: #ffffff;--bs-list-group-border-color: rgb(221.7, 222.3, 222.9);--bs-list-group-border-width: 1px;--bs-list-group-border-radius: 0.375rem;--bs-list-group-item-padding-x: 1rem;--bs-list-group-item-padding-y: 0.5rem;--bs-list-group-action-color: rgba(33, 37, 41, 0.75);--bs-list-group-action-hover-color: #000;--bs-list-group-action-hover-bg: #f8f9fa;--bs-list-group-action-active-color: #212529;--bs-list-group-action-active-bg: #e9ecef;--bs-list-group-disabled-color: rgba(33, 37, 41, 0.75);--bs-list-group-disabled-bg: #ffffff;--bs-list-group-active-color: #ffffff;--bs-list-group-active-bg: #0d6efd;--bs-list-group-active-border-color: #0d6efd;display:flex;display:-webkit-flex;flex-direction:column;-webkit-flex-direction:column;padding-left:0;margin-bottom:0;border-radius:var(--bs-list-group-border-radius)}.list-group-numbered{list-style-type:none;counter-reset:section}.list-group-numbered>.list-group-item::before{content:counters(section, ".") ". ";counter-increment:section}.list-group-item-action{width:100%;color:var(--bs-list-group-action-color);text-align:inherit}.list-group-item-action:hover,.list-group-item-action:focus{z-index:1;color:var(--bs-list-group-action-hover-color);text-decoration:none;background-color:var(--bs-list-group-action-hover-bg)}.list-group-item-action:active{color:var(--bs-list-group-action-active-color);background-color:var(--bs-list-group-action-active-bg)}.list-group-item{position:relative;display:block;padding:var(--bs-list-group-item-padding-y) var(--bs-list-group-item-padding-x);color:var(--bs-list-group-color);text-decoration:none;-webkit-text-decoration:none;-moz-text-decoration:none;-ms-text-decoration:none;-o-text-decoration:none;background-color:var(--bs-list-group-bg);border:var(--bs-list-group-border-width) solid var(--bs-list-group-border-color)}.list-group-item:first-child{border-top-left-radius:inherit;border-top-right-radius:inherit}.list-group-item:last-child{border-bottom-right-radius:inherit;border-bottom-left-radius:inherit}.list-group-item.disabled,.list-group-item:disabled{color:var(--bs-list-group-disabled-color);pointer-events:none;background-color:var(--bs-list-group-disabled-bg)}.list-group-item.active{z-index:2;color:var(--bs-list-group-active-color);background-color:var(--bs-list-group-active-bg);border-color:var(--bs-list-group-active-border-color)}.list-group-item+.list-group-item{border-top-width:0}.list-group-item+.list-group-item.active{margin-top:calc(-1*var(--bs-list-group-border-width));border-top-width:var(--bs-list-group-border-width)}.list-group-horizontal{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal>.list-group-item:first-child:not(:last-child){border-bottom-left-radius:var(--bs-list-group-border-radius);border-top-right-radius:0}.list-group-horizontal>.list-group-item:last-child:not(:first-child){border-top-right-radius:var(--bs-list-group-border-radius);border-bottom-left-radius:0}.list-group-horizontal>.list-group-item.active{margin-top:0}.list-group-horizontal>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}@media(min-width: 576px){.list-group-horizontal-sm{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-sm>.list-group-item:first-child:not(:last-child){border-bottom-left-radius:var(--bs-list-group-border-radius);border-top-right-radius:0}.list-group-horizontal-sm>.list-group-item:last-child:not(:first-child){border-top-right-radius:var(--bs-list-group-border-radius);border-bottom-left-radius:0}.list-group-horizontal-sm>.list-group-item.active{margin-top:0}.list-group-horizontal-sm>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-sm>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}@media(min-width: 768px){.list-group-horizontal-md{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-md>.list-group-item:first-child:not(:last-child){border-bottom-left-radius:var(--bs-list-group-border-radius);border-top-right-radius:0}.list-group-horizontal-md>.list-group-item:last-child:not(:first-child){border-top-right-radius:var(--bs-list-group-border-radius);border-bottom-left-radius:0}.list-group-horizontal-md>.list-group-item.active{margin-top:0}.list-group-horizontal-md>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-md>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}@media(min-width: 992px){.list-group-horizontal-lg{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-lg>.list-group-item:first-child:not(:last-child){border-bottom-left-radius:var(--bs-list-group-border-radius);border-top-right-radius:0}.list-group-horizontal-lg>.list-group-item:last-child:not(:first-child){border-top-right-radius:var(--bs-list-group-border-radius);border-bottom-left-radius:0}.list-group-horizontal-lg>.list-group-item.active{margin-top:0}.list-group-horizontal-lg>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-lg>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}@media(min-width: 1200px){.list-group-horizontal-xl{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-xl>.list-group-item:first-child:not(:last-child){border-bottom-left-radius:var(--bs-list-group-border-radius);border-top-right-radius:0}.list-group-horizontal-xl>.list-group-item:last-child:not(:first-child){border-top-right-radius:var(--bs-list-group-border-radius);border-bottom-left-radius:0}.list-group-horizontal-xl>.list-group-item.active{margin-top:0}.list-group-horizontal-xl>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-xl>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}@media(min-width: 1400px){.list-group-horizontal-xxl{flex-direction:row;-webkit-flex-direction:row}.list-group-horizontal-xxl>.list-group-item:first-child:not(:last-child){border-bottom-left-radius:var(--bs-list-group-border-radius);border-top-right-radius:0}.list-group-horizontal-xxl>.list-group-item:last-child:not(:first-child){border-top-right-radius:var(--bs-list-group-border-radius);border-bottom-left-radius:0}.list-group-horizontal-xxl>.list-group-item.active{margin-top:0}.list-group-horizontal-xxl>.list-group-item+.list-group-item{border-top-width:var(--bs-list-group-border-width);border-left-width:0}.list-group-horizontal-xxl>.list-group-item+.list-group-item.active{margin-left:calc(-1*var(--bs-list-group-border-width));border-left-width:var(--bs-list-group-border-width)}}.list-group-flush{border-radius:0}.list-group-flush>.list-group-item{border-width:0 0 var(--bs-list-group-border-width)}.list-group-flush>.list-group-item:last-child{border-bottom-width:0}.list-group-item-default{--bs-list-group-color: var(--bs-default-text-emphasis);--bs-list-group-bg: var(--bs-default-bg-subtle);--bs-list-group-border-color: var(--bs-default-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-default-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-default-border-subtle);--bs-list-group-active-color: var(--bs-default-bg-subtle);--bs-list-group-active-bg: var(--bs-default-text-emphasis);--bs-list-group-active-border-color: var(--bs-default-text-emphasis)}.list-group-item-primary{--bs-list-group-color: var(--bs-primary-text-emphasis);--bs-list-group-bg: var(--bs-primary-bg-subtle);--bs-list-group-border-color: var(--bs-primary-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-primary-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-primary-border-subtle);--bs-list-group-active-color: var(--bs-primary-bg-subtle);--bs-list-group-active-bg: var(--bs-primary-text-emphasis);--bs-list-group-active-border-color: var(--bs-primary-text-emphasis)}.list-group-item-secondary{--bs-list-group-color: var(--bs-secondary-text-emphasis);--bs-list-group-bg: var(--bs-secondary-bg-subtle);--bs-list-group-border-color: var(--bs-secondary-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-secondary-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-secondary-border-subtle);--bs-list-group-active-color: var(--bs-secondary-bg-subtle);--bs-list-group-active-bg: var(--bs-secondary-text-emphasis);--bs-list-group-active-border-color: var(--bs-secondary-text-emphasis)}.list-group-item-success{--bs-list-group-color: var(--bs-success-text-emphasis);--bs-list-group-bg: var(--bs-success-bg-subtle);--bs-list-group-border-color: var(--bs-success-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-success-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-success-border-subtle);--bs-list-group-active-color: var(--bs-success-bg-subtle);--bs-list-group-active-bg: var(--bs-success-text-emphasis);--bs-list-group-active-border-color: var(--bs-success-text-emphasis)}.list-group-item-info{--bs-list-group-color: var(--bs-info-text-emphasis);--bs-list-group-bg: var(--bs-info-bg-subtle);--bs-list-group-border-color: var(--bs-info-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-info-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-info-border-subtle);--bs-list-group-active-color: var(--bs-info-bg-subtle);--bs-list-group-active-bg: var(--bs-info-text-emphasis);--bs-list-group-active-border-color: var(--bs-info-text-emphasis)}.list-group-item-warning{--bs-list-group-color: var(--bs-warning-text-emphasis);--bs-list-group-bg: var(--bs-warning-bg-subtle);--bs-list-group-border-color: var(--bs-warning-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-warning-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-warning-border-subtle);--bs-list-group-active-color: var(--bs-warning-bg-subtle);--bs-list-group-active-bg: var(--bs-warning-text-emphasis);--bs-list-group-active-border-color: var(--bs-warning-text-emphasis)}.list-group-item-danger{--bs-list-group-color: var(--bs-danger-text-emphasis);--bs-list-group-bg: var(--bs-danger-bg-subtle);--bs-list-group-border-color: var(--bs-danger-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-danger-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-danger-border-subtle);--bs-list-group-active-color: var(--bs-danger-bg-subtle);--bs-list-group-active-bg: var(--bs-danger-text-emphasis);--bs-list-group-active-border-color: var(--bs-danger-text-emphasis)}.list-group-item-light{--bs-list-group-color: var(--bs-light-text-emphasis);--bs-list-group-bg: var(--bs-light-bg-subtle);--bs-list-group-border-color: var(--bs-light-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-light-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-light-border-subtle);--bs-list-group-active-color: var(--bs-light-bg-subtle);--bs-list-group-active-bg: var(--bs-light-text-emphasis);--bs-list-group-active-border-color: var(--bs-light-text-emphasis)}.list-group-item-dark{--bs-list-group-color: var(--bs-dark-text-emphasis);--bs-list-group-bg: var(--bs-dark-bg-subtle);--bs-list-group-border-color: var(--bs-dark-border-subtle);--bs-list-group-action-hover-color: var(--bs-emphasis-color);--bs-list-group-action-hover-bg: var(--bs-dark-border-subtle);--bs-list-group-action-active-color: var(--bs-emphasis-color);--bs-list-group-action-active-bg: var(--bs-dark-border-subtle);--bs-list-group-active-color: var(--bs-dark-bg-subtle);--bs-list-group-active-bg: var(--bs-dark-text-emphasis);--bs-list-group-active-border-color: var(--bs-dark-text-emphasis)}.btn-close{--bs-btn-close-color: #000;--bs-btn-close-bg: url("data:image/svg+xml,%3csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 16 16' fill='%23000'%3e%3cpath d='M.293.293a1 1 0 0 1 1.414 0L8 6.586 14.293.293a1 1 0 1 1 1.414 1.414L9.414 8l6.293 6.293a1 1 0 0 1-1.414 1.414L8 9.414l-6.293 6.293a1 1 0 0 1-1.414-1.414L6.586 8 .293 1.707a1 1 0 0 1 0-1.414z'/%3e%3c/svg%3e");--bs-btn-close-opacity: 0.5;--bs-btn-close-hover-opacity: 0.75;--bs-btn-close-focus-shadow: 0 0 0 0.25rem rgba(13, 110, 253, 0.25);--bs-btn-close-focus-opacity: 1;--bs-btn-close-disabled-opacity: 0.25;--bs-btn-close-white-filter: invert(1) grayscale(100%) brightness(200%);box-sizing:content-box;width:1em;height:1em;padding:.25em .25em;color:var(--bs-btn-close-color);background:rgba(0,0,0,0) var(--bs-btn-close-bg) center/1em auto no-repeat;border:0;border-radius:.375rem;opacity:var(--bs-btn-close-opacity)}.btn-close:hover{color:var(--bs-btn-close-color);text-decoration:none;opacity:var(--bs-btn-close-hover-opacity)}.btn-close:focus{outline:0;box-shadow:var(--bs-btn-close-focus-shadow);opacity:var(--bs-btn-close-focus-opacity)}.btn-close:disabled,.btn-close.disabled{pointer-events:none;user-select:none;-webkit-user-select:none;-moz-user-select:none;-ms-user-select:none;-o-user-select:none;opacity:var(--bs-btn-close-disabled-opacity)}.btn-close-white{filter:var(--bs-btn-close-white-filter)}[data-bs-theme=dark] .btn-close{filter:var(--bs-btn-close-white-filter)}.toast{--bs-toast-zindex: 1090;--bs-toast-padding-x: 0.75rem;--bs-toast-padding-y: 0.5rem;--bs-toast-spacing: 1.5rem;--bs-toast-max-width: 350px;--bs-toast-font-size:0.875rem;--bs-toast-color: ;--bs-toast-bg: rgba(255, 255, 255, 0.85);--bs-toast-border-width: 1px;--bs-toast-border-color: rgba(0, 0, 0, 0.175);--bs-toast-border-radius: 0.375rem;--bs-toast-box-shadow: 0 0.5rem 1rem rgba(0, 0, 0, 0.15);--bs-toast-header-color: rgba(33, 37, 41, 0.75);--bs-toast-header-bg: rgba(255, 255, 255, 0.85);--bs-toast-header-border-color: rgba(0, 0, 0, 0.175);width:var(--bs-toast-max-width);max-width:100%;font-size:var(--bs-toast-font-size);color:var(--bs-toast-color);pointer-events:auto;background-color:var(--bs-toast-bg);background-clip:padding-box;border:var(--bs-toast-border-width) solid var(--bs-toast-border-color);box-shadow:var(--bs-toast-box-shadow);border-radius:var(--bs-toast-border-radius)}.toast.showing{opacity:0}.toast:not(.show){display:none}.toast-container{--bs-toast-zindex: 1090;position:absolute;z-index:var(--bs-toast-zindex);width:max-content;width:-webkit-max-content;width:-moz-max-content;width:-ms-max-content;width:-o-max-content;max-width:100%;pointer-events:none}.toast-container>:not(:last-child){margin-bottom:var(--bs-toast-spacing)}.toast-header{display:flex;display:-webkit-flex;align-items:center;-webkit-align-items:center;padding:var(--bs-toast-padding-y) var(--bs-toast-padding-x);color:var(--bs-toast-header-color);background-color:var(--bs-toast-header-bg);background-clip:padding-box;border-bottom:var(--bs-toast-border-width) solid var(--bs-toast-header-border-color);border-top-left-radius:calc(var(--bs-toast-border-radius) - var(--bs-toast-border-width));border-top-right-radius:calc(var(--bs-toast-border-radius) - var(--bs-toast-border-width))}.toast-header .btn-close{margin-right:calc(-0.5*var(--bs-toast-padding-x));margin-left:var(--bs-toast-padding-x)}.toast-body{padding:var(--bs-toast-padding-x);word-wrap:break-word}.modal{--bs-modal-zindex: 1055;--bs-modal-width: 500px;--bs-modal-padding: 1rem;--bs-modal-margin: 0.5rem;--bs-modal-color: ;--bs-modal-bg: #ffffff;--bs-modal-border-color: rgba(0, 0, 0, 0.175);--bs-modal-border-width: 1px;--bs-modal-border-radius: 0.5rem;--bs-modal-box-shadow: 0 0.125rem 0.25rem rgba(0, 0, 0, 0.075);--bs-modal-inner-border-radius: calc(0.5rem - 1px);--bs-modal-header-padding-x: 1rem;--bs-modal-header-padding-y: 1rem;--bs-modal-header-padding: 1rem 1rem;--bs-modal-header-border-color: rgb(221.7, 222.3, 222.9);--bs-modal-header-border-width: 1px;--bs-modal-title-line-height: 1.5;--bs-modal-footer-gap: 0.5rem;--bs-modal-footer-bg: ;--bs-modal-footer-border-color: rgb(221.7, 222.3, 222.9);--bs-modal-footer-border-width: 1px;position:fixed;top:0;left:0;z-index:var(--bs-modal-zindex);display:none;width:100%;height:100%;overflow-x:hidden;overflow-y:auto;outline:0}.modal-dialog{position:relative;width:auto;margin:var(--bs-modal-margin);pointer-events:none}.modal.fade .modal-dialog{transition:transform .3s ease-out;transform:translate(0, -50px)}@media(prefers-reduced-motion: reduce){.modal.fade .modal-dialog{transition:none}}.modal.show .modal-dialog{transform:none}.modal.modal-static .modal-dialog{transform:scale(1.02)}.modal-dialog-scrollable{height:calc(100% - var(--bs-modal-margin)*2)}.modal-dialog-scrollable .modal-content{max-height:100%;overflow:hidden}.modal-dialog-scrollable .modal-body{overflow-y:auto}.modal-dialog-centered{display:flex;display:-webkit-flex;align-items:center;-webkit-align-items:center;min-height:calc(100% - var(--bs-modal-margin)*2)}.modal-content{position:relative;display:flex;display:-webkit-flex;flex-direction:column;-webkit-flex-direction:column;width:100%;color:var(--bs-modal-color);pointer-events:auto;background-color:var(--bs-modal-bg);background-clip:padding-box;border:var(--bs-modal-border-width) solid var(--bs-modal-border-color);border-radius:var(--bs-modal-border-radius);outline:0}.modal-backdrop{--bs-backdrop-zindex: 1050;--bs-backdrop-bg: #000;--bs-backdrop-opacity: 0.5;position:fixed;top:0;left:0;z-index:var(--bs-backdrop-zindex);width:100vw;height:100vh;background-color:var(--bs-backdrop-bg)}.modal-backdrop.fade{opacity:0}.modal-backdrop.show{opacity:var(--bs-backdrop-opacity)}.modal-header{display:flex;display:-webkit-flex;flex-shrink:0;-webkit-flex-shrink:0;align-items:center;-webkit-align-items:center;justify-content:space-between;-webkit-justify-content:space-between;padding:var(--bs-modal-header-padding);border-bottom:var(--bs-modal-header-border-width) solid var(--bs-modal-header-border-color);border-top-left-radius:var(--bs-modal-inner-border-radius);border-top-right-radius:var(--bs-modal-inner-border-radius)}.modal-header .btn-close{padding:calc(var(--bs-modal-header-padding-y)*.5) calc(var(--bs-modal-header-padding-x)*.5);margin:calc(-0.5*var(--bs-modal-header-padding-y)) calc(-0.5*var(--bs-modal-header-padding-x)) calc(-0.5*var(--bs-modal-header-padding-y)) auto}.modal-title{margin-bottom:0;line-height:var(--bs-modal-title-line-height)}.modal-body{position:relative;flex:1 1 auto;-webkit-flex:1 1 auto;padding:var(--bs-modal-padding)}.modal-footer{display:flex;display:-webkit-flex;flex-shrink:0;-webkit-flex-shrink:0;flex-wrap:wrap;-webkit-flex-wrap:wrap;align-items:center;-webkit-align-items:center;justify-content:flex-end;-webkit-justify-content:flex-end;padding:calc(var(--bs-modal-padding) - var(--bs-modal-footer-gap)*.5);background-color:var(--bs-modal-footer-bg);border-top:var(--bs-modal-footer-border-width) solid var(--bs-modal-footer-border-color);border-bottom-right-radius:var(--bs-modal-inner-border-radius);border-bottom-left-radius:var(--bs-modal-inner-border-radius)}.modal-footer>*{margin:calc(var(--bs-modal-footer-gap)*.5)}@media(min-width: 576px){.modal{--bs-modal-margin: 1.75rem;--bs-modal-box-shadow: 0 0.5rem 1rem rgba(0, 0, 0, 0.15)}.modal-dialog{max-width:var(--bs-modal-width);margin-right:auto;margin-left:auto}.modal-sm{--bs-modal-width: 300px}}@media(min-width: 992px){.modal-lg,.modal-xl{--bs-modal-width: 800px}}@media(min-width: 1200px){.modal-xl{--bs-modal-width: 1140px}}.modal-fullscreen{width:100vw;max-width:none;height:100%;margin:0}.modal-fullscreen .modal-content{height:100%;border:0;border-radius:0}.modal-fullscreen .modal-header,.modal-fullscreen .modal-footer{border-radius:0}.modal-fullscreen .modal-body{overflow-y:auto}@media(max-width: 575.98px){.modal-fullscreen-sm-down{width:100vw;max-width:none;height:100%;margin:0}.modal-fullscreen-sm-down .modal-content{height:100%;border:0;border-radius:0}.modal-fullscreen-sm-down .modal-header,.modal-fullscreen-sm-down .modal-footer{border-radius:0}.modal-fullscreen-sm-down .modal-body{overflow-y:auto}}@media(max-width: 767.98px){.modal-fullscreen-md-down{width:100vw;max-width:none;height:100%;margin:0}.modal-fullscreen-md-down .modal-content{height:100%;border:0;border-radius:0}.modal-fullscreen-md-down .modal-header,.modal-fullscreen-md-down .modal-footer{border-radius:0}.modal-fullscreen-md-down .modal-body{overflow-y:auto}}@media(max-width: 991.98px){.modal-fullscreen-lg-down{width:100vw;max-width:none;height:100%;margin:0}.modal-fullscreen-lg-down .modal-content{height:100%;border:0;border-radius:0}.modal-fullscreen-lg-down .modal-header,.modal-fullscreen-lg-down .modal-footer{border-radius:0}.modal-fullscreen-lg-down .modal-body{overflow-y:auto}}@media(max-width: 1199.98px){.modal-fullscreen-xl-down{width:100vw;max-width:none;height:100%;margin:0}.modal-fullscreen-xl-down .modal-content{height:100%;border:0;border-radius:0}.modal-fullscreen-xl-down .modal-header,.modal-fullscreen-xl-down .modal-footer{border-radius:0}.modal-fullscreen-xl-down .modal-body{overflow-y:auto}}@media(max-width: 1399.98px){.modal-fullscreen-xxl-down{width:100vw;max-width:none;height:100%;margin:0}.modal-fullscreen-xxl-down .modal-content{height:100%;border:0;border-radius:0}.modal-fullscreen-xxl-down .modal-header,.modal-fullscreen-xxl-down .modal-footer{border-radius:0}.modal-fullscreen-xxl-down .modal-body{overflow-y:auto}}.tooltip{--bs-tooltip-zindex: 1080;--bs-tooltip-max-width: 200px;--bs-tooltip-padding-x: 0.5rem;--bs-tooltip-padding-y: 0.25rem;--bs-tooltip-margin: ;--bs-tooltip-font-size:0.875rem;--bs-tooltip-color: #ffffff;--bs-tooltip-bg: #000;--bs-tooltip-border-radius: 0.375rem;--bs-tooltip-opacity: 0.9;--bs-tooltip-arrow-width: 0.8rem;--bs-tooltip-arrow-height: 0.4rem;z-index:var(--bs-tooltip-zindex);display:block;margin:var(--bs-tooltip-margin);font-family:system-ui,-apple-system,"Segoe UI",Roboto,"Helvetica Neue","Noto Sans","Liberation Sans",Arial,sans-serif,"Apple Color Emoji","Segoe UI Emoji","Segoe UI Symbol","Noto Color Emoji";font-style:normal;font-weight:400;line-height:1.5;text-align:left;text-align:start;text-decoration:none;text-shadow:none;text-transform:none;letter-spacing:normal;word-break:normal;white-space:normal;word-spacing:normal;line-break:auto;font-size:var(--bs-tooltip-font-size);word-wrap:break-word;opacity:0}.tooltip.show{opacity:var(--bs-tooltip-opacity)}.tooltip .tooltip-arrow{display:block;width:var(--bs-tooltip-arrow-width);height:var(--bs-tooltip-arrow-height)}.tooltip .tooltip-arrow::before{position:absolute;content:"";border-color:rgba(0,0,0,0);border-style:solid}.bs-tooltip-top .tooltip-arrow,.bs-tooltip-auto[data-popper-placement^=top] .tooltip-arrow{bottom:calc(-1*var(--bs-tooltip-arrow-height))}.bs-tooltip-top .tooltip-arrow::before,.bs-tooltip-auto[data-popper-placement^=top] .tooltip-arrow::before{top:-1px;border-width:var(--bs-tooltip-arrow-height) calc(var(--bs-tooltip-arrow-width)*.5) 0;border-top-color:var(--bs-tooltip-bg)}.bs-tooltip-end .tooltip-arrow,.bs-tooltip-auto[data-popper-placement^=right] .tooltip-arrow{left:calc(-1*var(--bs-tooltip-arrow-height));width:var(--bs-tooltip-arrow-height);height:var(--bs-tooltip-arrow-width)}.bs-tooltip-end .tooltip-arrow::before,.bs-tooltip-auto[data-popper-placement^=right] .tooltip-arrow::before{right:-1px;border-width:calc(var(--bs-tooltip-arrow-width)*.5) var(--bs-tooltip-arrow-height) calc(var(--bs-tooltip-arrow-width)*.5) 0;border-right-color:var(--bs-tooltip-bg)}.bs-tooltip-bottom .tooltip-arrow,.bs-tooltip-auto[data-popper-placement^=bottom] .tooltip-arrow{top:calc(-1*var(--bs-tooltip-arrow-height))}.bs-tooltip-bottom .tooltip-arrow::before,.bs-tooltip-auto[data-popper-placement^=bottom] .tooltip-arrow::before{bottom:-1px;border-width:0 calc(var(--bs-tooltip-arrow-width)*.5) var(--bs-tooltip-arrow-height);border-bottom-color:var(--bs-tooltip-bg)}.bs-tooltip-start .tooltip-arrow,.bs-tooltip-auto[data-popper-placement^=left] .tooltip-arrow{right:calc(-1*var(--bs-tooltip-arrow-height));width:var(--bs-tooltip-arrow-height);height:var(--bs-tooltip-arrow-width)}.bs-tooltip-start .tooltip-arrow::before,.bs-tooltip-auto[data-popper-placement^=left] .tooltip-arrow::before{left:-1px;border-width:calc(var(--bs-tooltip-arrow-width)*.5) 0 calc(var(--bs-tooltip-arrow-width)*.5) var(--bs-tooltip-arrow-height);border-left-color:var(--bs-tooltip-bg)}.tooltip-inner{max-width:var(--bs-tooltip-max-width);padding:var(--bs-tooltip-padding-y) var(--bs-tooltip-padding-x);color:var(--bs-tooltip-color);text-align:center;background-color:var(--bs-tooltip-bg);border-radius:var(--bs-tooltip-border-radius)}.popover{--bs-popover-zindex: 1070;--bs-popover-max-width: 276px;--bs-popover-font-size:0.875rem;--bs-popover-bg: #ffffff;--bs-popover-border-width: 1px;--bs-popover-border-color: rgba(0, 0, 0, 0.175);--bs-popover-border-radius: 0.5rem;--bs-popover-inner-border-radius: calc(0.5rem - 1px);--bs-popover-box-shadow: 0 0.5rem 1rem rgba(0, 0, 0, 0.15);--bs-popover-header-padding-x: 1rem;--bs-popover-header-padding-y: 0.5rem;--bs-popover-header-font-size:1rem;--bs-popover-header-color: inherit;--bs-popover-header-bg: #e9ecef;--bs-popover-body-padding-x: 1rem;--bs-popover-body-padding-y: 1rem;--bs-popover-body-color: #212529;--bs-popover-arrow-width: 1rem;--bs-popover-arrow-height: 0.5rem;--bs-popover-arrow-border: 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;--quarto-scss-export-border-color-translucent: rgba(0, 0, 0, 0.175);--quarto-scss-export-component-active-bg: #0d6efd;--quarto-scss-export-component-active-color: #ffffff;--quarto-scss-export-focus-ring-color: rgba(13, 110, 253, 0.25);--quarto-scss-export-headings-font-family: ;--quarto-scss-export-headings-font-style: ;--quarto-scss-export-display-font-family: ;--quarto-scss-export-display-font-style: ;--quarto-scss-export-text-muted: rgba(33, 37, 41, 0.75);--quarto-scss-export-blockquote-footer-color: #6c757d;--quarto-scss-export-blockquote-border-color: #e9ecef;--quarto-scss-export-hr-bg-color: ;--quarto-scss-export-hr-height: ;--quarto-scss-export-hr-border-color: ;--quarto-scss-export-legend-font-weight: ;--quarto-scss-export-mark-bg: rgb(255, 242.6, 205.4);--quarto-scss-export-table-color: #212529;--quarto-scss-export-table-bg: #ffffff;--quarto-scss-export-table-accent-bg: transparent;--quarto-scss-export-table-th-font-weight: ;--quarto-scss-export-table-striped-color: #212529;--quarto-scss-export-table-striped-bg: rgba(0, 0, 0, 0.05);--quarto-scss-export-table-active-color: #212529;--quarto-scss-export-table-active-bg: rgba(0, 0, 0, 0.1);--quarto-scss-export-table-hover-color: #212529;--quarto-scss-export-table-hover-bg: rgba(0, 0, 0, 0.075);--quarto-scss-export-table-caption-color: rgba(33, 37, 41, 0.75);--quarto-scss-export-input-btn-font-family: ;--quarto-scss-export-input-btn-focus-color: rgba(13, 110, 253, 0.25);--quarto-scss-export-btn-color: #212529;--quarto-scss-export-btn-font-family: ;--quarto-scss-export-btn-white-space: ;--quarto-scss-export-btn-link-color: #0d6efd;--quarto-scss-export-btn-link-hover-color: rgb(10.4, 88, 202.4);--quarto-scss-export-btn-link-disabled-color: #6c757d;--quarto-scss-export-form-text-font-style: ;--quarto-scss-export-form-text-font-weight: ;--quarto-scss-export-form-text-color: rgba(33, 37, 41, 0.75);--quarto-scss-export-form-label-font-size: ;--quarto-scss-export-form-label-font-style: ;--quarto-scss-export-form-label-font-weight: ;--quarto-scss-export-form-label-color: ;--quarto-scss-export-input-font-family: ;--quarto-scss-export-input-disabled-color: ;--quarto-scss-export-input-disabled-bg: #e9ecef;--quarto-scss-export-input-disabled-border-color: ;--quarto-scss-export-input-color: #212529;--quarto-scss-export-input-focus-bg: #ffffff;--quarto-scss-export-input-focus-border-color: rgb(134, 182.5, 254);--quarto-scss-export-input-focus-color: #212529;--quarto-scss-export-input-placeholder-color: rgba(33, 37, 41, 0.75);--quarto-scss-export-input-plaintext-color: #212529;--quarto-scss-export-form-check-label-color: ;--quarto-scss-export-form-check-transition: ;--quarto-scss-export-form-check-input-bg: #ffffff;--quarto-scss-export-form-check-input-focus-border: rgb(134, 182.5, 254);--quarto-scss-export-form-check-input-checked-color: #ffffff;--quarto-scss-export-form-check-input-checked-bg-color: #0d6efd;--quarto-scss-export-form-check-input-checked-border-color: #0d6efd;--quarto-scss-export-form-check-input-indeterminate-color: #ffffff;--quarto-scss-export-form-check-input-indeterminate-bg-color: #0d6efd;--quarto-scss-export-form-check-input-indeterminate-border-color: #0d6efd;--quarto-scss-export-form-switch-color: rgba(0, 0, 0, 0.25);--quarto-scss-export-form-switch-focus-color: rgb(134, 182.5, 254);--quarto-scss-export-form-switch-checked-color: #ffffff;--quarto-scss-export-input-group-addon-color: #212529;--quarto-scss-export-input-group-addon-bg: #f8f9fa;--quarto-scss-export-input-group-addon-border-color: rgb(221.7, 222.3, 222.9);--quarto-scss-export-form-select-font-family: ;--quarto-scss-export-form-select-color: #212529;--quarto-scss-export-form-select-bg: #ffffff;--quarto-scss-export-form-select-disabled-color: ;--quarto-scss-export-form-select-disabled-bg: #e9ecef;--quarto-scss-export-form-select-disabled-border-color: ;--quarto-scss-export-form-select-indicator-color: #343a40;--quarto-scss-export-form-select-border-color: rgb(221.7, 222.3, 222.9);--quarto-scss-export-form-select-focus-border-color: rgb(134, 182.5, 254);--quarto-scss-export-form-range-track-bg: #f8f9fa;--quarto-scss-export-form-range-thumb-bg: #0d6efd;--quarto-scss-export-form-range-thumb-active-bg: rgb(182.4, 211.5, 254.4);--quarto-scss-export-form-range-thumb-disabled-bg: rgba(33, 37, 41, 0.75);--quarto-scss-export-form-file-button-color: #212529;--quarto-scss-export-form-file-button-bg: #f8f9fa;--quarto-scss-export-form-file-button-hover-bg: #e9ecef;--quarto-scss-export-form-floating-label-disabled-color: #6c757d;--quarto-scss-export-form-feedback-font-style: ;--quarto-scss-export-form-feedback-valid-color: #198754;--quarto-scss-export-form-feedback-invalid-color: #dc3545;--quarto-scss-export-form-feedback-icon-valid-color: #198754;--quarto-scss-export-form-feedback-icon-invalid-color: #dc3545;--quarto-scss-export-form-valid-color: #198754;--quarto-scss-export-form-valid-border-color: #198754;--quarto-scss-export-form-invalid-color: #dc3545;--quarto-scss-export-form-invalid-border-color: #dc3545;--quarto-scss-export-nav-link-font-size: ;--quarto-scss-export-nav-link-font-weight: ;--quarto-scss-export-nav-link-color: #0d6efd;--quarto-scss-export-nav-link-hover-color: rgb(10.4, 88, 202.4);--quarto-scss-export-nav-link-disabled-color: rgba(33, 37, 41, 0.75);--quarto-scss-export-nav-tabs-border-color: rgb(221.7, 222.3, 222.9);--quarto-scss-export-nav-tabs-link-hover-border-color: #e9ecef #e9ecef rgb(221.7, 222.3, 222.9);--quarto-scss-export-nav-tabs-link-active-color: #000;--quarto-scss-export-nav-tabs-link-active-bg: #ffffff;--quarto-scss-export-nav-pills-link-active-bg: #0d6efd;--quarto-scss-export-nav-pills-link-active-color: #ffffff;--quarto-scss-export-nav-underline-link-active-color: #000;--quarto-scss-export-navbar-padding-x: ;--quarto-scss-export-navbar-light-contrast: #ffffff;--quarto-scss-export-navbar-dark-contrast: #ffffff;--quarto-scss-export-navbar-light-icon-color: rgba(255, 255, 255, 0.75);--quarto-scss-export-navbar-dark-icon-color: rgba(255, 255, 255, 0.75);--quarto-scss-export-dropdown-color: #212529;--quarto-scss-export-dropdown-bg: #ffffff;--quarto-scss-export-dropdown-border-color: rgba(0, 0, 0, 0.175);--quarto-scss-export-dropdown-divider-bg: rgba(0, 0, 0, 0.175);--quarto-scss-export-dropdown-link-color: #212529;--quarto-scss-export-dropdown-link-hover-color: #212529;--quarto-scss-export-dropdown-link-hover-bg: #f8f9fa;--quarto-scss-export-dropdown-link-active-bg: #0d6efd;--quarto-scss-export-dropdown-link-active-color: #ffffff;--quarto-scss-export-dropdown-link-disabled-color: rgba(33, 37, 41, 0.5);--quarto-scss-export-dropdown-header-color: #6c757d;--quarto-scss-export-dropdown-dark-color: #dee2e6;--quarto-scss-export-dropdown-dark-bg: #343a40;--quarto-scss-export-dropdown-dark-border-color: rgba(0, 0, 0, 0.175);--quarto-scss-export-dropdown-dark-divider-bg: rgba(0, 0, 0, 0.175);--quarto-scss-export-dropdown-dark-box-shadow: ;--quarto-scss-export-dropdown-dark-link-color: #dee2e6;--quarto-scss-export-dropdown-dark-link-hover-color: #ffffff;--quarto-scss-export-dropdown-dark-link-hover-bg: rgba(255, 255, 255, 0.15);--quarto-scss-export-dropdown-dark-link-active-color: #ffffff;--quarto-scss-export-dropdown-dark-link-active-bg: #0d6efd;--quarto-scss-export-dropdown-dark-link-disabled-color: #adb5bd;--quarto-scss-export-dropdown-dark-header-color: #adb5bd;--quarto-scss-export-pagination-color: #0d6efd;--quarto-scss-export-pagination-bg: #ffffff;--quarto-scss-export-pagination-border-color: rgb(221.7, 222.3, 222.9);--quarto-scss-export-pagination-focus-color: rgb(10.4, 88, 202.4);--quarto-scss-export-pagination-focus-bg: #e9ecef;--quarto-scss-export-pagination-hover-color: rgb(10.4, 88, 202.4);--quarto-scss-export-pagination-hover-bg: #f8f9fa;--quarto-scss-export-pagination-hover-border-color: rgb(221.7, 222.3, 222.9);--quarto-scss-export-pagination-active-color: #ffffff;--quarto-scss-export-pagination-active-bg: #0d6efd;--quarto-scss-export-pagination-active-border-color: #0d6efd;--quarto-scss-export-pagination-disabled-color: rgba(33, 37, 41, 0.75);--quarto-scss-export-pagination-disabled-bg: #e9ecef;--quarto-scss-export-pagination-disabled-border-color: rgb(221.7, 222.3, 222.9);--quarto-scss-export-card-title-color: ;--quarto-scss-export-card-subtitle-color: ;--quarto-scss-export-card-border-color: rgba(0, 0, 0, 0.175);--quarto-scss-export-card-box-shadow: ;--quarto-scss-export-card-cap-bg: rgba(33, 37, 41, 0.03);--quarto-scss-export-card-cap-color: ;--quarto-scss-export-card-height: ;--quarto-scss-export-card-color: ;--quarto-scss-export-card-bg: #ffffff;--quarto-scss-export-accordion-color: #212529;--quarto-scss-export-accordion-bg: #ffffff;--quarto-scss-export-accordion-border-color: rgb(221.7, 222.3, 222.9);--quarto-scss-export-accordion-button-color: #212529;--quarto-scss-export-accordion-button-bg: #ffffff;--quarto-scss-export-accordion-button-active-bg: rgb(206.6, 226, 254.6);--quarto-scss-export-accordion-button-active-color: rgb(5.2, 44, 101.2);--quarto-scss-export-accordion-button-focus-border-color: rgb(134, 182.5, 254);--quarto-scss-export-accordion-icon-color: #212529;--quarto-scss-export-accordion-icon-active-color: rgb(5.2, 44, 101.2);--quarto-scss-export-tooltip-color: #ffffff;--quarto-scss-export-tooltip-bg: #000;--quarto-scss-export-tooltip-margin: ;--quarto-scss-export-tooltip-arrow-color: ;--quarto-scss-export-form-feedback-tooltip-line-height: ;--quarto-scss-export-popover-border-color: rgba(0, 0, 0, 0.175);--quarto-scss-export-popover-header-bg: #e9ecef;--quarto-scss-export-popover-body-color: #212529;--quarto-scss-export-popover-arrow-color: #ffffff;--quarto-scss-export-popover-arrow-outer-color: rgba(0, 0, 0, 0.175);--quarto-scss-export-toast-color: ;--quarto-scss-export-toast-background-color: rgba(255, 255, 255, 0.85);--quarto-scss-export-toast-border-color: rgba(0, 0, 0, 0.175);--quarto-scss-export-toast-header-color: rgba(33, 37, 41, 0.75);--quarto-scss-export-toast-header-background-color: rgba(255, 255, 255, 0.85);--quarto-scss-export-toast-header-border-color: rgba(0, 0, 0, 0.175);--quarto-scss-export-badge-color: #ffffff;--quarto-scss-export-modal-content-color: ;--quarto-scss-export-modal-content-bg: #ffffff;--quarto-scss-export-modal-content-border-color: rgba(0, 0, 0, 0.175);--quarto-scss-export-modal-backdrop-bg: #000;--quarto-scss-export-modal-header-border-color: rgb(221.7, 222.3, 222.9);--quarto-scss-export-modal-footer-bg: ;--quarto-scss-export-modal-footer-border-color: rgb(221.7, 222.3, 222.9);--quarto-scss-export-progress-bg: #e9ecef;--quarto-scss-export-progress-bar-color: #ffffff;--quarto-scss-export-progress-bar-bg: #0d6efd;--quarto-scss-export-list-group-color: #212529;--quarto-scss-export-list-group-bg: #ffffff;--quarto-scss-export-list-group-border-color: rgb(221.7, 222.3, 222.9);--quarto-scss-export-list-group-hover-bg: #f8f9fa;--quarto-scss-export-list-group-active-bg: #0d6efd;--quarto-scss-export-list-group-active-color: #ffffff;--quarto-scss-export-list-group-active-border-color: #0d6efd;--quarto-scss-export-list-group-disabled-color: rgba(33, 37, 41, 0.75);--quarto-scss-export-list-group-disabled-bg: #ffffff;--quarto-scss-export-list-group-action-color: rgba(33, 37, 41, 0.75);--quarto-scss-export-list-group-action-hover-color: #000;--quarto-scss-export-list-group-action-active-color: #212529;--quarto-scss-export-list-group-action-active-bg: #e9ecef;--quarto-scss-export-thumbnail-bg: #ffffff;--quarto-scss-export-thumbnail-border-color: rgb(221.7, 222.3, 222.9);--quarto-scss-export-figure-caption-color: rgba(33, 37, 41, 0.75);--quarto-scss-export-breadcrumb-font-size: ;--quarto-scss-export-breadcrumb-bg: ;--quarto-scss-export-breadcrumb-divider-color: rgba(33, 37, 41, 0.75);--quarto-scss-export-breadcrumb-active-color: rgba(33, 37, 41, 0.75);--quarto-scss-export-breadcrumb-border-radius: ;--quarto-scss-export-carousel-control-color: #ffffff;--quarto-scss-export-carousel-indicator-active-bg: #ffffff;--quarto-scss-export-carousel-caption-color: #ffffff;--quarto-scss-export-carousel-dark-indicator-active-bg: #000;--quarto-scss-export-carousel-dark-caption-color: #000;--quarto-scss-export-btn-close-color: #000;--quarto-scss-export-offcanvas-border-color: rgba(0, 0, 0, 0.175);--quarto-scss-export-offcanvas-bg-color: #ffffff;--quarto-scss-export-offcanvas-color: #212529;--quarto-scss-export-offcanvas-backdrop-bg: #000;--quarto-scss-export-code-color-dark: white;--quarto-scss-export-kbd-color: #ffffff;--quarto-scss-export-kbd-bg: #212529;--quarto-scss-export-nested-kbd-font-weight: ;--quarto-scss-export-pre-bg: #f8f9fa;--quarto-scss-export-pre-color: #000;--quarto-scss-export-bslib-page-sidebar-title-bg: #517699;--quarto-scss-export-bslib-page-sidebar-title-color: #ffffff;--quarto-scss-export-bslib-sidebar-bg: rgba(var(--bs-emphasis-color-rgb, 0, 0, 0), 0.05);--quarto-scss-export-bslib-sidebar-toggle-bg: rgba(var(--bs-emphasis-color-rgb, 0, 0, 0), 0.1);--quarto-scss-export-mermaid-bg-color: #ffffff;--quarto-scss-export-mermaid-edge-color: #6c757d;--quarto-scss-export-mermaid-node-fg-color: #212529;--quarto-scss-export-mermaid-fg-color: #212529;--quarto-scss-export-mermaid-fg-color--lighter: rgb(55.7432432432, 62.5, 69.2567567568);--quarto-scss-export-mermaid-fg-color--lightest: rgb(78.4864864865, 88, 97.5135135135);--quarto-scss-export-mermaid-label-bg-color: #ffffff;--quarto-scss-export-mermaid-label-fg-color: #0d6efd;--quarto-scss-export-mermaid-node-bg-color: rgba(13, 110, 253, 0.1);--quarto-scss-export-code-block-border-left-color: rgb(221.7, 222.3, 222.9);--quarto-scss-export-callout-color-note: #0d6efd;--quarto-scss-export-callout-color-tip: #198754;--quarto-scss-export-callout-color-important: #dc3545;--quarto-scss-export-callout-color-caution: #fd7e14;--quarto-scss-export-callout-color-warning: #ffc107} \ No newline at end of file diff --git a/src/notebooks/presentation_files/libs/bootstrap/bootstrap-icons.css b/src/notebooks/presentation_files/libs/bootstrap/bootstrap-icons.css new file mode 100644 index 0000000..82b40f5 --- /dev/null +++ b/src/notebooks/presentation_files/libs/bootstrap/bootstrap-icons.css @@ -0,0 +1,2106 @@ +/*! + * Bootstrap Icons v1.13.1 (https://icons.getbootstrap.com/) + * Copyright 2019-2024 The Bootstrap Authors + * Licensed under MIT (https://github.com/twbs/icons/blob/main/LICENSE) + */ + +@font-face { + font-display: block; + font-family: "bootstrap-icons"; + src: +url("./bootstrap-icons.woff?e34853135f9e39acf64315236852cd5a") format("woff"); +} + +.bi::before, +[class^="bi-"]::before, +[class*=" bi-"]::before { + display: inline-block; + font-family: bootstrap-icons !important; + font-style: normal; + font-weight: normal !important; + font-variant: normal; + text-transform: none; + line-height: 1; + vertical-align: -.125em; + -webkit-font-smoothing: antialiased; + -moz-osx-font-smoothing: grayscale; +} + +.bi-123::before { content: "\f67f"; } +.bi-alarm-fill::before { content: "\f101"; } +.bi-alarm::before { content: "\f102"; } +.bi-align-bottom::before { content: "\f103"; } +.bi-align-center::before { content: "\f104"; } +.bi-align-end::before { content: "\f105"; } +.bi-align-middle::before { content: "\f106"; } +.bi-align-start::before { content: "\f107"; } +.bi-align-top::before { content: "\f108"; } +.bi-alt::before { content: "\f109"; } +.bi-app-indicator::before { content: "\f10a"; } +.bi-app::before { content: "\f10b"; } +.bi-archive-fill::before { content: "\f10c"; } +.bi-archive::before { content: "\f10d"; } +.bi-arrow-90deg-down::before { content: "\f10e"; } +.bi-arrow-90deg-left::before { content: "\f10f"; } +.bi-arrow-90deg-right::before { content: "\f110"; } +.bi-arrow-90deg-up::before { content: "\f111"; } +.bi-arrow-bar-down::before { content: "\f112"; } 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i=`scroll${e[0].toUpperCase()+e.slice(1)}`;this._queueCallback((()=>{this._isTransitioning=!1,this._element.classList.remove(Mt),this._element.classList.add(Pt,Nt),this._element.style[e]="",N.trigger(this._element,St)}),this._element,!0),this._element.style[e]=`${this._element[i]}px`}hide(){if(this._isTransitioning||!this._isShown())return;if(N.trigger(this._element,Dt).defaultPrevented)return;const t=this._getDimension();this._element.style[t]=`${this._element.getBoundingClientRect()[t]}px`,d(this._element),this._element.classList.add(Mt),this._element.classList.remove(Pt,Nt);for(const t of this._triggerArray){const e=z.getElementFromSelector(t);e&&!this._isShown(e)&&this._addAriaAndCollapsedClass([t],!1)}this._isTransitioning=!0,this._element.style[t]="",this._queueCallback((()=>{this._isTransitioning=!1,this._element.classList.remove(Mt),this._element.classList.add(Pt),N.trigger(this._element,$t)}),this._element,!0)}_isShown(t=this._element){return 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s(t){i.add(t.name),[].concat(t.requires||[],t.requiresIfExists||[]).forEach((function(t){if(!i.has(t)){var n=e.get(t);n&&s(n)}})),n.push(t)}return t.forEach((function(t){e.set(t.name,t)})),t.forEach((function(t){i.has(t.name)||s(t)})),n}var fi={placement:"bottom",modifiers:[],strategy:"absolute"};function pi(){for(var t=arguments.length,e=new Array(t),i=0;iNumber.parseInt(t,10))):"function"==typeof t?e=>t(e,this._element):t}_getPopperConfig(){const t={placement:this._getPlacement(),modifiers:[{name:"preventOverflow",options:{boundary:this._config.boundary}},{name:"offset",options:{offset:this._getOffset()}}]};return(this._inNavbar||"static"===this._config.display)&&(F.setDataAttribute(this._menu,"popper","static"),t.modifiers=[{name:"applyStyles",enabled:!1}]),{...t,...g(this._config.popperConfig,[t])}}_selectMenuItem({key:t,target:e}){const i=z.find(".dropdown-menu 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e=/input|textarea/i.test(t.target.tagName),i="Escape"===t.key,n=[Ei,Ti].includes(t.key);if(!n&&!i)return;if(e&&!i)return;t.preventDefault();const s=this.matches(Ii)?this:z.prev(this,Ii)[0]||z.next(this,Ii)[0]||z.findOne(Ii,t.delegateTarget.parentNode),o=qi.getOrCreateInstance(s);if(n)return t.stopPropagation(),o.show(),void o._selectMenuItem(t);o._isShown()&&(t.stopPropagation(),o.hide(),s.focus())}}N.on(document,Si,Ii,qi.dataApiKeydownHandler),N.on(document,Si,Pi,qi.dataApiKeydownHandler),N.on(document,Li,qi.clearMenus),N.on(document,Di,qi.clearMenus),N.on(document,Li,Ii,(function(t){t.preventDefault(),qi.getOrCreateInstance(this).toggle()})),m(qi);const Vi="backdrop",Ki="show",Qi=`mousedown.bs.${Vi}`,Xi={className:"modal-backdrop",clickCallback:null,isAnimated:!1,isVisible:!0,rootElement:"body"},Yi={className:"string",clickCallback:"(function|null)",isAnimated:"boolean",isVisible:"boolean",rootElement:"(element|string)"};class Ui extends H{constructor(t){super(),this._config=this._getConfig(t),this._isAppended=!1,this._element=null}static get Default(){return Xi}static get DefaultType(){return Yi}static get NAME(){return Vi}show(t){if(!this._config.isVisible)return void g(t);this._append();const e=this._getElement();this._config.isAnimated&&d(e),e.classList.add(Ki),this._emulateAnimation((()=>{g(t)}))}hide(t){this._config.isVisible?(this._getElement().classList.remove(Ki),this._emulateAnimation((()=>{this.dispose(),g(t)}))):g(t)}dispose(){this._isAppended&&(N.off(this._element,Qi),this._element.remove(),this._isAppended=!1)}_getElement(){if(!this._element){const t=document.createElement("div");t.className=this._config.className,this._config.isAnimated&&t.classList.add("fade"),this._element=t}return this._element}_configAfterMerge(t){return t.rootElement=r(t.rootElement),t}_append(){if(this._isAppended)return;const t=this._getElement();this._config.rootElement.append(t),N.on(t,Qi,(()=>{g(this._config.clickCallback)})),this._isAppended=!0}_emulateAnimation(t){_(t,this._getElement(),this._config.isAnimated)}}const Gi=".bs.focustrap",Ji=`focusin${Gi}`,Zi=`keydown.tab${Gi}`,tn="backward",en={autofocus:!0,trapElement:null},nn={autofocus:"boolean",trapElement:"element"};class sn extends H{constructor(t){super(),this._config=this._getConfig(t),this._isActive=!1,this._lastTabNavDirection=null}static get Default(){return en}static get DefaultType(){return nn}static get NAME(){return"focustrap"}activate(){this._isActive||(this._config.autofocus&&this._config.trapElement.focus(),N.off(document,Gi),N.on(document,Ji,(t=>this._handleFocusin(t))),N.on(document,Zi,(t=>this._handleKeydown(t))),this._isActive=!0)}deactivate(){this._isActive&&(this._isActive=!1,N.off(document,Gi))}_handleFocusin(t){const{trapElement:e}=this._config;if(t.target===document||t.target===e||e.contains(t.target))return;const i=z.focusableChildren(e);0===i.length?e.focus():this._lastTabNavDirection===tn?i[i.length-1].focus():i[0].focus()}_handleKeydown(t){"Tab"===t.key&&(this._lastTabNavDirection=t.shiftKey?tn:"forward")}}const on=".fixed-top, .fixed-bottom, .is-fixed, .sticky-top",rn=".sticky-top",an="padding-right",ln="margin-right";class cn{constructor(){this._element=document.body}getWidth(){const t=document.documentElement.clientWidth;return Math.abs(window.innerWidth-t)}hide(){const t=this.getWidth();this._disableOverFlow(),this._setElementAttributes(this._element,an,(e=>e+t)),this._setElementAttributes(on,an,(e=>e+t)),this._setElementAttributes(rn,ln,(e=>e-t))}reset(){this._resetElementAttributes(this._element,"overflow"),this._resetElementAttributes(this._element,an),this._resetElementAttributes(on,an),this._resetElementAttributes(rn,ln)}isOverflowing(){return this.getWidth()>0}_disableOverFlow(){this._saveInitialAttribute(this._element,"overflow"),this._element.style.overflow="hidden"}_setElementAttributes(t,e,i){const n=this.getWidth();this._applyManipulationCallback(t,(t=>{if(t!==this._element&&window.innerWidth>t.clientWidth+n)return;this._saveInitialAttribute(t,e);const s=window.getComputedStyle(t).getPropertyValue(e);t.style.setProperty(e,`${i(Number.parseFloat(s))}px`)}))}_saveInitialAttribute(t,e){const i=t.style.getPropertyValue(e);i&&F.setDataAttribute(t,e,i)}_resetElementAttributes(t,e){this._applyManipulationCallback(t,(t=>{const i=F.getDataAttribute(t,e);null!==i?(F.removeDataAttribute(t,e),t.style.setProperty(e,i)):t.style.removeProperty(e)}))}_applyManipulationCallback(t,e){if(o(t))e(t);else for(const i of z.find(t,this._element))e(i)}}const hn=".bs.modal",dn=`hide${hn}`,un=`hidePrevented${hn}`,fn=`hidden${hn}`,pn=`show${hn}`,mn=`shown${hn}`,gn=`resize${hn}`,_n=`click.dismiss${hn}`,bn=`mousedown.dismiss${hn}`,vn=`keydown.dismiss${hn}`,yn=`click${hn}.data-api`,wn="modal-open",An="show",En="modal-static",Tn={backdrop:!0,focus:!0,keyboard:!0},Cn={backdrop:"(boolean|string)",focus:"boolean",keyboard:"boolean"};class On extends W{constructor(t,e){super(t,e),this._dialog=z.findOne(".modal-dialog",this._element),this._backdrop=this._initializeBackDrop(),this._focustrap=this._initializeFocusTrap(),this._isShown=!1,this._isTransitioning=!1,this._scrollBar=new cn,this._addEventListeners()}static get Default(){return Tn}static get DefaultType(){return Cn}static get NAME(){return"modal"}toggle(t){return this._isShown?this.hide():this.show(t)}show(t){this._isShown||this._isTransitioning||N.trigger(this._element,pn,{relatedTarget:t}).defaultPrevented||(this._isShown=!0,this._isTransitioning=!0,this._scrollBar.hide(),document.body.classList.add(wn),this._adjustDialog(),this._backdrop.show((()=>this._showElement(t))))}hide(){this._isShown&&!this._isTransitioning&&(N.trigger(this._element,dn).defaultPrevented||(this._isShown=!1,this._isTransitioning=!0,this._focustrap.deactivate(),this._element.classList.remove(An),this._queueCallback((()=>this._hideModal()),this._element,this._isAnimated())))}dispose(){N.off(window,hn),N.off(this._dialog,hn),this._backdrop.dispose(),this._focustrap.deactivate(),super.dispose()}handleUpdate(){this._adjustDialog()}_initializeBackDrop(){return new Ui({isVisible:Boolean(this._config.backdrop),isAnimated:this._isAnimated()})}_initializeFocusTrap(){return new sn({trapElement:this._element})}_showElement(t){document.body.contains(this._element)||document.body.append(this._element),this._element.style.display="block",this._element.removeAttribute("aria-hidden"),this._element.setAttribute("aria-modal",!0),this._element.setAttribute("role","dialog"),this._element.scrollTop=0;const e=z.findOne(".modal-body",this._dialog);e&&(e.scrollTop=0),d(this._element),this._element.classList.add(An),this._queueCallback((()=>{this._config.focus&&this._focustrap.activate(),this._isTransitioning=!1,N.trigger(this._element,mn,{relatedTarget:t})}),this._dialog,this._isAnimated())}_addEventListeners(){N.on(this._element,vn,(t=>{"Escape"===t.key&&(this._config.keyboard?this.hide():this._triggerBackdropTransition())})),N.on(window,gn,(()=>{this._isShown&&!this._isTransitioning&&this._adjustDialog()})),N.on(this._element,bn,(t=>{N.one(this._element,_n,(e=>{this._element===t.target&&this._element===e.target&&("static"!==this._config.backdrop?this._config.backdrop&&this.hide():this._triggerBackdropTransition())}))}))}_hideModal(){this._element.style.display="none",this._element.setAttribute("aria-hidden",!0),this._element.removeAttribute("aria-modal"),this._element.removeAttribute("role"),this._isTransitioning=!1,this._backdrop.hide((()=>{document.body.classList.remove(wn),this._resetAdjustments(),this._scrollBar.reset(),N.trigger(this._element,fn)}))}_isAnimated(){return this._element.classList.contains("fade")}_triggerBackdropTransition(){if(N.trigger(this._element,un).defaultPrevented)return;const t=this._element.scrollHeight>document.documentElement.clientHeight,e=this._element.style.overflowY;"hidden"===e||this._element.classList.contains(En)||(t||(this._element.style.overflowY="hidden"),this._element.classList.add(En),this._queueCallback((()=>{this._element.classList.remove(En),this._queueCallback((()=>{this._element.style.overflowY=e}),this._dialog)}),this._dialog),this._element.focus())}_adjustDialog(){const t=this._element.scrollHeight>document.documentElement.clientHeight,e=this._scrollBar.getWidth(),i=e>0;if(i&&!t){const t=p()?"paddingLeft":"paddingRight";this._element.style[t]=`${e}px`}if(!i&&t){const t=p()?"paddingRight":"paddingLeft";this._element.style[t]=`${e}px`}}_resetAdjustments(){this._element.style.paddingLeft="",this._element.style.paddingRight=""}static jQueryInterface(t,e){return this.each((function(){const i=On.getOrCreateInstance(this,t);if("string"==typeof t){if(void 0===i[t])throw new TypeError(`No method named "${t}"`);i[t](e)}}))}}N.on(document,yn,'[data-bs-toggle="modal"]',(function(t){const e=z.getElementFromSelector(this);["A","AREA"].includes(this.tagName)&&t.preventDefault(),N.one(e,pn,(t=>{t.defaultPrevented||N.one(e,fn,(()=>{a(this)&&this.focus()}))}));const i=z.findOne(".modal.show");i&&On.getInstance(i).hide(),On.getOrCreateInstance(e).toggle(this)})),R(On),m(On);const xn=".bs.offcanvas",kn=".data-api",Ln=`load${xn}${kn}`,Sn="show",Dn="showing",$n="hiding",In=".offcanvas.show",Nn=`show${xn}`,Pn=`shown${xn}`,Mn=`hide${xn}`,jn=`hidePrevented${xn}`,Fn=`hidden${xn}`,Hn=`resize${xn}`,Wn=`click${xn}${kn}`,Bn=`keydown.dismiss${xn}`,zn={backdrop:!0,keyboard:!0,scroll:!1},Rn={backdrop:"(boolean|string)",keyboard:"boolean",scroll:"boolean"};class qn extends W{constructor(t,e){super(t,e),this._isShown=!1,this._backdrop=this._initializeBackDrop(),this._focustrap=this._initializeFocusTrap(),this._addEventListeners()}static get Default(){return zn}static get DefaultType(){return Rn}static get NAME(){return"offcanvas"}toggle(t){return this._isShown?this.hide():this.show(t)}show(t){this._isShown||N.trigger(this._element,Nn,{relatedTarget:t}).defaultPrevented||(this._isShown=!0,this._backdrop.show(),this._config.scroll||(new cn).hide(),this._element.setAttribute("aria-modal",!0),this._element.setAttribute("role","dialog"),this._element.classList.add(Dn),this._queueCallback((()=>{this._config.scroll&&!this._config.backdrop||this._focustrap.activate(),this._element.classList.add(Sn),this._element.classList.remove(Dn),N.trigger(this._element,Pn,{relatedTarget:t})}),this._element,!0))}hide(){this._isShown&&(N.trigger(this._element,Mn).defaultPrevented||(this._focustrap.deactivate(),this._element.blur(),this._isShown=!1,this._element.classList.add($n),this._backdrop.hide(),this._queueCallback((()=>{this._element.classList.remove(Sn,$n),this._element.removeAttribute("aria-modal"),this._element.removeAttribute("role"),this._config.scroll||(new cn).reset(),N.trigger(this._element,Fn)}),this._element,!0)))}dispose(){this._backdrop.dispose(),this._focustrap.deactivate(),super.dispose()}_initializeBackDrop(){const t=Boolean(this._config.backdrop);return new Ui({className:"offcanvas-backdrop",isVisible:t,isAnimated:!0,rootElement:this._element.parentNode,clickCallback:t?()=>{"static"!==this._config.backdrop?this.hide():N.trigger(this._element,jn)}:null})}_initializeFocusTrap(){return new sn({trapElement:this._element})}_addEventListeners(){N.on(this._element,Bn,(t=>{"Escape"===t.key&&(this._config.keyboard?this.hide():N.trigger(this._element,jn))}))}static jQueryInterface(t){return this.each((function(){const e=qn.getOrCreateInstance(this,t);if("string"==typeof t){if(void 0===e[t]||t.startsWith("_")||"constructor"===t)throw new TypeError(`No method named "${t}"`);e[t](this)}}))}}N.on(document,Wn,'[data-bs-toggle="offcanvas"]',(function(t){const e=z.getElementFromSelector(this);if(["A","AREA"].includes(this.tagName)&&t.preventDefault(),l(this))return;N.one(e,Fn,(()=>{a(this)&&this.focus()}));const i=z.findOne(In);i&&i!==e&&qn.getInstance(i).hide(),qn.getOrCreateInstance(e).toggle(this)})),N.on(window,Ln,(()=>{for(const t of z.find(In))qn.getOrCreateInstance(t).show()})),N.on(window,Hn,(()=>{for(const t of z.find("[aria-modal][class*=show][class*=offcanvas-]"))"fixed"!==getComputedStyle(t).position&&qn.getOrCreateInstance(t).hide()})),R(qn),m(qn);const Vn={"*":["class","dir","id","lang","role",/^aria-[\w-]*$/i],a:["target","href","title","rel"],area:[],b:[],br:[],col:[],code:[],div:[],em:[],hr:[],h1:[],h2:[],h3:[],h4:[],h5:[],h6:[],i:[],img:["src","srcset","alt","title","width","height"],li:[],ol:[],p:[],pre:[],s:[],small:[],span:[],sub:[],sup:[],strong:[],u:[],ul:[]},Kn=new Set(["background","cite","href","itemtype","longdesc","poster","src","xlink:href"]),Qn=/^(?!javascript:)(?:[a-z0-9+.-]+:|[^&:/?#]*(?:[/?#]|$))/i,Xn=(t,e)=>{const i=t.nodeName.toLowerCase();return e.includes(i)?!Kn.has(i)||Boolean(Qn.test(t.nodeValue)):e.filter((t=>t instanceof RegExp)).some((t=>t.test(i)))},Yn={allowList:Vn,content:{},extraClass:"",html:!1,sanitize:!0,sanitizeFn:null,template:"
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")),e}_typeCheckConfig(t){super._typeCheckConfig(t),this._checkContent(t.content)}_checkContent(t){for(const[e,i]of Object.entries(t))super._typeCheckConfig({selector:e,entry:i},Gn)}_setContent(t,e,i){const n=z.findOne(i,t);n&&((e=this._resolvePossibleFunction(e))?o(e)?this._putElementInTemplate(r(e),n):this._config.html?n.innerHTML=this._maybeSanitize(e):n.textContent=e:n.remove())}_maybeSanitize(t){return this._config.sanitize?function(t,e,i){if(!t.length)return t;if(i&&"function"==typeof i)return i(t);const n=(new window.DOMParser).parseFromString(t,"text/html"),s=[].concat(...n.body.querySelectorAll("*"));for(const t of s){const i=t.nodeName.toLowerCase();if(!Object.keys(e).includes(i)){t.remove();continue}const n=[].concat(...t.attributes),s=[].concat(e["*"]||[],e[i]||[]);for(const e of n)Xn(e,s)||t.removeAttribute(e.nodeName)}return n.body.innerHTML}(t,this._config.allowList,this._config.sanitizeFn):t}_resolvePossibleFunction(t){return g(t,[this])}_putElementInTemplate(t,e){if(this._config.html)return e.innerHTML="",void e.append(t);e.textContent=t.textContent}}const Zn=new Set(["sanitize","allowList","sanitizeFn"]),ts="fade",es="show",is=".modal",ns="hide.bs.modal",ss="hover",os="focus",rs={AUTO:"auto",TOP:"top",RIGHT:p()?"left":"right",BOTTOM:"bottom",LEFT:p()?"right":"left"},as={allowList:Vn,animation:!0,boundary:"clippingParents",container:!1,customClass:"",delay:0,fallbackPlacements:["top","right","bottom","left"],html:!1,offset:[0,6],placement:"top",popperConfig:null,sanitize:!0,sanitizeFn:null,selector:!1,template:'',title:"",trigger:"hover focus"},ls={allowList:"object",animation:"boolean",boundary:"(string|element)",container:"(string|element|boolean)",customClass:"(string|function)",delay:"(number|object)",fallbackPlacements:"array",html:"boolean",offset:"(array|string|function)",placement:"(string|function)",popperConfig:"(null|object|function)",sanitize:"boolean",sanitizeFn:"(null|function)",selector:"(string|boolean)",template:"string",title:"(string|element|function)",trigger:"string"};class cs extends W{constructor(t,e){if(void 0===vi)throw new TypeError("Bootstrap's tooltips require Popper (https://popper.js.org)");super(t,e),this._isEnabled=!0,this._timeout=0,this._isHovered=null,this._activeTrigger={},this._popper=null,this._templateFactory=null,this._newContent=null,this.tip=null,this._setListeners(),this._config.selector||this._fixTitle()}static get Default(){return as}static get DefaultType(){return ls}static get NAME(){return"tooltip"}enable(){this._isEnabled=!0}disable(){this._isEnabled=!1}toggleEnabled(){this._isEnabled=!this._isEnabled}toggle(){this._isEnabled&&(this._activeTrigger.click=!this._activeTrigger.click,this._isShown()?this._leave():this._enter())}dispose(){clearTimeout(this._timeout),N.off(this._element.closest(is),ns,this._hideModalHandler),this._element.getAttribute("data-bs-original-title")&&this._element.setAttribute("title",this._element.getAttribute("data-bs-original-title")),this._disposePopper(),super.dispose()}show(){if("none"===this._element.style.display)throw new Error("Please use show on visible elements");if(!this._isWithContent()||!this._isEnabled)return;const t=N.trigger(this._element,this.constructor.eventName("show")),e=(c(this._element)||this._element.ownerDocument.documentElement).contains(this._element);if(t.defaultPrevented||!e)return;this._disposePopper();const i=this._getTipElement();this._element.setAttribute("aria-describedby",i.getAttribute("id"));const{container:n}=this._config;if(this._element.ownerDocument.documentElement.contains(this.tip)||(n.append(i),N.trigger(this._element,this.constructor.eventName("inserted"))),this._popper=this._createPopper(i),i.classList.add(es),"ontouchstart"in document.documentElement)for(const t of[].concat(...document.body.children))N.on(t,"mouseover",h);this._queueCallback((()=>{N.trigger(this._element,this.constructor.eventName("shown")),!1===this._isHovered&&this._leave(),this._isHovered=!1}),this.tip,this._isAnimated())}hide(){if(this._isShown()&&!N.trigger(this._element,this.constructor.eventName("hide")).defaultPrevented){if(this._getTipElement().classList.remove(es),"ontouchstart"in document.documentElement)for(const t of[].concat(...document.body.children))N.off(t,"mouseover",h);this._activeTrigger.click=!1,this._activeTrigger[os]=!1,this._activeTrigger[ss]=!1,this._isHovered=null,this._queueCallback((()=>{this._isWithActiveTrigger()||(this._isHovered||this._disposePopper(),this._element.removeAttribute("aria-describedby"),N.trigger(this._element,this.constructor.eventName("hidden")))}),this.tip,this._isAnimated())}}update(){this._popper&&this._popper.update()}_isWithContent(){return Boolean(this._getTitle())}_getTipElement(){return this.tip||(this.tip=this._createTipElement(this._newContent||this._getContentForTemplate())),this.tip}_createTipElement(t){const e=this._getTemplateFactory(t).toHtml();if(!e)return null;e.classList.remove(ts,es),e.classList.add(`bs-${this.constructor.NAME}-auto`);const i=(t=>{do{t+=Math.floor(1e6*Math.random())}while(document.getElementById(t));return t})(this.constructor.NAME).toString();return e.setAttribute("id",i),this._isAnimated()&&e.classList.add(ts),e}setContent(t){this._newContent=t,this._isShown()&&(this._disposePopper(),this.show())}_getTemplateFactory(t){return this._templateFactory?this._templateFactory.changeContent(t):this._templateFactory=new Jn({...this._config,content:t,extraClass:this._resolvePossibleFunction(this._config.customClass)}),this._templateFactory}_getContentForTemplate(){return{".tooltip-inner":this._getTitle()}}_getTitle(){return this._resolvePossibleFunction(this._config.title)||this._element.getAttribute("data-bs-original-title")}_initializeOnDelegatedTarget(t){return this.constructor.getOrCreateInstance(t.delegateTarget,this._getDelegateConfig())}_isAnimated(){return this._config.animation||this.tip&&this.tip.classList.contains(ts)}_isShown(){return this.tip&&this.tip.classList.contains(es)}_createPopper(t){const e=g(this._config.placement,[this,t,this._element]),i=rs[e.toUpperCase()];return bi(this._element,t,this._getPopperConfig(i))}_getOffset(){const{offset:t}=this._config;return"string"==typeof t?t.split(",").map((t=>Number.parseInt(t,10))):"function"==typeof t?e=>t(e,this._element):t}_resolvePossibleFunction(t){return g(t,[this._element])}_getPopperConfig(t){const e={placement:t,modifiers:[{name:"flip",options:{fallbackPlacements:this._config.fallbackPlacements}},{name:"offset",options:{offset:this._getOffset()}},{name:"preventOverflow",options:{boundary:this._config.boundary}},{name:"arrow",options:{element:`.${this.constructor.NAME}-arrow`}},{name:"preSetPlacement",enabled:!0,phase:"beforeMain",fn:t=>{this._getTipElement().setAttribute("data-popper-placement",t.state.placement)}}]};return{...e,...g(this._config.popperConfig,[e])}}_setListeners(){const t=this._config.trigger.split(" ");for(const e of t)if("click"===e)N.on(this._element,this.constructor.eventName("click"),this._config.selector,(t=>{this._initializeOnDelegatedTarget(t).toggle()}));else if("manual"!==e){const t=e===ss?this.constructor.eventName("mouseenter"):this.constructor.eventName("focusin"),i=e===ss?this.constructor.eventName("mouseleave"):this.constructor.eventName("focusout");N.on(this._element,t,this._config.selector,(t=>{const e=this._initializeOnDelegatedTarget(t);e._activeTrigger["focusin"===t.type?os:ss]=!0,e._enter()})),N.on(this._element,i,this._config.selector,(t=>{const e=this._initializeOnDelegatedTarget(t);e._activeTrigger["focusout"===t.type?os:ss]=e._element.contains(t.relatedTarget),e._leave()}))}this._hideModalHandler=()=>{this._element&&this.hide()},N.on(this._element.closest(is),ns,this._hideModalHandler)}_fixTitle(){const t=this._element.getAttribute("title");t&&(this._element.getAttribute("aria-label")||this._element.textContent.trim()||this._element.setAttribute("aria-label",t),this._element.setAttribute("data-bs-original-title",t),this._element.removeAttribute("title"))}_enter(){this._isShown()||this._isHovered?this._isHovered=!0:(this._isHovered=!0,this._setTimeout((()=>{this._isHovered&&this.show()}),this._config.delay.show))}_leave(){this._isWithActiveTrigger()||(this._isHovered=!1,this._setTimeout((()=>{this._isHovered||this.hide()}),this._config.delay.hide))}_setTimeout(t,e){clearTimeout(this._timeout),this._timeout=setTimeout(t,e)}_isWithActiveTrigger(){return Object.values(this._activeTrigger).includes(!0)}_getConfig(t){const e=F.getDataAttributes(this._element);for(const t of Object.keys(e))Zn.has(t)&&delete e[t];return t={...e,..."object"==typeof t&&t?t:{}},t=this._mergeConfigObj(t),t=this._configAfterMerge(t),this._typeCheckConfig(t),t}_configAfterMerge(t){return t.container=!1===t.container?document.body:r(t.container),"number"==typeof t.delay&&(t.delay={show:t.delay,hide:t.delay}),"number"==typeof t.title&&(t.title=t.title.toString()),"number"==typeof t.content&&(t.content=t.content.toString()),t}_getDelegateConfig(){const t={};for(const[e,i]of Object.entries(this._config))this.constructor.Default[e]!==i&&(t[e]=i);return t.selector=!1,t.trigger="manual",t}_disposePopper(){this._popper&&(this._popper.destroy(),this._popper=null),this.tip&&(this.tip.remove(),this.tip=null)}static jQueryInterface(t){return this.each((function(){const e=cs.getOrCreateInstance(this,t);if("string"==typeof t){if(void 0===e[t])throw new TypeError(`No method named "${t}"`);e[t]()}}))}}m(cs);const hs={...cs.Default,content:"",offset:[0,8],placement:"right",template:'',trigger:"click"},ds={...cs.DefaultType,content:"(null|string|element|function)"};class us extends cs{static get Default(){return hs}static get DefaultType(){return ds}static get NAME(){return"popover"}_isWithContent(){return this._getTitle()||this._getContent()}_getContentForTemplate(){return{".popover-header":this._getTitle(),".popover-body":this._getContent()}}_getContent(){return this._resolvePossibleFunction(this._config.content)}static jQueryInterface(t){return this.each((function(){const e=us.getOrCreateInstance(this,t);if("string"==typeof t){if(void 0===e[t])throw new TypeError(`No method named "${t}"`);e[t]()}}))}}m(us);const fs=".bs.scrollspy",ps=`activate${fs}`,ms=`click${fs}`,gs=`load${fs}.data-api`,_s="active",bs="[href]",vs=".nav-link",ys=`${vs}, .nav-item > ${vs}, .list-group-item`,ws={offset:null,rootMargin:"0px 0px -25%",smoothScroll:!1,target:null,threshold:[.1,.5,1]},As={offset:"(number|null)",rootMargin:"string",smoothScroll:"boolean",target:"element",threshold:"array"};class Es extends W{constructor(t,e){super(t,e),this._targetLinks=new Map,this._observableSections=new 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e=this._observableSections.get(t.target.hash);if(e){t.preventDefault();const i=this._rootElement||window,n=e.offsetTop-this._element.offsetTop;if(i.scrollTo)return void i.scrollTo({top:n,behavior:"smooth"});i.scrollTop=n}})))}_getNewObserver(){const t={root:this._rootElement,threshold:this._config.threshold,rootMargin:this._config.rootMargin};return new IntersectionObserver((t=>this._observerCallback(t)),t)}_observerCallback(t){const e=t=>this._targetLinks.get(`#${t.target.id}`),i=t=>{this._previousScrollData.visibleEntryTop=t.target.offsetTop,this._process(e(t))},n=(this._rootElement||document.documentElement).scrollTop,s=n>=this._previousScrollData.parentScrollTop;this._previousScrollData.parentScrollTop=n;for(const o of t){if(!o.isIntersecting){this._activeTarget=null,this._clearActiveClass(e(o));continue}const t=o.target.offsetTop>=this._previousScrollData.visibleEntryTop;if(s&&t){if(i(o),!n)return}else s||t||i(o)}}_initializeTargetsAndObservables(){this._targetLinks=new 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method"); + } +} + +class QuartoAxeJsonReporter extends QuartoAxeReporter { + constructor(axeResult, options) { + super(axeResult, options); + } + + report() { + console.log(JSON.stringify(this.axeResult, null, 2)); + } +} + +class QuartoAxeConsoleReporter extends QuartoAxeReporter { + constructor(axeResult, options) { + super(axeResult, options); + } + + report() { + for (const violation of this.axeResult.violations) { + console.log(violation.description); + for (const node of violation.nodes) { + for (const target of node.target) { + console.log(target); + console.log(document.querySelector(target)); + } + } + } + } +} + +class QuartoAxeDocumentReporter extends QuartoAxeReporter { + constructor(axeResult, options) { + super(axeResult, options); + } + + createViolationElement(violation) { + const violationElement = document.createElement("div"); + + const descriptionElement = document.createElement("div"); + descriptionElement.className = "quarto-axe-violation-description"; + descriptionElement.innerText = `${violation.impact.replace(/^[a-z]/, match => match.toLocaleUpperCase())}: ${violation.description}`; + violationElement.appendChild(descriptionElement); + + const helpElement = document.createElement("div"); + helpElement.className = "quarto-axe-violation-help"; + helpElement.innerText = violation.help; + violationElement.appendChild(helpElement); + + const nodesElement = document.createElement("div"); + nodesElement.className = "quarto-axe-violation-nodes"; + violationElement.appendChild(nodesElement); + const nodeElement = document.createElement("div"); + nodeElement.className = "quarto-axe-violation-selector"; + for (const node of violation.nodes) { + for (const target of node.target) { + const targetElement = document.createElement("span"); + targetElement.className = "quarto-axe-violation-target"; + targetElement.innerText = target; + nodeElement.appendChild(targetElement); + nodeElement.addEventListener("mouseenter", () => { + const element = document.querySelector(target); + if (element) { + element.scrollIntoView({ behavior: "smooth", block: "center" }); + element.classList.add("quarto-axe-hover-highlight"); + setTimeout(() => { + element.style.border = ""; + }, 2000); + } + }); + nodeElement.addEventListener("mouseleave", () => { + const element = document.querySelector(target); + if (element) { + element.classList.remove("quarto-axe-hover-highlight"); + } + }); + nodeElement.addEventListener("click", () => { + console.log(document.querySelector(target)); + }); + nodeElement.appendChild(targetElement); + } + nodesElement.appendChild(nodeElement); + } + return violationElement; + } + + report() { + const violations = this.axeResult.violations; + const reportElement = document.createElement("div"); + reportElement.className = "quarto-axe-report"; + if (violations.length === 0) { + const noViolationsElement = document.createElement("div"); + noViolationsElement.className = "quarto-axe-no-violations"; + noViolationsElement.innerText = "No axe-core violations found."; + reportElement.appendChild(noViolationsElement); + } + violations.forEach((violation) => { + reportElement.appendChild(this.createViolationElement(violation)); + }); + document.querySelector("main").appendChild(reportElement); + } +} + +const reporters = { + json: QuartoAxeJsonReporter, + console: QuartoAxeConsoleReporter, + document: QuartoAxeDocumentReporter, +}; + +class QuartoAxeChecker { + constructor(opts) { + this.options = opts; + } + async init() { + const axe = (await import("https://cdn.skypack.dev/pin/axe-core@v4.10.3-aVOFXWsJaCpVrtv89pCa/mode=imports,min/optimized/axe-core.js")).default; + const result = await axe.run({ + exclude: [ + // https://github.com/microsoft/tabster/issues/288 + // MS has claimed they won't fix this, so we need to add an exclusion to + // all tabster elements + "[data-tabster-dummy]" + ], + preload: { assets: ['cssom'], timeout: 50000 } + }); + const reporter = this.options === true ? new QuartoAxeConsoleReporter(result) : new reporters[this.options.output](result, this.options); + reporter.report(); + } +} + +export async function init() { + const opts = document.querySelector("#quarto-axe-checker-options"); + if (opts) { + const jsonOptions = JSON.parse(atob(opts.textContent)); + const checker = new QuartoAxeChecker(jsonOptions); + await checker.init(); + } +} \ No newline at end of file diff --git a/src/notebooks/presentation_files/libs/quarto-html/light-border.css b/src/notebooks/presentation_files/libs/quarto-html/light-border.css new file mode 100644 index 0000000..2b25c61 --- /dev/null +++ b/src/notebooks/presentation_files/libs/quarto-html/light-border.css @@ -0,0 +1 @@ +.tippy-box[data-theme~=light-border]{background-color:#fff;background-clip:padding-box;border:1px solid rgba(0,8,16,.15);color:#333;box-shadow:0 4px 14px -2px rgba(0,8,16,.08)}.tippy-box[data-theme~=light-border]>.tippy-backdrop{background-color:#fff}.tippy-box[data-theme~=light-border]>.tippy-arrow:after,.tippy-box[data-theme~=light-border]>.tippy-svg-arrow:after{content:"";position:absolute;z-index:-1}.tippy-box[data-theme~=light-border]>.tippy-arrow:after{border-color:transparent;border-style:solid}.tippy-box[data-theme~=light-border][data-placement^=top]>.tippy-arrow:before{border-top-color:#fff}.tippy-box[data-theme~=light-border][data-placement^=top]>.tippy-arrow:after{border-top-color:rgba(0,8,16,.2);border-width:7px 7px 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b/src/notebooks/presentation_files/libs/quarto-html/quarto-syntax-highlighting-7b89279ff1a6dce999919e0e67d4d9ec.css new file mode 100644 index 0000000..7fc5b67 --- /dev/null +++ b/src/notebooks/presentation_files/libs/quarto-html/quarto-syntax-highlighting-7b89279ff1a6dce999919e0e67d4d9ec.css @@ -0,0 +1,236 @@ +/* quarto syntax highlight colors */ +:root { + --quarto-hl-ot-color: #003B4F; + --quarto-hl-at-color: #657422; + --quarto-hl-ss-color: #20794D; + --quarto-hl-an-color: #5E5E5E; + --quarto-hl-fu-color: #4758AB; + --quarto-hl-st-color: #20794D; + --quarto-hl-cf-color: #003B4F; + --quarto-hl-op-color: #5E5E5E; + --quarto-hl-er-color: #AD0000; + --quarto-hl-bn-color: #AD0000; + --quarto-hl-al-color: #AD0000; + --quarto-hl-va-color: #111111; + --quarto-hl-bu-color: inherit; + --quarto-hl-ex-color: inherit; + --quarto-hl-pp-color: #AD0000; + --quarto-hl-in-color: #5E5E5E; + --quarto-hl-vs-color: #20794D; + --quarto-hl-wa-color: #5E5E5E; + --quarto-hl-do-color: #5E5E5E; + --quarto-hl-im-color: #00769E; + --quarto-hl-ch-color: #20794D; + --quarto-hl-dt-color: #AD0000; + --quarto-hl-fl-color: #AD0000; + --quarto-hl-co-color: #5E5E5E; + --quarto-hl-cv-color: #5E5E5E; + --quarto-hl-cn-color: #8f5902; + --quarto-hl-sc-color: #5E5E5E; + --quarto-hl-dv-color: #AD0000; + --quarto-hl-kw-color: #003B4F; +} + +/* other quarto variables */ +:root { + --quarto-font-monospace: SFMono-Regular, Menlo, Monaco, Consolas, "Liberation Mono", "Courier New", monospace; +} + +/* syntax highlight based on Pandoc's rules */ +pre > code.sourceCode > span { + color: #003B4F; +} + +code.sourceCode > span { + color: #003B4F; +} + +div.sourceCode, +div.sourceCode pre.sourceCode { + color: #003B4F; +} + +/* Normal */ +code span { + color: #003B4F; +} + +/* Alert */ +code span.al { + color: #AD0000; + font-style: inherit; +} + +/* Annotation */ +code span.an { + color: #5E5E5E; + font-style: inherit; +} + +/* Attribute */ +code span.at { + color: #657422; + font-style: inherit; +} + +/* BaseN */ +code span.bn { + color: #AD0000; + font-style: inherit; +} + +/* BuiltIn */ +code span.bu { + font-style: inherit; +} + +/* ControlFlow */ +code span.cf { + color: #003B4F; + font-weight: bold; + font-style: inherit; +} + +/* Char */ +code span.ch { + color: #20794D; + font-style: inherit; +} + +/* Constant */ +code span.cn { + color: #8f5902; + font-style: inherit; +} + +/* Comment */ +code span.co { + color: #5E5E5E; + font-style: inherit; +} + +/* CommentVar */ +code span.cv { + color: #5E5E5E; + font-style: italic; +} + +/* Documentation */ +code span.do { + color: #5E5E5E; + font-style: italic; +} + +/* DataType */ +code span.dt { + color: #AD0000; + font-style: inherit; +} + +/* DecVal */ +code span.dv { + color: #AD0000; + font-style: inherit; +} + +/* Error */ +code span.er { + color: #AD0000; + font-style: inherit; +} + +/* Extension */ +code span.ex { + font-style: inherit; +} + +/* Float */ +code span.fl { + color: #AD0000; + font-style: inherit; +} + +/* Function */ +code span.fu { + color: #4758AB; + font-style: inherit; +} + +/* Import */ +code span.im { + color: #00769E; + font-style: inherit; +} + +/* Information */ +code span.in { + color: #5E5E5E; + font-style: inherit; +} + +/* Keyword */ +code span.kw { + color: #003B4F; + font-weight: bold; + font-style: inherit; +} + +/* Operator */ +code span.op { + color: #5E5E5E; + font-style: inherit; +} + +/* Other */ +code span.ot { + color: #003B4F; + font-style: inherit; +} + +/* Preprocessor */ +code span.pp { + color: #AD0000; + font-style: inherit; +} + +/* SpecialChar */ +code span.sc { + color: #5E5E5E; + font-style: inherit; +} + +/* SpecialString */ +code span.ss { + color: #20794D; + font-style: inherit; +} + +/* String */ +code span.st { + color: #20794D; + font-style: inherit; +} + +/* Variable */ +code span.va { + color: #111111; + font-style: inherit; +} + +/* VerbatimString */ +code span.vs { + color: #20794D; + font-style: inherit; +} + +/* Warning */ +code span.wa { + color: #5E5E5E; + font-style: italic; +} + +.prevent-inlining { + content: " { + // Find any conflicting margin elements and add margins to the + // top to prevent overlap + const marginChildren = window.document.querySelectorAll( + ".column-margin.column-container > *, .margin-caption, .aside" + ); + + let lastBottom = 0; + for (const marginChild of marginChildren) { + if (marginChild.offsetParent !== null) { + // clear the top margin so we recompute it + marginChild.style.marginTop = null; + const top = marginChild.getBoundingClientRect().top + window.scrollY; + if (top < lastBottom) { + const marginChildStyle = window.getComputedStyle(marginChild); + const marginBottom = parseFloat(marginChildStyle["marginBottom"]); + const margin = lastBottom - top + marginBottom; + marginChild.style.marginTop = `${margin}px`; + } + const styles = window.getComputedStyle(marginChild); + const marginTop = parseFloat(styles["marginTop"]); + lastBottom = top + marginChild.getBoundingClientRect().height + marginTop; + } + } +}; + +window.document.addEventListener("DOMContentLoaded", function (_event) { + // Recompute the position of margin elements anytime the body size changes + if (window.ResizeObserver) { + const resizeObserver = new window.ResizeObserver( + throttle(() => { + layoutMarginEls(); + if ( + window.document.body.getBoundingClientRect().width < 990 && + isReaderMode() + ) { + quartoToggleReader(); + } + }, 50) + ); + resizeObserver.observe(window.document.body); + } + + const tocEl = window.document.querySelector('nav.toc-active[role="doc-toc"]'); + const sidebarEl = window.document.getElementById("quarto-sidebar"); + const leftTocEl = window.document.getElementById("quarto-sidebar-toc-left"); + const marginSidebarEl = window.document.getElementById( + "quarto-margin-sidebar" + ); + // function to determine whether the element has a previous sibling that is active + const prevSiblingIsActiveLink = (el) => { + const sibling = el.previousElementSibling; + if (sibling && sibling.tagName === "A") { + return sibling.classList.contains("active"); + } else { + return false; + } + }; + + // dispatch for htmlwidgets + // they use slideenter event to trigger resize + function fireSlideEnter() { + const event = window.document.createEvent("Event"); + event.initEvent("slideenter", true, true); + window.document.dispatchEvent(event); + } + + const tabs = window.document.querySelectorAll('a[data-bs-toggle="tab"]'); + tabs.forEach((tab) => { + tab.addEventListener("shown.bs.tab", fireSlideEnter); + }); + + // dispatch for shiny + // they use BS shown and hidden events to trigger rendering + function distpatchShinyEvents(previous, current) { + if (window.jQuery) { + if (previous) { + window.jQuery(previous).trigger("hidden"); + } + if (current) { + window.jQuery(current).trigger("shown"); + } + } + } + + // tabby.js listener: Trigger event for htmlwidget and shiny + document.addEventListener( + "tabby", + function (event) { + fireSlideEnter(); + distpatchShinyEvents(event.detail.previousTab, event.detail.tab); + }, + false + ); + + // Track scrolling and mark TOC links as active + // get table of contents and sidebar (bail if we don't have at least one) + const tocLinks = tocEl + ? [...tocEl.querySelectorAll("a[data-scroll-target]")] + : []; + const makeActive = (link) => tocLinks[link].classList.add("active"); + const removeActive = (link) => tocLinks[link].classList.remove("active"); + const removeAllActive = () => + [...Array(tocLinks.length).keys()].forEach((link) => removeActive(link)); + + // activate the anchor for a section associated with this TOC entry + tocLinks.forEach((link) => { + link.addEventListener("click", () => { + if (link.href.indexOf("#") !== -1) { + const anchor = link.href.split("#")[1]; + const heading = window.document.querySelector( + `[data-anchor-id="${anchor}"]` + ); + if (heading) { + // Add the class + heading.classList.add("reveal-anchorjs-link"); + + // function to show the anchor + const handleMouseout = () => { + heading.classList.remove("reveal-anchorjs-link"); + heading.removeEventListener("mouseout", handleMouseout); + }; + + // add a function to clear the anchor when the user mouses out of it + heading.addEventListener("mouseout", handleMouseout); + } + } + }); + }); + + const sections = tocLinks.map((link) => { + const target = link.getAttribute("data-scroll-target"); + if (target.startsWith("#")) { + return window.document.getElementById(decodeURI(`${target.slice(1)}`)); + } else { + return window.document.querySelector(decodeURI(`${target}`)); + } + }); + + const sectionMargin = 200; + let currentActive = 0; + // track whether we've initialized state the first time + let init = false; + + const updateActiveLink = () => { + // The index from bottom to top (e.g. reversed list) + let sectionIndex = -1; + if ( + window.innerHeight + window.pageYOffset >= + window.document.body.offsetHeight + ) { + // This is the no-scroll case where last section should be the active one + sectionIndex = 0; + } else { + // This finds the last section visible on screen that should be made active + sectionIndex = [...sections].reverse().findIndex((section) => { + if (section) { + return window.pageYOffset >= section.offsetTop - sectionMargin; + } else { + return false; + } + }); + } + if (sectionIndex > -1) { + const current = sections.length - sectionIndex - 1; + if (current !== currentActive) { + removeAllActive(); + currentActive = current; + makeActive(current); + if (init) { + window.dispatchEvent(sectionChanged); + } + init = true; + } + } + }; + + const inHiddenRegion = (top, bottom, hiddenRegions) => { + for (const region of hiddenRegions) { + if (top <= region.bottom && bottom >= region.top) { + return true; + } + } + return false; + }; + + const categorySelector = "header.quarto-title-block .quarto-category"; + const activateCategories = (href) => { + // Find any categories + // Surround them with a link pointing back to: + // #category=Authoring + try { + const categoryEls = window.document.querySelectorAll(categorySelector); + for (const categoryEl of categoryEls) { + const categoryText = categoryEl.textContent; + if (categoryText) { + const link = `${href}#category=${encodeURIComponent(categoryText)}`; + const linkEl = window.document.createElement("a"); + linkEl.setAttribute("href", link); + for (const child of categoryEl.childNodes) { + linkEl.append(child); + } + categoryEl.appendChild(linkEl); + } + } + } catch { + // Ignore errors + } + }; + function hasTitleCategories() { + return window.document.querySelector(categorySelector) !== null; + } + + function offsetRelativeUrl(url) { + const offset = getMeta("quarto:offset"); + return offset ? offset + url : url; + } + + function offsetAbsoluteUrl(url) { + const offset = getMeta("quarto:offset"); + const baseUrl = new URL(offset, window.location); + + const projRelativeUrl = url.replace(baseUrl, ""); + if (projRelativeUrl.startsWith("/")) { + return projRelativeUrl; + } else { + return "/" + projRelativeUrl; + } + } + + // read a meta tag value + function getMeta(metaName) { + const metas = window.document.getElementsByTagName("meta"); + for (let i = 0; i < metas.length; i++) { + if (metas[i].getAttribute("name") === metaName) { + return metas[i].getAttribute("content"); + } + } + return ""; + } + + async function findAndActivateCategories() { + // Categories search with listing only use path without query + const currentPagePath = offsetAbsoluteUrl( + window.location.origin + window.location.pathname + ); + const response = await fetch(offsetRelativeUrl("listings.json")); + if (response.status == 200) { + return response.json().then(function (listingPaths) { + const listingHrefs = []; + for (const listingPath of listingPaths) { + const pathWithoutLeadingSlash = listingPath.listing.substring(1); + for (const item of listingPath.items) { + const encodedItem = encodeURI(item); + if ( + encodedItem === currentPagePath || + encodedItem === currentPagePath + "index.html" + ) { + // Resolve this path against the offset to be sure + // we already are using the correct path to the listing + // (this adjusts the listing urls to be rooted against + // whatever root the page is actually running against) + const relative = offsetRelativeUrl(pathWithoutLeadingSlash); + const baseUrl = window.location; + const resolvedPath = new URL(relative, baseUrl); + listingHrefs.push(resolvedPath.pathname); + break; + } + } + } + + // Look up the tree for a nearby linting and use that if we find one + const nearestListing = findNearestParentListing( + offsetAbsoluteUrl(window.location.pathname), + listingHrefs + ); + if (nearestListing) { + activateCategories(nearestListing); + } else { + // See if the referrer is a listing page for this item + const referredRelativePath = offsetAbsoluteUrl(document.referrer); + const referrerListing = listingHrefs.find((listingHref) => { + const isListingReferrer = + listingHref === referredRelativePath || + listingHref === referredRelativePath + "index.html"; + return isListingReferrer; + }); + + if (referrerListing) { + // Try to use the referrer if possible + activateCategories(referrerListing); + } else if (listingHrefs.length > 0) { + // Otherwise, just fall back to the first listing + activateCategories(listingHrefs[0]); + } + } + }); + } + } + if (hasTitleCategories()) { + findAndActivateCategories(); + } + + const findNearestParentListing = (href, listingHrefs) => { + if (!href || !listingHrefs) { + return undefined; + } + // Look up the tree for a nearby linting and use that if we find one + const relativeParts = href.substring(1).split("/"); + while (relativeParts.length > 0) { + const path = relativeParts.join("/"); + for (const listingHref of listingHrefs) { + if (listingHref.startsWith(path)) { + return listingHref; + } + } + relativeParts.pop(); + } + + return undefined; + }; + + const manageSidebarVisiblity = (el, placeholderDescriptor) => { + let isVisible = true; + let elRect; + + return (hiddenRegions) => { + if (el === null) { + return; + } + + // Find the last element of the TOC + const lastChildEl = el.lastElementChild; + + if (lastChildEl) { + // Converts the sidebar to a menu + const convertToMenu = () => { + for (const child of el.children) { + child.style.opacity = 0; + child.style.overflow = "hidden"; + child.style.pointerEvents = "none"; + } + + nexttick(() => { + const toggleContainer = window.document.createElement("div"); + toggleContainer.style.width = "100%"; + toggleContainer.classList.add("zindex-over-content"); + toggleContainer.classList.add("quarto-sidebar-toggle"); + toggleContainer.classList.add("headroom-target"); // Marks this to be managed by headeroom + toggleContainer.id = placeholderDescriptor.id; + toggleContainer.style.position = "fixed"; + + const toggleIcon = window.document.createElement("i"); + toggleIcon.classList.add("quarto-sidebar-toggle-icon"); + toggleIcon.classList.add("bi"); + toggleIcon.classList.add("bi-caret-down-fill"); + + const toggleTitle = window.document.createElement("div"); + const titleEl = window.document.body.querySelector( + placeholderDescriptor.titleSelector + ); + if (titleEl) { + toggleTitle.append( + titleEl.textContent || titleEl.innerText, + toggleIcon + ); + } + toggleTitle.classList.add("zindex-over-content"); + toggleTitle.classList.add("quarto-sidebar-toggle-title"); + toggleContainer.append(toggleTitle); + + const toggleContents = window.document.createElement("div"); + toggleContents.classList = el.classList; + toggleContents.classList.add("zindex-over-content"); + toggleContents.classList.add("quarto-sidebar-toggle-contents"); + for (const child of el.children) { + if (child.id === "toc-title") { + continue; + } + + const clone = child.cloneNode(true); + clone.style.opacity = 1; + clone.style.pointerEvents = null; + clone.style.display = null; + toggleContents.append(clone); + } + toggleContents.style.height = "0px"; + const positionToggle = () => { + // position the element (top left of parent, same width as parent) + if (!elRect) { + elRect = el.getBoundingClientRect(); + } + toggleContainer.style.left = `${elRect.left}px`; + toggleContainer.style.top = `${elRect.top}px`; + toggleContainer.style.width = `${elRect.width}px`; + }; + positionToggle(); + + toggleContainer.append(toggleContents); + el.parentElement.prepend(toggleContainer); + + // Process clicks + let tocShowing = false; + // Allow the caller to control whether this is dismissed + // when it is clicked (e.g. sidebar navigation supports + // opening and closing the nav tree, so don't dismiss on click) + const clickEl = placeholderDescriptor.dismissOnClick + ? toggleContainer + : toggleTitle; + + const closeToggle = () => { + if (tocShowing) { + toggleContainer.classList.remove("expanded"); + toggleContents.style.height = "0px"; + tocShowing = false; + } + }; + + // Get rid of any expanded toggle if the user scrolls + window.document.addEventListener( + "scroll", + throttle(() => { + closeToggle(); + }, 50) + ); + + // Handle positioning of the toggle + window.addEventListener( + "resize", + throttle(() => { + elRect = undefined; + positionToggle(); + }, 50) + ); + + window.addEventListener("quarto-hrChanged", () => { + elRect = undefined; + }); + + // Process the click + clickEl.onclick = () => { + if (!tocShowing) { + toggleContainer.classList.add("expanded"); + toggleContents.style.height = null; + tocShowing = true; + } else { + closeToggle(); + } + }; + }); + }; + + // Converts a sidebar from a menu back to a sidebar + const convertToSidebar = () => { + for (const child of el.children) { + child.style.opacity = 1; + child.style.overflow = null; + child.style.pointerEvents = null; + } + + const placeholderEl = window.document.getElementById( + placeholderDescriptor.id + ); + if (placeholderEl) { + placeholderEl.remove(); + } + + el.classList.remove("rollup"); + }; + + if (isReaderMode()) { + convertToMenu(); + isVisible = false; + } else { + // Find the top and bottom o the element that is being managed + const elTop = el.offsetTop; + const elBottom = + elTop + lastChildEl.offsetTop + lastChildEl.offsetHeight; + + if (!isVisible) { + // If the element is current not visible reveal if there are + // no conflicts with overlay regions + if (!inHiddenRegion(elTop, elBottom, hiddenRegions)) { + convertToSidebar(); + isVisible = true; + } + } else { + // If the element is visible, hide it if it conflicts with overlay regions + // and insert a placeholder toggle (or if we're in reader mode) + if (inHiddenRegion(elTop, elBottom, hiddenRegions)) { + convertToMenu(); + isVisible = false; + } + } + } + } + }; + }; + + const tabEls = document.querySelectorAll('a[data-bs-toggle="tab"]'); + for (const tabEl of tabEls) { + const id = tabEl.getAttribute("data-bs-target"); + if (id) { + const columnEl = document.querySelector( + `${id} .column-margin, .tabset-margin-content` + ); + if (columnEl) + tabEl.addEventListener("shown.bs.tab", function (event) { + const el = event.srcElement; + if (el) { + const visibleCls = `${el.id}-margin-content`; + // walk up until we find a parent tabset + let panelTabsetEl = el.parentElement; + while (panelTabsetEl) { + if (panelTabsetEl.classList.contains("panel-tabset")) { + break; + } + panelTabsetEl = panelTabsetEl.parentElement; + } + + if (panelTabsetEl) { + const prevSib = panelTabsetEl.previousElementSibling; + if ( + prevSib && + prevSib.classList.contains("tabset-margin-container") + ) { + const childNodes = prevSib.querySelectorAll( + ".tabset-margin-content" + ); + for (const childEl of childNodes) { + if (childEl.classList.contains(visibleCls)) { + childEl.classList.remove("collapse"); + } else { + childEl.classList.add("collapse"); + } + } + } + } + } + + layoutMarginEls(); + }); + } + } + + // Manage the visibility of the toc and the sidebar + const marginScrollVisibility = manageSidebarVisiblity(marginSidebarEl, { + id: "quarto-toc-toggle", + titleSelector: "#toc-title", + dismissOnClick: true, + }); + const sidebarScrollVisiblity = manageSidebarVisiblity(sidebarEl, { + id: "quarto-sidebarnav-toggle", + titleSelector: ".title", + dismissOnClick: false, + }); + let tocLeftScrollVisibility; + if (leftTocEl) { + tocLeftScrollVisibility = manageSidebarVisiblity(leftTocEl, { + id: "quarto-lefttoc-toggle", + titleSelector: "#toc-title", + dismissOnClick: true, + }); + } + + // Find the first element that uses formatting in special columns + const conflictingEls = window.document.body.querySelectorAll( + '[class^="column-"], [class*=" column-"], aside, [class*="margin-caption"], [class*=" margin-caption"], [class*="margin-ref"], [class*=" margin-ref"]' + ); + + // Filter all the possibly conflicting elements into ones + // the do conflict on the left or ride side + const arrConflictingEls = Array.from(conflictingEls); + const leftSideConflictEls = arrConflictingEls.filter((el) => { + if (el.tagName === "ASIDE") { + return false; + } + return Array.from(el.classList).find((className) => { + return ( + className !== "column-body" && + className.startsWith("column-") && + !className.endsWith("right") && + !className.endsWith("container") && + className !== "column-margin" + ); + }); + }); + const rightSideConflictEls = arrConflictingEls.filter((el) => { + if (el.tagName === "ASIDE") { + return true; + } + + const hasMarginCaption = Array.from(el.classList).find((className) => { + return className == "margin-caption"; + }); + if (hasMarginCaption) { + return true; + } + + return Array.from(el.classList).find((className) => { + return ( + className !== "column-body" && + !className.endsWith("container") && + className.startsWith("column-") && + !className.endsWith("left") + ); + }); + }); + + const kOverlapPaddingSize = 10; + function toRegions(els) { + return els.map((el) => { + const boundRect = el.getBoundingClientRect(); + const top = + boundRect.top + + document.documentElement.scrollTop - + kOverlapPaddingSize; + return { + top, + bottom: top + el.scrollHeight + 2 * kOverlapPaddingSize, + }; + }); + } + + let hasObserved = false; + const visibleItemObserver = (els) => { + let visibleElements = [...els]; + const intersectionObserver = new IntersectionObserver( + (entries, _observer) => { + entries.forEach((entry) => { + if (entry.isIntersecting) { + if (visibleElements.indexOf(entry.target) === -1) { + visibleElements.push(entry.target); + } + } else { + visibleElements = visibleElements.filter((visibleEntry) => { + return visibleEntry !== entry; + }); + } + }); + + if (!hasObserved) { + hideOverlappedSidebars(); + } + hasObserved = true; + }, + {} + ); + els.forEach((el) => { + intersectionObserver.observe(el); + }); + + return { + getVisibleEntries: () => { + return visibleElements; + }, + }; + }; + + const rightElementObserver = visibleItemObserver(rightSideConflictEls); + const leftElementObserver = visibleItemObserver(leftSideConflictEls); + + const hideOverlappedSidebars = () => { + marginScrollVisibility(toRegions(rightElementObserver.getVisibleEntries())); + sidebarScrollVisiblity(toRegions(leftElementObserver.getVisibleEntries())); + if (tocLeftScrollVisibility) { + tocLeftScrollVisibility( + toRegions(leftElementObserver.getVisibleEntries()) + ); + } + }; + + window.quartoToggleReader = () => { + // Applies a slow class (or removes it) + // to update the transition speed + const slowTransition = (slow) => { + const manageTransition = (id, slow) => { + const el = document.getElementById(id); + if (el) { + if (slow) { + el.classList.add("slow"); + } else { + el.classList.remove("slow"); + } + } + }; + + manageTransition("TOC", slow); + manageTransition("quarto-sidebar", slow); + }; + const readerMode = !isReaderMode(); + setReaderModeValue(readerMode); + + // If we're entering reader mode, slow the transition + if (readerMode) { + slowTransition(readerMode); + } + highlightReaderToggle(readerMode); + hideOverlappedSidebars(); + + // If we're exiting reader mode, restore the non-slow transition + if (!readerMode) { + slowTransition(!readerMode); + } + }; + + const highlightReaderToggle = (readerMode) => { + const els = document.querySelectorAll(".quarto-reader-toggle"); + if (els) { + els.forEach((el) => { + if (readerMode) { + el.classList.add("reader"); + } else { + el.classList.remove("reader"); + } + }); + } + }; + + const setReaderModeValue = (val) => { + if (window.location.protocol !== "file:") { + window.localStorage.setItem("quarto-reader-mode", val); + } else { + localReaderMode = val; + } + }; + + const isReaderMode = () => { + if (window.location.protocol !== "file:") { + return window.localStorage.getItem("quarto-reader-mode") === "true"; + } else { + return localReaderMode; + } + }; + let localReaderMode = null; + + const tocOpenDepthStr = tocEl?.getAttribute("data-toc-expanded"); + const tocOpenDepth = tocOpenDepthStr ? Number(tocOpenDepthStr) : 1; + + // Walk the TOC and collapse/expand nodes + // Nodes are expanded if: + // - they are top level + // - they have children that are 'active' links + // - they are directly below an link that is 'active' + const walk = (el, depth) => { + // Tick depth when we enter a UL + if (el.tagName === "UL") { + depth = depth + 1; + } + + // It this is active link + let isActiveNode = false; + if (el.tagName === "A" && el.classList.contains("active")) { + isActiveNode = true; + } + + // See if there is an active child to this element + let hasActiveChild = false; + for (const child of el.children) { + hasActiveChild = walk(child, depth) || hasActiveChild; + } + + // Process the collapse state if this is an UL + if (el.tagName === "UL") { + if (tocOpenDepth === -1 && depth > 1) { + // toc-expand: false + el.classList.add("collapse"); + } else if ( + depth <= tocOpenDepth || + hasActiveChild || + prevSiblingIsActiveLink(el) + ) { + el.classList.remove("collapse"); + } else { + el.classList.add("collapse"); + } + + // untick depth when we leave a UL + depth = depth - 1; + } + return hasActiveChild || isActiveNode; + }; + + // walk the TOC and expand / collapse any items that should be shown + if (tocEl) { + updateActiveLink(); + walk(tocEl, 0); + } + + // Throttle the scroll event and walk peridiocally + window.document.addEventListener( + "scroll", + throttle(() => { + if (tocEl) { + updateActiveLink(); + walk(tocEl, 0); + } + if (!isReaderMode()) { + hideOverlappedSidebars(); + } + }, 5) + ); + window.addEventListener( + "resize", + throttle(() => { + if (tocEl) { + updateActiveLink(); + walk(tocEl, 0); + } + if (!isReaderMode()) { + hideOverlappedSidebars(); + } + }, 10) + ); + hideOverlappedSidebars(); + highlightReaderToggle(isReaderMode()); +}); + +tabsets.init(); +axe.init(); + +function throttle(func, wait) { + let waiting = false; + return function () { + if (!waiting) { + func.apply(this, arguments); + waiting = true; + setTimeout(function () { + waiting = false; + }, wait); + } + }; +} + +function nexttick(func) { + return setTimeout(func, 0); +} diff --git a/src/notebooks/presentation_files/libs/quarto-html/tabby.min.js b/src/notebooks/presentation_files/libs/quarto-html/tabby.min.js new file mode 100644 index 0000000..4f44c7d --- /dev/null +++ b/src/notebooks/presentation_files/libs/quarto-html/tabby.min.js @@ -0,0 +1,418 @@ +(function (root, factory) { + if (typeof define === "function" && define.amd) { + define([], function () { + return factory(root); + }); + } else if (typeof exports === "object") { + module.exports = factory(root); + } else { + root.Tabby = factory(root); + } +})( + typeof global !== "undefined" + ? global + : typeof window !== "undefined" + ? window + : this, + function (window) { + "use strict"; + + // + // Variables + // + + var defaults = { + idPrefix: "tabby-toggle_", + default: "[data-tabby-default]", + }; + + // + // Methods + // + + /** + * Merge two or more objects together. + * @param {Object} objects The objects to merge together + * @returns {Object} Merged values of defaults and options + */ + var extend = function () { + var merged = {}; + Array.prototype.forEach.call(arguments, function (obj) { + for (var key in obj) { + if (!obj.hasOwnProperty(key)) return; + merged[key] = obj[key]; + } + }); + return merged; + }; + + /** + * Emit a custom event + * @param {String} type The event type + * @param {Node} tab The tab to attach the event to + * @param {Node} details Details about the event + */ + var emitEvent = function (tab, details) { + // Create a new event + var event; + if (typeof window.CustomEvent === "function") { + event = new CustomEvent("tabby", { + bubbles: true, + cancelable: true, + detail: details, + }); + } else { + event = document.createEvent("CustomEvent"); + event.initCustomEvent("tabby", true, true, details); + } + + // Dispatch the event + tab.dispatchEvent(event); + }; + + var focusHandler = function (event) { + toggle(event.target); + }; + + var getKeyboardFocusableElements = function (element) { + return [ + ...element.querySelectorAll( + 'a[href], button, input, textarea, select, details,[tabindex]:not([tabindex="-1"])' + ), + ].filter( + (el) => !el.hasAttribute("disabled") && !el.getAttribute("aria-hidden") + ); + }; + + /** + * Remove roles and attributes from a tab and its content + * @param {Node} tab The tab + * @param {Node} content The tab content + * @param {Object} settings User settings and options + */ + var destroyTab = function (tab, content, settings) { + // Remove the generated ID + if (tab.id.slice(0, settings.idPrefix.length) === settings.idPrefix) { + tab.id = ""; + } + + // remove event listener + tab.removeEventListener("focus", focusHandler, true); + + // Remove roles + tab.removeAttribute("role"); + tab.removeAttribute("aria-controls"); + tab.removeAttribute("aria-selected"); + tab.removeAttribute("tabindex"); + tab.closest("li").removeAttribute("role"); + content.removeAttribute("role"); + content.removeAttribute("aria-labelledby"); + content.removeAttribute("hidden"); + }; + + /** + * Add the required roles and attributes to a tab and its content + * @param {Node} tab The tab + * @param {Node} content The tab content + * @param {Object} settings User settings and options + */ + var setupTab = function (tab, content, settings) { + // Give tab an ID if it doesn't already have one + if (!tab.id) { + tab.id = settings.idPrefix + content.id; + } + + // Add roles + tab.setAttribute("role", "tab"); + tab.setAttribute("aria-controls", content.id); + tab.closest("li").setAttribute("role", "presentation"); + content.setAttribute("role", "tabpanel"); + content.setAttribute("aria-labelledby", tab.id); + + // Add selected state + if (tab.matches(settings.default)) { + tab.setAttribute("aria-selected", "true"); + } else { + tab.setAttribute("aria-selected", "false"); + content.setAttribute("hidden", "hidden"); + } + + // add focus event listender + tab.addEventListener("focus", focusHandler); + }; + + /** + * Hide a tab and its content + * @param {Node} newTab The new tab that's replacing it + */ + var hide = function (newTab) { + // Variables + var tabGroup = newTab.closest('[role="tablist"]'); + if (!tabGroup) return {}; + var tab = tabGroup.querySelector('[role="tab"][aria-selected="true"]'); + if (!tab) return {}; + var content = document.querySelector(tab.hash); + + // Hide the tab + tab.setAttribute("aria-selected", "false"); + + // Hide the content + if (!content) return { previousTab: tab }; + content.setAttribute("hidden", "hidden"); + + // Return the hidden tab and content + return { + previousTab: tab, + previousContent: content, + }; + }; + + /** + * Show a tab and its content + * @param {Node} tab The tab + * @param {Node} content The tab content + */ + var show = function (tab, content) { + tab.setAttribute("aria-selected", "true"); + content.removeAttribute("hidden"); + tab.focus(); + }; + + /** + * Toggle a new tab + * @param {Node} tab The tab to show + */ + var toggle = function (tab) { + // Make sure there's a tab to toggle and it's not already active + if (!tab || tab.getAttribute("aria-selected") == "true") return; + + // Variables + var content = document.querySelector(tab.hash); + if (!content) return; + + // Hide active tab and content + var details = hide(tab); + + // Show new tab and content + show(tab, content); + + // Add event details + details.tab = tab; + details.content = content; + + // Emit a custom event + emitEvent(tab, details); + }; + + /** + * Get all of the tabs in a tablist + * @param {Node} tab A tab from the list + * @return {Object} The tabs and the index of the currently active one + */ + var getTabsMap = function (tab) { + var tabGroup = tab.closest('[role="tablist"]'); + var tabs = tabGroup ? tabGroup.querySelectorAll('[role="tab"]') : null; + if (!tabs) return; + return { + tabs: tabs, + index: Array.prototype.indexOf.call(tabs, tab), + }; + }; + + /** + * Switch the active tab based on keyboard activity + * @param {Node} tab The currently active tab + * @param {Key} key The key that was pressed + */ + var switchTabs = function (tab, key) { + // Get a map of tabs + var map = getTabsMap(tab); + if (!map) return; + var length = map.tabs.length - 1; + var index; + + // Go to previous tab + if (["ArrowUp", "ArrowLeft", "Up", "Left"].indexOf(key) > -1) { + index = map.index < 1 ? length : map.index - 1; + } + + // Go to next tab + else if (["ArrowDown", "ArrowRight", "Down", "Right"].indexOf(key) > -1) { + index = map.index === length ? 0 : map.index + 1; + } + + // Go to home + else if (key === "Home") { + index = 0; + } + + // Go to end + else if (key === "End") { + index = length; + } + + // Toggle the tab + toggle(map.tabs[index]); + }; + + /** + * Create the Constructor object + */ + var Constructor = function (selector, options) { + // + // Variables + // + + var publicAPIs = {}; + var settings, tabWrapper; + + // + // Methods + // + + publicAPIs.destroy = function () { + // Get all tabs + var tabs = tabWrapper.querySelectorAll("a"); + + // Add roles to tabs + Array.prototype.forEach.call(tabs, function (tab) { + // Get the tab content + var content = document.querySelector(tab.hash); + if (!content) return; + + // Setup the tab + destroyTab(tab, content, settings); + }); + + // Remove role from wrapper + tabWrapper.removeAttribute("role"); + + // Remove event listeners + document.documentElement.removeEventListener( + "click", + clickHandler, + true + ); + tabWrapper.removeEventListener("keydown", keyHandler, true); + + // Reset variables + settings = null; + tabWrapper = null; + }; + + /** + * Setup the DOM with the proper attributes + */ + publicAPIs.setup = function () { + // Variables + tabWrapper = document.querySelector(selector); + if (!tabWrapper) return; + var tabs = tabWrapper.querySelectorAll("a"); + + // Add role to wrapper + tabWrapper.setAttribute("role", "tablist"); + + // Add roles to tabs. provide dynanmic tab indexes if we are within reveal + var contentTabindexes = + window.document.body.classList.contains("reveal-viewport"); + var nextTabindex = 1; + Array.prototype.forEach.call(tabs, function (tab) { + if (contentTabindexes) { + tab.setAttribute("tabindex", "" + nextTabindex++); + } else { + tab.setAttribute("tabindex", "0"); + } + + // Get the tab content + var content = document.querySelector(tab.hash); + if (!content) return; + + // set tab indexes for content + if (contentTabindexes) { + getKeyboardFocusableElements(content).forEach(function (el) { + el.setAttribute("tabindex", "" + nextTabindex++); + }); + } + + // Setup the tab + setupTab(tab, content, settings); + }); + }; + + /** + * Toggle a tab based on an ID + * @param {String|Node} id The tab to toggle + */ + publicAPIs.toggle = function (id) { + // Get the tab + var tab = id; + if (typeof id === "string") { + tab = document.querySelector( + selector + ' [role="tab"][href*="' + id + '"]' + ); + } + + // Toggle the tab + toggle(tab); + }; + + /** + * Handle click events + */ + var clickHandler = function (event) { + // Only run on toggles + var tab = event.target.closest(selector + ' [role="tab"]'); + if (!tab) return; + + // Prevent link behavior + event.preventDefault(); + + // Toggle the tab + toggle(tab); + }; + + /** + * Handle keydown events + */ + var keyHandler = function (event) { + // Only run if a tab is in focus + var tab = document.activeElement; + if (!tab.matches(selector + ' [role="tab"]')) return; + + // Only run for specific keys + if (["Home", "End"].indexOf(event.key) < 0) return; + + // Switch tabs + switchTabs(tab, event.key); + }; + + /** + * Initialize the instance + */ + var init = function () { + // Merge user options with defaults + settings = extend(defaults, options || {}); + + // Setup the DOM + publicAPIs.setup(); + + // Add event listeners + document.documentElement.addEventListener("click", clickHandler, true); + tabWrapper.addEventListener("keydown", keyHandler, true); + }; + + // + // Initialize and return the Public APIs + // + + init(); + return publicAPIs; + }; + + // + // Return the Constructor + // + + return Constructor; + } +); diff --git a/src/notebooks/presentation_files/libs/quarto-html/tabsets/tabsets.js b/src/notebooks/presentation_files/libs/quarto-html/tabsets/tabsets.js new file mode 100644 index 0000000..51345d0 --- /dev/null +++ b/src/notebooks/presentation_files/libs/quarto-html/tabsets/tabsets.js @@ -0,0 +1,95 @@ +// grouped tabsets + +export function init() { + window.addEventListener("pageshow", (_event) => { + function getTabSettings() { + const data = localStorage.getItem("quarto-persistent-tabsets-data"); + if (!data) { + localStorage.setItem("quarto-persistent-tabsets-data", "{}"); + return {}; + } + if (data) { + return JSON.parse(data); + } + } + + function setTabSettings(data) { + localStorage.setItem( + "quarto-persistent-tabsets-data", + JSON.stringify(data) + ); + } + + function setTabState(groupName, groupValue) { + const data = getTabSettings(); + data[groupName] = groupValue; + setTabSettings(data); + } + + function toggleTab(tab, active) { + const tabPanelId = tab.getAttribute("aria-controls"); + const tabPanel = document.getElementById(tabPanelId); + if (active) { + tab.classList.add("active"); + tabPanel.classList.add("active"); + } else { + tab.classList.remove("active"); + tabPanel.classList.remove("active"); + } + } + + function toggleAll(selectedGroup, selectorsToSync) { + for (const [thisGroup, tabs] of Object.entries(selectorsToSync)) { + const active = selectedGroup === thisGroup; + for (const tab of tabs) { + toggleTab(tab, active); + } + } + } + + function findSelectorsToSyncByLanguage() { + const result = {}; + const tabs = Array.from( + document.querySelectorAll(`div[data-group] a[id^='tabset-']`) + ); + for (const item of tabs) { + const div = item.parentElement.parentElement.parentElement; + const group = div.getAttribute("data-group"); + if (!result[group]) { + result[group] = {}; + } + const selectorsToSync = result[group]; + const value = item.innerHTML; + if (!selectorsToSync[value]) { + selectorsToSync[value] = []; + } + selectorsToSync[value].push(item); + } + return result; + } + + function setupSelectorSync() { + const selectorsToSync = findSelectorsToSyncByLanguage(); + Object.entries(selectorsToSync).forEach(([group, tabSetsByValue]) => { + Object.entries(tabSetsByValue).forEach(([value, items]) => { + items.forEach((item) => { + item.addEventListener("click", (_event) => { + setTabState(group, value); + toggleAll(value, selectorsToSync[group]); + }); + }); + }); + }); + return selectorsToSync; + } + + const selectorsToSync = setupSelectorSync(); + for (const [group, selectedName] of Object.entries(getTabSettings())) { + const selectors = selectorsToSync[group]; + // it's possible that stale state gives us empty selections, so we explicitly check here. + if (selectors) { + toggleAll(selectedName, selectors); + } + } + }); +} diff --git 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r,o,l=this.element.offsetWidth,d=s.length;r="number"==typeof this.Reveal.getConfig().parallaxBackgroundHorizontal?this.Reveal.getConfig().parallaxBackgroundHorizontal:d>1?(t-l)/(d-1):0,o=r*e.h*-1;let c,h,u=this.element.offsetHeight,g=a.length;c="number"==typeof this.Reveal.getConfig().parallaxBackgroundVertical?this.Reveal.getConfig().parallaxBackgroundVertical:(i-u)/(g-1),h=g>0?c*e.v:0,this.element.style.backgroundPosition=o+"px "+-h+"px"}}destroy(){this.element.remove()}}let k=0;class L{constructor(e){this.Reveal=e}run(e,t){this.reset();let i=this.Reveal.getSlides(),s=i.indexOf(t),a=i.indexOf(e);if(e&&t&&e.hasAttribute("data-auto-animate")&&t.hasAttribute("data-auto-animate")&&e.getAttribute("data-auto-animate-id")===t.getAttribute("data-auto-animate-id")&&!(s>a?t:e).hasAttribute("data-auto-animate-restart")){this.autoAnimateStyleSheet=this.autoAnimateStyleSheet||l();let 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r=this.getAutoAnimatableProperties("from",e,i),o=this.getAutoAnimatableProperties("to",t,i);if(t.classList.contains("fragment")&&(delete o.styles.opacity,e.classList.contains("fragment"))){(e.className.match(w)||[""])[0]===(t.className.match(w)||[""])[0]&&"forward"===s.slideDirection&&t.classList.add("visible","disabled")}if(!1!==i.translate||!1!==i.scale){let e=this.Reveal.getScale(),t={x:(r.x-o.x)/e,y:(r.y-o.y)/e,scaleX:r.width/o.width,scaleY:r.height/o.height};t.x=Math.round(1e3*t.x)/1e3,t.y=Math.round(1e3*t.y)/1e3,t.scaleX=Math.round(1e3*t.scaleX)/1e3,t.scaleX=Math.round(1e3*t.scaleX)/1e3;let s=!1!==i.translate&&(0!==t.x||0!==t.y),a=!1!==i.scale&&(0!==t.scaleX||0!==t.scaleY);if(s||a){let e=[];s&&e.push(`translate(${t.x}px, ${t.y}px)`),a&&e.push(`scale(${t.scaleX}, ${t.scaleY})`),r.styles.transform=e.join(" "),r.styles["transform-origin"]="top left",o.styles.transform="none"}}for(let e in o.styles){const t=o.styles[e],i=r.styles[e];t===i?delete 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t.dataset.autoAnimateEasing&&(s.easing=t.dataset.autoAnimateEasing),t.dataset.autoAnimateDuration&&(s.duration=parseFloat(t.dataset.autoAnimateDuration)),t.dataset.autoAnimateDelay&&(s.delay=parseFloat(t.dataset.autoAnimateDelay)),s}getAutoAnimatableProperties(e,t,i){let s=this.Reveal.getConfig(),a={styles:[]};if(!1!==i.translate||!1!==i.scale){let e;if("function"==typeof i.measure)e=i.measure(t);else if(s.center)e=t.getBoundingClientRect();else{let i=this.Reveal.getScale();e={x:t.offsetLeft*i,y:t.offsetTop*i,width:t.offsetWidth*i,height:t.offsetHeight*i}}a.x=e.x,a.y=e.y,a.width=e.width,a.height=e.height}const n=getComputedStyle(t);return(i.styles||s.autoAnimateStyles).forEach((t=>{let i;"string"==typeof t&&(t={property:t}),void 0!==t.from&&"from"===e?i={value:t.from,explicitValue:!0}:void 0!==t.to&&"to"===e?i={value:t.to,explicitValue:!0}:("line-height"===t.property&&(i=parseFloat(n["line-height"])/parseFloat(n["font-size"])),isNaN(i)&&(i=n[t.property])),""!==i&&(a.styles[t.property]=i)})),a}getAutoAnimatableElements(e,t){let i=("function"==typeof this.Reveal.getConfig().autoAnimateMatcher?this.Reveal.getConfig().autoAnimateMatcher:this.getAutoAnimatePairs).call(this,e,t),s=[];return i.filter(((e,t)=>{if(-1===s.indexOf(e.to))return s.push(e.to),!0}))}getAutoAnimatePairs(e,t){let i=[];const s="h1, h2, h3, h4, h5, h6, p, li";return this.findAutoAnimateMatches(i,e,t,"[data-id]",(e=>e.nodeName+":::"+e.getAttribute("data-id"))),this.findAutoAnimateMatches(i,e,t,s,(e=>e.nodeName+":::"+e.innerText)),this.findAutoAnimateMatches(i,e,t,"img, video, iframe",(e=>e.nodeName+":::"+(e.getAttribute("src")||e.getAttribute("data-src")))),this.findAutoAnimateMatches(i,e,t,"pre",(e=>e.nodeName+":::"+e.innerText)),i.forEach((e=>{n(e.from,s)?e.options={scale:!1}:n(e.from,"pre")&&(e.options={scale:!1,styles:["width","height"]},this.findAutoAnimateMatches(i,e.from,e.to,".hljs .hljs-ln-code",(e=>e.textContent),{scale:!1,styles:[],measure:this.getLocalBoundingBox.bind(this)}),this.findAutoAnimateMatches(i,e.from,e.to,".hljs .hljs-ln-numbers[data-line-number]",(e=>e.getAttribute("data-line-number")),{scale:!1,styles:["width"],measure:this.getLocalBoundingBox.bind(this)}))}),this),i}getLocalBoundingBox(e){const t=this.Reveal.getScale();return{x:Math.round(e.offsetLeft*t*100)/100,y:Math.round(e.offsetTop*t*100)/100,width:Math.round(e.offsetWidth*t*100)/100,height:Math.round(e.offsetHeight*t*100)/100}}findAutoAnimateMatches(e,t,i,s,a,n){let r={},o={};[].slice.call(t.querySelectorAll(s)).forEach(((e,t)=>{const i=a(e);"string"==typeof i&&i.length&&(r[i]=r[i]||[],r[i].push(e))})),[].slice.call(i.querySelectorAll(s)).forEach(((t,i)=>{const s=a(t);let l;if(o[s]=o[s]||[],o[s].push(t),r[s]){const e=o[s].length-1,t=r[s].length-1;r[s][e]?(l=r[s][e],r[s][e]=null):r[s][t]&&(l=r[s][t],r[s][t]=null)}l&&e.push({from:l,to:t,options:n})}))}getUnmatchedAutoAnimateElements(e){return[].slice.call(e.children).reduce(((e,t)=>{const i=t.querySelector("[data-auto-animate-target]");return t.hasAttribute("data-auto-animate-target")||i||e.push(t),t.querySelector("[data-auto-animate-target]")&&(e=e.concat(this.getUnmatchedAutoAnimateElements(t))),e}),[])}}class C{constructor(e){this.Reveal=e,this.active=!1,this.activatedCallbacks=[],this.onScroll=this.onScroll.bind(this)}activate(){if(this.active)return;const e=this.Reveal.getState();this.active=!0,this.slideHTMLBeforeActivation=this.Reveal.getSlidesElement().innerHTML;const i=t(this.Reveal.getRevealElement(),f),s=t(this.Reveal.getRevealElement(),".backgrounds>.slide-background");let a;this.viewportElement.classList.add("loading-scroll-mode","reveal-scroll");const n=window.getComputedStyle(this.viewportElement);n&&n.background&&(a=n.background);const r=[],o=i[0].parentNode;let l;const d=(e,t,i,n)=>{let o;if(l&&this.Reveal.shouldAutoAnimateBetween(l,e))o=document.createElement("div"),o.className="scroll-page-content scroll-auto-animate-page",o.style.display="none",l.closest(".scroll-page-content").parentNode.appendChild(o);else{const e=document.createElement("div");if(e.className="scroll-page",r.push(e),n&&s.length>t){const i=s[t],n=window.getComputedStyle(i);n&&n.background?e.style.background=n.background:a&&(e.style.background=a)}else a&&(e.style.background=a);const 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e=this.Reveal.getState();this.active=!1,this.viewportElement.removeEventListener("scroll",this.onScroll),this.viewportElement.classList.remove("reveal-scroll"),this.removeProgressBar(),this.Reveal.getSlidesElement().innerHTML=this.slideHTMLBeforeActivation,this.Reveal.sync(),this.Reveal.setState(e),this.slideHTMLBeforeActivation=null}toggle(e){"boolean"==typeof e?e?this.activate():this.deactivate():this.isActive()?this.deactivate():this.activate()}isActive(){return this.active}createProgressBar(){this.progressBar=document.createElement("div"),this.progressBar.className="scrollbar",this.progressBarInner=document.createElement("div"),this.progressBarInner.className="scrollbar-inner",this.progressBar.appendChild(this.progressBarInner),this.progressBarPlayhead=document.createElement("div"),this.progressBarPlayhead.className="scrollbar-playhead",this.progressBarInner.appendChild(this.progressBarPlayhead),this.viewportElement.insertBefore(this.progressBar,this.viewportElement.firstChild);const e=e=>{let t=(e.clientY-this.progressBarInner.getBoundingClientRect().top)/this.progressBarHeight;t=Math.max(Math.min(t,1),0),this.viewportElement.scrollTop=t*(this.viewportElement.scrollHeight-this.viewportElement.offsetHeight)},t=i=>{this.draggingProgressBar=!1,this.showProgressBar(),document.removeEventListener("mousemove",e),document.removeEventListener("mouseup",t)};this.progressBarInner.addEventListener("mousedown",(i=>{i.preventDefault(),this.draggingProgressBar=!0,document.addEventListener("mousemove",e),document.addEventListener("mouseup",t),e(i)}))}removeProgressBar(){this.progressBar&&(this.progressBar.remove(),this.progressBar=null)}layout(){this.isActive()&&(this.syncPages(),this.syncScrollPosition())}syncPages(){const e=this.Reveal.getConfig(),t=this.Reveal.getComputedSlideSize(window.innerWidth,window.innerHeight),i=this.Reveal.getScale(),s="compact"===e.scrollLayout,a=this.viewportElement.offsetHeight,n=t.height*i,r=s?n:a;this.scrollTriggerHeight=s?n:a,this.viewportElement.style.setProperty("--page-height",r+"px"),this.viewportElement.style.scrollSnapType="string"==typeof e.scrollSnap?`y ${e.scrollSnap}`:"",this.slideTriggers=[];const o=Array.from(this.Reveal.getRevealElement().querySelectorAll(".scroll-page"));this.pages=o.map((i=>{const n=this.createPage({pageElement:i,slideElement:i.querySelector("section"),stickyElement:i.querySelector(".scroll-page-sticky"),contentElement:i.querySelector(".scroll-page-content"),backgroundElement:i.querySelector(".slide-background"),autoAnimateElements:i.querySelectorAll(".scroll-auto-animate-page"),autoAnimatePages:[]});n.pageElement.style.setProperty("--slide-height",!0===e.center?"auto":t.height+"px"),this.slideTriggers.push({page:n,activate:()=>this.activatePage(n),deactivate:()=>this.deactivatePage(n)}),this.createFragmentTriggersForPage(n),n.autoAnimateElements.length>0&&this.createAutoAnimateTriggersForPage(n);let o=Math.max(n.scrollTriggers.length-1,0);o+=n.autoAnimatePages.reduce(((e,t)=>e+Math.max(t.scrollTriggers.length-1,0)),n.autoAnimatePages.length),n.pageElement.querySelectorAll(".scroll-snap-point").forEach((e=>e.remove()));for(let e=0;e0?(n.pageHeight=a,n.pageElement.style.setProperty("--page-height",a+"px")):(n.pageHeight=r,n.pageElement.style.removeProperty("--page-height")),n.scrollPadding=this.scrollTriggerHeight*o,n.totalHeight=n.pageHeight+n.scrollPadding,n.pageElement.style.setProperty("--page-scroll-padding",n.scrollPadding+"px"),o>0?(n.stickyElement.style.position="sticky",n.stickyElement.style.top=Math.max((a-n.pageHeight)/2,0)+"px"):(n.stickyElement.style.position="relative",n.pageElement.style.scrollSnapAlign=n.pageHeight1?(this.progressBar||this.createProgressBar(),this.syncProgressBar()):this.removeProgressBar()}setTriggerRanges(){this.totalScrollTriggerCount=this.slideTriggers.reduce(((e,t)=>e+Math.max(t.page.scrollTriggers.length,1)),0);let e=0;this.slideTriggers.forEach(((t,i)=>{t.range=[e,e+Math.max(t.page.scrollTriggers.length,1)/this.totalScrollTriggerCount];const s=(t.range[1]-t.range[0])/t.page.scrollTriggers.length;t.page.scrollTriggers.forEach(((t,i)=>{t.range=[e+i*s,e+(i+1)*s]})),e=t.range[1]}))}createFragmentTriggersForPage(e,t){t=t||e.slideElement;const i=this.Reveal.fragments.sort(t.querySelectorAll(".fragment"),!0);return i.length&&(e.fragments=this.Reveal.fragments.sort(t.querySelectorAll(".fragment:not(.disabled)")),e.scrollTriggers.push({activate:()=>{this.Reveal.fragments.update(-1,e.fragments,t)}}),i.forEach(((i,s)=>{e.scrollTriggers.push({activate:()=>{this.Reveal.fragments.update(s,e.fragments,t)}})}))),e.scrollTriggers.length}createAutoAnimateTriggersForPage(e){e.autoAnimateElements.length>0&&this.slideTriggers.push(...Array.from(e.autoAnimateElements).map(((t,i)=>{let s=this.createPage({slideElement:t.querySelector("section"),contentElement:t,backgroundElement:t.querySelector(".slide-background")});return this.createFragmentTriggersForPage(s,s.slideElement),e.autoAnimatePages.push(s),{page:s,activate:()=>this.activatePage(s),deactivate:()=>this.deactivatePage(s)}})))}createPage(e){return e.scrollTriggers=[],e.indexh=parseInt(e.slideElement.getAttribute("data-index-h"),10),e.indexv=parseInt(e.slideElement.getAttribute("data-index-v"),10),e}syncProgressBar(){this.progressBarInner.querySelectorAll(".scrollbar-slide").forEach((e=>e.remove()));const e=this.viewportElement.scrollHeight,t=this.viewportElement.offsetHeight,i=t/e;this.progressBarHeight=this.progressBarInner.offsetHeight,this.playheadHeight=Math.max(i*this.progressBarHeight,8),this.progressBarScrollableHeight=this.progressBarHeight-this.playheadHeight;const s=t/e*this.progressBarHeight,a=Math.min(s/8,4);this.progressBarPlayhead.style.height=this.playheadHeight-a+"px",s>6?this.slideTriggers.forEach((e=>{const{page:t}=e;t.progressBarSlide=document.createElement("div"),t.progressBarSlide.className="scrollbar-slide",t.progressBarSlide.style.top=e.range[0]*this.progressBarHeight+"px",t.progressBarSlide.style.height=(e.range[1]-e.range[0])*this.progressBarHeight-a+"px",t.progressBarSlide.classList.toggle("has-triggers",t.scrollTriggers.length>0),this.progressBarInner.appendChild(t.progressBarSlide),t.scrollTriggerElements=t.scrollTriggers.map(((i,s)=>{const n=document.createElement("div");return n.className="scrollbar-trigger",n.style.top=(i.range[0]-e.range[0])*this.progressBarHeight+"px",n.style.height=(i.range[1]-i.range[0])*this.progressBarHeight-a+"px",t.progressBarSlide.appendChild(n),0===s&&(n.style.display="none"),n}))})):this.pages.forEach((e=>e.progressBarSlide=null))}syncScrollPosition(){const e=this.viewportElement.offsetHeight,t=e/this.viewportElement.scrollHeight,i=this.viewportElement.scrollTop,s=this.viewportElement.scrollHeight-e,a=Math.max(Math.min(i/s,1),0),n=Math.max(Math.min((i+e/2)/this.viewportElement.scrollHeight,1),0);let r;this.slideTriggers.forEach((e=>{const{page:i}=e;a>=e.range[0]-2*t&&a<=e.range[1]+2*t&&!i.loaded?(i.loaded=!0,this.Reveal.slideContent.load(i.slideElement)):i.loaded&&(i.loaded=!1,this.Reveal.slideContent.unload(i.slideElement)),a>=e.range[0]&&a<=e.range[1]?(this.activateTrigger(e),r=e.page):e.active&&this.deactivateTrigger(e)})),r&&r.scrollTriggers.forEach((e=>{n>=e.range[0]&&n<=e.range[1]?this.activateTrigger(e):e.active&&this.deactivateTrigger(e)})),this.setProgressBarValue(i/(this.viewportElement.scrollHeight-e))}setProgressBarValue(e){this.progressBar&&(this.progressBarPlayhead.style.transform=`translateY(${e*this.progressBarScrollableHeight}px)`,this.getAllPages().filter((e=>e.progressBarSlide)).forEach((e=>{e.progressBarSlide.classList.toggle("active",!0===e.active),e.scrollTriggers.forEach(((t,i)=>{e.scrollTriggerElements[i].classList.toggle("active",!0===e.active&&!0===t.active)}))})),this.showProgressBar())}showProgressBar(){this.progressBar.classList.add("visible"),clearTimeout(this.hideProgressBarTimeout),"auto"!==this.Reveal.getConfig().scrollProgress||this.draggingProgressBar||(this.hideProgressBarTimeout=setTimeout((()=>{this.progressBar&&this.progressBar.classList.remove("visible")}),500))}prev(){this.viewportElement.scrollTop-=this.scrollTriggerHeight}next(){this.viewportElement.scrollTop+=this.scrollTriggerHeight}scrollToSlide(e){if(this.active){const t=this.getScrollTriggerBySlide(e);t&&(this.viewportElement.scrollTop=t.range[0]*(this.viewportElement.scrollHeight-this.viewportElement.offsetHeight))}else this.activatedCallbacks.push((()=>this.scrollToSlide(e)))}storeScrollPosition(){clearTimeout(this.storeScrollPositionTimeout),this.storeScrollPositionTimeout=setTimeout((()=>{sessionStorage.setItem("reveal-scroll-top",this.viewportElement.scrollTop),sessionStorage.setItem("reveal-scroll-origin",location.origin+location.pathname),this.storeScrollPositionTimeout=null}),50)}restoreScrollPosition(){const e=sessionStorage.getItem("reveal-scroll-top"),t=sessionStorage.getItem("reveal-scroll-origin");e&&t===location.origin+location.pathname&&(this.viewportElement.scrollTop=parseInt(e,10))}activatePage(e){if(!e.active){e.active=!0;const{slideElement:t,backgroundElement:i,contentElement:s,indexh:a,indexv:n}=e;s.style.display="block",t.classList.add("present"),i&&i.classList.add("present"),this.Reveal.setCurrentScrollPage(t,a,n),this.Reveal.backgrounds.bubbleSlideContrastClassToElement(t,this.viewportElement),Array.from(s.parentNode.querySelectorAll(".scroll-page-content")).forEach((e=>{e!==s&&(e.style.display="none")}))}}deactivatePage(e){e.active&&(e.active=!1,e.slideElement&&e.slideElement.classList.remove("present"),e.backgroundElement&&e.backgroundElement.classList.remove("present"))}activateTrigger(e){e.active||(e.active=!0,e.activate())}deactivateTrigger(e){e.active&&(e.active=!1,e.deactivate&&e.deactivate())}getSlideByIndices(e,t){const i=this.getAllPages().find((i=>i.indexh===e&&i.indexv===t));return i?i.slideElement:null}getScrollTriggerBySlide(e){return this.slideTriggers.find((t=>t.page.slideElement===e))}getAllPages(){return this.pages.flatMap((e=>[e,...e.autoAnimatePages||[]]))}onScroll(){this.syncScrollPosition(),this.storeScrollPosition()}get viewportElement(){return this.Reveal.getViewportElement()}}class x{constructor(e){this.Reveal=e}async activate(){const e=this.Reveal.getConfig(),i=t(this.Reveal.getRevealElement(),m),s=e.slideNumber&&/all|print/i.test(e.showSlideNumber),a=this.Reveal.getComputedSlideSize(window.innerWidth,window.innerHeight),n=Math.floor(a.width*(1+e.margin)),r=Math.floor(a.height*(1+e.margin)),o=a.width,d=a.height;await new Promise(requestAnimationFrame),l("@page{size:"+n+"px "+r+"px; margin: 0px;}"),l(".reveal section>img, .reveal section>video, .reveal section>iframe{max-width: "+o+"px; max-height:"+d+"px}"),document.documentElement.classList.add("reveal-print","print-pdf"),document.body.style.width=n+"px",document.body.style.height=r+"px";const c=this.Reveal.getViewportElement();let h;if(c){const e=window.getComputedStyle(c);e&&e.background&&(h=e.background)}await new Promise(requestAnimationFrame),this.Reveal.layoutSlideContents(o,d),await new Promise(requestAnimationFrame);const u=i.map((e=>e.scrollHeight)),g=[],p=i[0].parentNode;let v=1;i.forEach((function(i,a){if(!1===i.classList.contains("stack")){let l=(n-o)/2,c=(r-d)/2;const p=u[a];let m=Math.max(Math.ceil(p/r),1);m=Math.min(m,e.pdfMaxPagesPerSlide),(1===m&&e.center||i.classList.contains("center"))&&(c=Math.max((r-p)/2,0));const f=document.createElement("div");if(g.push(f),f.className="pdf-page",f.style.height=(r+e.pdfPageHeightOffset)*m+"px",h&&(f.style.background=h),f.appendChild(i),i.style.left=l+"px",i.style.top=c+"px",i.style.width=o+"px",this.Reveal.slideContent.layout(i),i.slideBackgroundElement&&f.insertBefore(i.slideBackgroundElement,i),e.showNotes){const t=this.Reveal.getSlideNotes(i);if(t){const i=8,s="string"==typeof e.showNotes?e.showNotes:"inline",a=document.createElement("div");a.classList.add("speaker-notes"),a.classList.add("speaker-notes-pdf"),a.setAttribute("data-layout",s),a.innerHTML=t,"separate-page"===s?g.push(a):(a.style.left=i+"px",a.style.bottom=i+"px",a.style.width=n-2*i+"px",f.appendChild(a))}}if(s){const e=document.createElement("div");e.classList.add("slide-number"),e.classList.add("slide-number-pdf"),e.innerHTML=v++,f.appendChild(e)}if(e.pdfSeparateFragments){const e=this.Reveal.fragments.sort(f.querySelectorAll(".fragment"),!0);let t;e.forEach((function(e,i){t&&t.forEach((function(e){e.classList.remove("current-fragment")})),e.forEach((function(e){e.classList.add("visible","current-fragment")}),this);const a=f.cloneNode(!0);if(s){const e=i+1;a.querySelector(".slide-number-pdf").innerHTML+="."+e}g.push(a),t=e}),this),e.forEach((function(e){e.forEach((function(e){e.classList.remove("visible","current-fragment")}))}))}else t(f,".fragment:not(.fade-out)").forEach((function(e){e.classList.add("visible")}))}}),this),await new Promise(requestAnimationFrame),g.forEach((e=>p.appendChild(e))),this.Reveal.slideContent.layout(this.Reveal.getSlidesElement()),this.Reveal.dispatchEvent({type:"pdf-ready"}),c.classList.remove("loading-scroll-mode")}isActive(){return"print"===this.Reveal.getConfig().view}}class P{constructor(e){this.Reveal=e}configure(e,t){!1===e.fragments?this.disable():!1===t.fragments&&this.enable()}disable(){t(this.Reveal.getSlidesElement(),".fragment").forEach((e=>{e.classList.add("visible"),e.classList.remove("current-fragment")}))}enable(){t(this.Reveal.getSlidesElement(),".fragment").forEach((e=>{e.classList.remove("visible"),e.classList.remove("current-fragment")}))}availableRoutes(){let e=this.Reveal.getCurrentSlide();if(e&&this.Reveal.getConfig().fragments){let t=e.querySelectorAll(".fragment:not(.disabled)"),i=e.querySelectorAll(".fragment:not(.disabled):not(.visible)");return{prev:t.length-i.length>0,next:!!i.length}}return{prev:!1,next:!1}}sort(e,t=!1){e=Array.from(e);let i=[],s=[],a=[];e.forEach((e=>{if(e.hasAttribute("data-fragment-index")){let t=parseInt(e.getAttribute("data-fragment-index"),10);i[t]||(i[t]=[]),i[t].push(e)}else s.push([e])})),i=i.concat(s);let n=0;return i.forEach((e=>{e.forEach((e=>{a.push(e),e.setAttribute("data-fragment-index",n)})),n++})),!0===t?i:a}sortAll(){this.Reveal.getHorizontalSlides().forEach((e=>{let i=t(e,"section");i.forEach(((e,t)=>{this.sort(e.querySelectorAll(".fragment"))}),this),0===i.length&&this.sort(e.querySelectorAll(".fragment"))}))}update(e,t,i=this.Reveal.getCurrentSlide()){let s={shown:[],hidden:[]};if(i&&this.Reveal.getConfig().fragments&&(t=t||this.sort(i.querySelectorAll(".fragment"))).length){let a=0;if("number"!=typeof e){let t=this.sort(i.querySelectorAll(".fragment.visible")).pop();t&&(e=parseInt(t.getAttribute("data-fragment-index")||0,10))}Array.from(t).forEach(((t,i)=>{if(t.hasAttribute("data-fragment-index")&&(i=parseInt(t.getAttribute("data-fragment-index"),10)),a=Math.max(a,i),i<=e){let a=t.classList.contains("visible");t.classList.add("visible"),t.classList.remove("current-fragment"),i===e&&(this.Reveal.announceStatus(this.Reveal.getStatusText(t)),t.classList.add("current-fragment"),this.Reveal.slideContent.startEmbeddedContent(t)),a||(s.shown.push(t),this.Reveal.dispatchEvent({target:t,type:"visible",bubbles:!1}))}else{let e=t.classList.contains("visible");t.classList.remove("visible"),t.classList.remove("current-fragment"),e&&(this.Reveal.slideContent.stopEmbeddedContent(t),s.hidden.push(t),this.Reveal.dispatchEvent({target:t,type:"hidden",bubbles:!1}))}})),e="number"==typeof e?e:-1,e=Math.max(Math.min(e,a),-1),i.setAttribute("data-fragment",e)}return s.hidden.length&&this.Reveal.dispatchEvent({type:"fragmenthidden",data:{fragment:s.hidden[0],fragments:s.hidden}}),s.shown.length&&this.Reveal.dispatchEvent({type:"fragmentshown",data:{fragment:s.shown[0],fragments:s.shown}}),s}sync(e=this.Reveal.getCurrentSlide()){return this.sort(e.querySelectorAll(".fragment"))}goto(e,t=0){let i=this.Reveal.getCurrentSlide();if(i&&this.Reveal.getConfig().fragments){let s=this.sort(i.querySelectorAll(".fragment:not(.disabled)"));if(s.length){if("number"!=typeof e){let t=this.sort(i.querySelectorAll(".fragment:not(.disabled).visible")).pop();e=t?parseInt(t.getAttribute("data-fragment-index")||0,10):-1}e+=t;let a=this.update(e,s);return this.Reveal.controls.update(),this.Reveal.progress.update(),this.Reveal.getConfig().fragmentInURL&&this.Reveal.location.writeURL(),!(!a.shown.length&&!a.hidden.length)}}return!1}next(){return this.goto(null,1)}prev(){return this.goto(null,-1)}}class T{constructor(e){this.Reveal=e,this.active=!1,this.onSlideClicked=this.onSlideClicked.bind(this)}activate(){if(this.Reveal.getConfig().overview&&!this.Reveal.isScrollView()&&!this.isActive()){this.active=!0,this.Reveal.getRevealElement().classList.add("overview"),this.Reveal.cancelAutoSlide(),this.Reveal.getSlidesElement().appendChild(this.Reveal.getBackgroundsElement()),t(this.Reveal.getRevealElement(),m).forEach((e=>{e.classList.contains("stack")||e.addEventListener("click",this.onSlideClicked,!0)}));const e=70,i=this.Reveal.getComputedSlideSize();this.overviewSlideWidth=i.width+e,this.overviewSlideHeight=i.height+e,this.Reveal.getConfig().rtl&&(this.overviewSlideWidth=-this.overviewSlideWidth),this.Reveal.updateSlidesVisibility(),this.layout(),this.update(),this.Reveal.layout();const s=this.Reveal.getIndices();this.Reveal.dispatchEvent({type:"overviewshown",data:{indexh:s.h,indexv:s.v,currentSlide:this.Reveal.getCurrentSlide()}})}}layout(){this.Reveal.getHorizontalSlides().forEach(((e,i)=>{e.setAttribute("data-index-h",i),a(e,"translate3d("+i*this.overviewSlideWidth+"px, 0, 0)"),e.classList.contains("stack")&&t(e,"section").forEach(((e,t)=>{e.setAttribute("data-index-h",i),e.setAttribute("data-index-v",t),a(e,"translate3d(0, "+t*this.overviewSlideHeight+"px, 0)")}))})),Array.from(this.Reveal.getBackgroundsElement().childNodes).forEach(((e,i)=>{a(e,"translate3d("+i*this.overviewSlideWidth+"px, 0, 0)"),t(e,".slide-background").forEach(((e,t)=>{a(e,"translate3d(0, "+t*this.overviewSlideHeight+"px, 0)")}))}))}update(){const e=Math.min(window.innerWidth,window.innerHeight),t=Math.max(e/5,150)/e,i=this.Reveal.getIndices();this.Reveal.transformSlides({overview:["scale("+t+")","translateX("+-i.h*this.overviewSlideWidth+"px)","translateY("+-i.v*this.overviewSlideHeight+"px)"].join(" ")})}deactivate(){if(this.Reveal.getConfig().overview){this.active=!1,this.Reveal.getRevealElement().classList.remove("overview"),this.Reveal.getRevealElement().classList.add("overview-deactivating"),setTimeout((()=>{this.Reveal.getRevealElement().classList.remove("overview-deactivating")}),1),this.Reveal.getRevealElement().appendChild(this.Reveal.getBackgroundsElement()),t(this.Reveal.getRevealElement(),m).forEach((e=>{a(e,""),e.removeEventListener("click",this.onSlideClicked,!0)})),t(this.Reveal.getBackgroundsElement(),".slide-background").forEach((e=>{a(e,"")})),this.Reveal.transformSlides({overview:""});const e=this.Reveal.getIndices();this.Reveal.slide(e.h,e.v),this.Reveal.layout(),this.Reveal.cueAutoSlide(),this.Reveal.dispatchEvent({type:"overviewhidden",data:{indexh:e.h,indexv:e.v,currentSlide:this.Reveal.getCurrentSlide()}})}}toggle(e){"boolean"==typeof e?e?this.activate():this.deactivate():this.isActive()?this.deactivate():this.activate()}isActive(){return this.active}onSlideClicked(e){if(this.isActive()){e.preventDefault();let t=e.target;for(;t&&!t.nodeName.match(/section/gi);)t=t.parentNode;if(t&&!t.classList.contains("disabled")&&(this.deactivate(),t.nodeName.match(/section/gi))){let e=parseInt(t.getAttribute("data-index-h"),10),i=parseInt(t.getAttribute("data-index-v"),10);this.Reveal.slide(e,i)}}}}class N{constructor(e){this.Reveal=e,this.shortcuts={},this.bindings={},this.onDocumentKeyDown=this.onDocumentKeyDown.bind(this)}configure(e,t){"linear"===e.navigationMode?(this.shortcuts["→ , ↓ , SPACE , N , L , J"]="Next slide",this.shortcuts["← , ↑ , P , H , K"]="Previous 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this.bindings[e]}triggerKey(e){this.onDocumentKeyDown({keyCode:e})}registerKeyboardShortcut(e,t){this.shortcuts[e]=t}getShortcuts(){return this.shortcuts}getBindings(){return this.bindings}onDocumentKeyDown(e){let t=this.Reveal.getConfig();if("function"==typeof t.keyboardCondition&&!1===t.keyboardCondition(e))return!0;if("focused"===t.keyboardCondition&&!this.Reveal.isFocused())return!0;let i=e.keyCode,s=!this.Reveal.isAutoSliding();this.Reveal.onUserInput(e);let a=document.activeElement&&!0===document.activeElement.isContentEditable,n=document.activeElement&&document.activeElement.tagName&&/input|textarea/i.test(document.activeElement.tagName),r=document.activeElement&&document.activeElement.className&&/speaker-notes/i.test(document.activeElement.className),l=!(-1!==[32,37,38,39,40,63,78,80,191].indexOf(e.keyCode)&&e.shiftKey||e.altKey)&&(e.shiftKey||e.altKey||e.ctrlKey||e.metaKey);if(a||n||r||l)return;let d,c=[66,86,190,191,112];if("object"==typeof t.keyboard)for(d in 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M{MAX_REPLACE_STATE_FREQUENCY=1e3;constructor(e){this.Reveal=e,this.writeURLTimeout=0,this.replaceStateTimestamp=0,this.onWindowHashChange=this.onWindowHashChange.bind(this)}bind(){window.addEventListener("hashchange",this.onWindowHashChange,!1)}unbind(){window.removeEventListener("hashchange",this.onWindowHashChange,!1)}getIndicesFromHash(e=window.location.hash,t={}){let i=e.replace(/^#\/?/,""),s=i.split("/");if(/^[0-9]*$/.test(s[0])||!i.length){const e=this.Reveal.getConfig();let i,a=e.hashOneBasedIndex||t.oneBasedIndex?1:0,n=parseInt(s[0],10)-a||0,r=parseInt(s[1],10)-a||0;return e.fragmentInURL&&(i=parseInt(s[2],10),isNaN(i)&&(i=void 0)),{h:n,v:r,f:i}}{let e,t;/\/[-\d]+$/g.test(i)&&(t=parseInt(i.split("/").pop(),10),t=isNaN(t)?void 0:t,i=i.split("/").shift());try{e=document.getElementById(decodeURIComponent(i)).closest(".slides section")}catch(e){}if(e)return{...this.Reveal.getIndices(e),f:t}}return null}readURL(){const e=this.Reveal.getIndices(),t=this.getIndicesFromHash();t?t.h===e.h&&t.v===e.v&&void 0===t.f||this.Reveal.slide(t.h,t.v,t.f):this.Reveal.slide(e.h||0,e.v||0)}writeURL(e){let t=this.Reveal.getConfig(),i=this.Reveal.getCurrentSlide();if(clearTimeout(this.writeURLTimeout),"number"==typeof e)this.writeURLTimeout=setTimeout(this.writeURL,e);else if(i){let e=this.getHash();t.history?window.location.hash=e:t.hash&&("/"===e?this.debouncedReplaceState(window.location.pathname+window.location.search):this.debouncedReplaceState("#"+e))}}replaceState(e){window.history.replaceState(null,null,e),this.replaceStateTimestamp=Date.now()}debouncedReplaceState(e){clearTimeout(this.replaceStateTimeout),Date.now()-this.replaceStateTimestamp>this.MAX_REPLACE_STATE_FREQUENCY?this.replaceState(e):this.replaceStateTimeout=setTimeout((()=>this.replaceState(e)),this.MAX_REPLACE_STATE_FREQUENCY)}getHash(e){let t="/",i=e||this.Reveal.getCurrentSlide(),s=i?i.getAttribute("id"):null;s&&(s=encodeURIComponent(s));let a=this.Reveal.getIndices(e);if(this.Reveal.getConfig().fragmentInURL||(a.f=void 0),"string"==typeof s&&s.length)t="/"+s,a.f>=0&&(t+="/"+a.f);else{let e=this.Reveal.getConfig().hashOneBasedIndex?1:0;(a.h>0||a.v>0||a.f>=0)&&(t+=a.h+e),(a.v>0||a.f>=0)&&(t+="/"+(a.v+e)),a.f>=0&&(t+="/"+a.f)}return t}onWindowHashChange(e){this.readURL()}}class I{constructor(e){this.Reveal=e,this.onNavigateLeftClicked=this.onNavigateLeftClicked.bind(this),this.onNavigateRightClicked=this.onNavigateRightClicked.bind(this),this.onNavigateUpClicked=this.onNavigateUpClicked.bind(this),this.onNavigateDownClicked=this.onNavigateDownClicked.bind(this),this.onNavigatePrevClicked=this.onNavigatePrevClicked.bind(this),this.onNavigateNextClicked=this.onNavigateNextClicked.bind(this),this.onEnterFullscreen=this.onEnterFullscreen.bind(this)}render(){const e=this.Reveal.getConfig().rtl,i=this.Reveal.getRevealElement();this.element=document.createElement("aside"),this.element.className="controls",this.element.innerHTML=`\n\t\t\t\n\t\t\t\n\t\t\t`,this.Reveal.getRevealElement().appendChild(this.element),this.controlsLeft=t(i,".navigate-left"),this.controlsRight=t(i,".navigate-right"),this.controlsUp=t(i,".navigate-up"),this.controlsDown=t(i,".navigate-down"),this.controlsPrev=t(i,".navigate-prev"),this.controlsNext=t(i,".navigate-next"),this.controlsFullscreen=t(i,".enter-fullscreen"),this.controlsRightArrow=this.element.querySelector(".navigate-right"),this.controlsLeftArrow=this.element.querySelector(".navigate-left"),this.controlsDownArrow=this.element.querySelector(".navigate-down")}configure(e,t){this.element.style.display=e.controls?"block":"none",this.element.setAttribute("data-controls-layout",e.controlsLayout),this.element.setAttribute("data-controls-back-arrows",e.controlsBackArrows)}bind(){let e=["touchstart","click"];g&&(e=["touchstart"]),e.forEach((e=>{this.controlsLeft.forEach((t=>t.addEventListener(e,this.onNavigateLeftClicked,!1))),this.controlsRight.forEach((t=>t.addEventListener(e,this.onNavigateRightClicked,!1))),this.controlsUp.forEach((t=>t.addEventListener(e,this.onNavigateUpClicked,!1))),this.controlsDown.forEach((t=>t.addEventListener(e,this.onNavigateDownClicked,!1))),this.controlsPrev.forEach((t=>t.addEventListener(e,this.onNavigatePrevClicked,!1))),this.controlsNext.forEach((t=>t.addEventListener(e,this.onNavigateNextClicked,!1))),this.controlsFullscreen.forEach((t=>t.addEventListener(e,this.onEnterFullscreen,!1)))}))}unbind(){["touchstart","click"].forEach((e=>{this.controlsLeft.forEach((t=>t.removeEventListener(e,this.onNavigateLeftClicked,!1))),this.controlsRight.forEach((t=>t.removeEventListener(e,this.onNavigateRightClicked,!1))),this.controlsUp.forEach((t=>t.removeEventListener(e,this.onNavigateUpClicked,!1))),this.controlsDown.forEach((t=>t.removeEventListener(e,this.onNavigateDownClicked,!1))),this.controlsPrev.forEach((t=>t.removeEventListener(e,this.onNavigatePrevClicked,!1))),this.controlsNext.forEach((t=>t.removeEventListener(e,this.onNavigateNextClicked,!1))),this.controlsFullscreen.forEach((t=>t.removeEventListener(e,this.onEnterFullscreen,!1)))}))}update(){let e=this.Reveal.availableRoutes();[...this.controlsLeft,...this.controlsRight,...this.controlsUp,...this.controlsDown,...this.controlsPrev,...this.controlsNext].forEach((e=>{e.classList.remove("enabled","fragmented"),e.setAttribute("disabled","disabled")})),e.left&&this.controlsLeft.forEach((e=>{e.classList.add("enabled"),e.removeAttribute("disabled")})),e.right&&this.controlsRight.forEach((e=>{e.classList.add("enabled"),e.removeAttribute("disabled")})),e.up&&this.controlsUp.forEach((e=>{e.classList.add("enabled"),e.removeAttribute("disabled")})),e.down&&this.controlsDown.forEach((e=>{e.classList.add("enabled"),e.removeAttribute("disabled")})),(e.left||e.up)&&this.controlsPrev.forEach((e=>{e.classList.add("enabled"),e.removeAttribute("disabled")})),(e.right||e.down)&&this.controlsNext.forEach((e=>{e.classList.add("enabled"),e.removeAttribute("disabled")}));let t=this.Reveal.getCurrentSlide();if(t){let e=this.Reveal.fragments.availableRoutes();e.prev&&this.controlsPrev.forEach((e=>{e.classList.add("fragmented","enabled"),e.removeAttribute("disabled")})),e.next&&this.controlsNext.forEach((e=>{e.classList.add("fragmented","enabled"),e.removeAttribute("disabled")})),this.Reveal.isVerticalSlide(t)?(e.prev&&this.controlsUp.forEach((e=>{e.classList.add("fragmented","enabled"),e.removeAttribute("disabled")})),e.next&&this.controlsDown.forEach((e=>{e.classList.add("fragmented","enabled"),e.removeAttribute("disabled")}))):(e.prev&&this.controlsLeft.forEach((e=>{e.classList.add("fragmented","enabled"),e.removeAttribute("disabled")})),e.next&&this.controlsRight.forEach((e=>{e.classList.add("fragmented","enabled"),e.removeAttribute("disabled")})))}if(this.Reveal.getConfig().controlsTutorial){let t=this.Reveal.getIndices();!this.Reveal.hasNavigatedVertically()&&e.down?this.controlsDownArrow.classList.add("highlight"):(this.controlsDownArrow.classList.remove("highlight"),this.Reveal.getConfig().rtl?!this.Reveal.hasNavigatedHorizontally()&&e.left&&0===t.v?this.controlsLeftArrow.classList.add("highlight"):this.controlsLeftArrow.classList.remove("highlight"):!this.Reveal.hasNavigatedHorizontally()&&e.right&&0===t.v?this.controlsRightArrow.classList.add("highlight"):this.controlsRightArrow.classList.remove("highlight"))}}destroy(){this.unbind(),this.element.remove()}onNavigateLeftClicked(e){e.preventDefault(),this.Reveal.onUserInput(),"linear"===this.Reveal.getConfig().navigationMode?this.Reveal.prev():this.Reveal.left()}onNavigateRightClicked(e){e.preventDefault(),this.Reveal.onUserInput(),"linear"===this.Reveal.getConfig().navigationMode?this.Reveal.next():this.Reveal.right()}onNavigateUpClicked(e){e.preventDefault(),this.Reveal.onUserInput(),this.Reveal.up()}onNavigateDownClicked(e){e.preventDefault(),this.Reveal.onUserInput(),this.Reveal.down()}onNavigatePrevClicked(e){e.preventDefault(),this.Reveal.onUserInput(),this.Reveal.prev()}onNavigateNextClicked(e){e.preventDefault(),this.Reveal.onUserInput(),this.Reveal.next()}onEnterFullscreen(e){const t=this.Reveal.getConfig(),i=this.Reveal.getViewportElement();o(t.embedded?i:i.parentElement)}}class B{constructor(e){this.Reveal=e,this.onProgressClicked=this.onProgressClicked.bind(this)}render(){this.element=document.createElement("div"),this.element.className="progress",this.Reveal.getRevealElement().appendChild(this.element),this.bar=document.createElement("span"),this.element.appendChild(this.bar)}configure(e,t){this.element.style.display=e.progress?"block":"none"}bind(){this.Reveal.getConfig().progress&&this.element&&this.element.addEventListener("click",this.onProgressClicked,!1)}unbind(){this.Reveal.getConfig().progress&&this.element&&this.element.removeEventListener("click",this.onProgressClicked,!1)}update(){if(this.Reveal.getConfig().progress&&this.bar){let e=this.Reveal.getProgress();this.Reveal.getTotalSlides()<2&&(e=0),this.bar.style.transform="scaleX("+e+")"}}getMaxWidth(){return 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precedence.\n *\n * @param {object} a\n * @param {object} b\n */\nexport const extend = ( a, b ) => {\n\n\tfor( let i in b ) {\n\t\ta[ i ] = b[ i ];\n\t}\n\n\treturn a;\n\n}\n\n/**\n * querySelectorAll but returns an Array.\n */\nexport const queryAll = ( el, selector ) => {\n\n\treturn Array.from( el.querySelectorAll( selector ) );\n\n}\n\n/**\n * classList.toggle() with cross browser support\n */\nexport const toggleClass = ( el, className, value ) => {\n\tif( value ) {\n\t\tel.classList.add( className );\n\t}\n\telse {\n\t\tel.classList.remove( className );\n\t}\n}\n\n/**\n * Utility for deserializing a value.\n *\n * @param {*} value\n * @return {*}\n */\nexport const deserialize = ( value ) => {\n\n\tif( typeof value === 'string' ) {\n\t\tif( value === 'null' ) return null;\n\t\telse if( value === 'true' ) return true;\n\t\telse if( value === 'false' ) return false;\n\t\telse if( value.match( /^-?[\\d\\.]+$/ ) ) return parseFloat( value );\n\t}\n\n\treturn value;\n\n}\n\n/**\n * Measures the distance in pixels between point a\n * and point b.\n *\n * @param {object} a point with x/y properties\n * @param {object} b point with x/y properties\n *\n * @return {number}\n */\nexport const distanceBetween = ( a, b ) => {\n\n\tlet dx = a.x - b.x,\n\t\tdy = a.y - b.y;\n\n\treturn Math.sqrt( dx*dx + dy*dy );\n\n}\n\n/**\n * Applies a CSS transform to the target element.\n *\n * @param {HTMLElement} element\n * @param {string} transform\n */\nexport const transformElement = ( element, transform ) => {\n\n\telement.style.transform = transform;\n\n}\n\n/**\n * Element.matches with IE support.\n *\n * @param {HTMLElement} target The element to match\n * @param {String} selector The CSS selector to match\n * the element against\n *\n * @return {Boolean}\n */\nexport const matches = ( target, selector ) => {\n\n\tlet matchesMethod = target.matches || target.matchesSelector || target.msMatchesSelector;\n\n\treturn !!( matchesMethod && matchesMethod.call( target, selector ) );\n\n}\n\n/**\n * Find the closest parent that matches the given\n * selector.\n *\n * @param {HTMLElement} target The child element\n * @param {String} selector The CSS selector to match\n * the parents against\n *\n * @return {HTMLElement} The matched parent or null\n * if no matching parent was found\n */\nexport const closest = ( target, selector ) => {\n\n\t// Native Element.closest\n\tif( typeof target.closest === 'function' ) {\n\t\treturn target.closest( selector );\n\t}\n\n\t// Polyfill\n\twhile( target ) {\n\t\tif( matches( target, selector ) ) {\n\t\t\treturn target;\n\t\t}\n\n\t\t// Keep searching\n\t\ttarget = target.parentNode;\n\t}\n\n\treturn null;\n\n}\n\n/**\n * Handling the fullscreen functionality via the fullscreen API\n *\n * @see http://fullscreen.spec.whatwg.org/\n * @see https://developer.mozilla.org/en-US/docs/DOM/Using_fullscreen_mode\n */\nexport const enterFullscreen = element => {\n\n\telement = element || document.documentElement;\n\n\t// Check which implementation is available\n\tlet requestMethod = element.requestFullscreen ||\n\t\t\t\t\t\telement.webkitRequestFullscreen ||\n\t\t\t\t\t\telement.webkitRequestFullScreen ||\n\t\t\t\t\t\telement.mozRequestFullScreen ||\n\t\t\t\t\t\telement.msRequestFullscreen;\n\n\tif( requestMethod ) {\n\t\trequestMethod.apply( element );\n\t}\n\n}\n\n/**\n * Creates an HTML element and returns a reference to it.\n * If the element already exists the existing instance will\n * be returned.\n *\n * @param {HTMLElement} container\n * @param {string} tagname\n * @param {string} classname\n * @param {string} innerHTML\n *\n * @return {HTMLElement}\n */\nexport const createSingletonNode = ( container, tagname, classname, innerHTML='' ) => {\n\n\t// Find all nodes matching the description\n\tlet nodes = container.querySelectorAll( '.' + classname );\n\n\t// Check all matches to find one which is a direct child of\n\t// the specified container\n\tfor( let i = 0; i < nodes.length; i++ ) {\n\t\tlet testNode = nodes[i];\n\t\tif( testNode.parentNode === container ) {\n\t\t\treturn testNode;\n\t\t}\n\t}\n\n\t// If no node was found, create it now\n\tlet node = document.createElement( tagname );\n\tnode.className = classname;\n\tnode.innerHTML = innerHTML;\n\tcontainer.appendChild( node );\n\n\treturn node;\n\n}\n\n/**\n * Injects the given CSS styles into the DOM.\n *\n * @param {string} value\n */\nexport const createStyleSheet = ( value ) => {\n\n\tlet tag = document.createElement( 'style' );\n\ttag.type = 'text/css';\n\n\tif( value && value.length > 0 ) {\n\t\tif( tag.styleSheet ) {\n\t\t\ttag.styleSheet.cssText = value;\n\t\t}\n\t\telse {\n\t\t\ttag.appendChild( document.createTextNode( value ) );\n\t\t}\n\t}\n\n\tdocument.head.appendChild( tag );\n\n\treturn tag;\n\n}\n\n/**\n * Returns a key:value hash of all query params.\n */\nexport const getQueryHash = () => {\n\n\tlet query = {};\n\n\tlocation.search.replace( /[A-Z0-9]+?=([\\w\\.%-]*)/gi, a => {\n\t\tquery[ a.split( '=' ).shift() ] = a.split( '=' ).pop();\n\t} );\n\n\t// Basic deserialization\n\tfor( let i in query ) {\n\t\tlet value = query[ i ];\n\n\t\tquery[ i ] = deserialize( unescape( value ) );\n\t}\n\n\t// Do not accept new dependencies via query config to avoid\n\t// the potential of malicious script injection\n\tif( typeof query['dependencies'] !== 'undefined' ) delete query['dependencies'];\n\n\treturn query;\n\n}\n\n/**\n * Returns the remaining height within the parent of the\n * target element.\n *\n * remaining height = [ configured parent height ] - [ current parent height ]\n *\n * @param {HTMLElement} element\n * @param {number} [height]\n */\nexport const getRemainingHeight = ( element, height = 0 ) => {\n\n\tif( element ) {\n\t\tlet newHeight, oldHeight = element.style.height;\n\n\t\t// Change the .stretch element height to 0 in order find the height of all\n\t\t// the other elements\n\t\telement.style.height = '0px';\n\n\t\t// In Overview mode, the parent (.slide) height is set of 700px.\n\t\t// Restore it temporarily to its natural height.\n\t\telement.parentNode.style.height = 'auto';\n\n\t\tnewHeight = height - element.parentNode.offsetHeight;\n\n\t\t// Restore the old height, just in case\n\t\telement.style.height = oldHeight + 'px';\n\n\t\t// Clear the parent (.slide) height. .removeProperty works in IE9+\n\t\telement.parentNode.style.removeProperty('height');\n\n\t\treturn newHeight;\n\t}\n\n\treturn height;\n\n}\n\nconst fileExtensionToMimeMap = {\n\t'mp4': 'video/mp4',\n\t'm4a': 'video/mp4',\n\t'ogv': 'video/ogg',\n\t'mpeg': 'video/mpeg',\n\t'webm': 'video/webm'\n}\n\n/**\n * Guess the MIME type for common file formats.\n */\nexport const getMimeTypeFromFile = ( filename='' ) => {\n\treturn fileExtensionToMimeMap[filename.split('.').pop()]\n}\n\n/**\n * Encodes a string for RFC3986-compliant URL format.\n * https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/encodeURI#encoding_for_rfc3986\n *\n * @param {string} url\n */\nexport const encodeRFC3986URI = ( url='' ) => {\n\treturn encodeURI(url)\n\t .replace(/%5B/g, \"[\")\n\t .replace(/%5D/g, \"]\")\n\t .replace(\n\t\t/[!'()*]/g,\n\t\t(c) => `%${c.charCodeAt(0).toString(16).toUpperCase()}`\n\t );\n}","const UA = navigator.userAgent;\n\nexport const isMobile = /(iphone|ipod|ipad|android)/gi.test( UA ) ||\n\t\t\t\t\t\t( navigator.platform === 'MacIntel' && navigator.maxTouchPoints > 1 ); // iPadOS\n\nexport const isChrome = /chrome/i.test( UA ) && !/edge/i.test( UA );\n\nexport const isAndroid = /android/gi.test( UA );","/**\n * fitty v2.3.7 - Snugly resizes text to fit its parent container\n * Copyright (c) 2023 Rik Schennink (https://pqina.nl/)\n */\n\nvar e=function(e){if(e){var t=function(e){return[].slice.call(e)},n=0,i=1,r=2,o=3,a=[],l=null,u=\"requestAnimationFrame\"in e?function(){e.cancelAnimationFrame(l),l=e.requestAnimationFrame((function(){return s(a.filter((function(e){return e.dirty&&e.active})))}))}:function(){},c=function(e){return function(){a.forEach((function(t){return t.dirty=e})),u()}},s=function(e){e.filter((function(e){return!e.styleComputed})).forEach((function(e){e.styleComputed=m(e)})),e.filter(y).forEach(v);var t=e.filter(p);t.forEach(d),t.forEach((function(e){v(e),f(e)})),t.forEach(S)},f=function(e){return e.dirty=n},d=function(e){e.availableWidth=e.element.parentNode.clientWidth,e.currentWidth=e.element.scrollWidth,e.previousFontSize=e.currentFontSize,e.currentFontSize=Math.min(Math.max(e.minSize,e.availableWidth/e.currentWidth*e.previousFontSize),e.maxSize),e.whiteSpace=e.multiLine&&e.currentFontSize===e.minSize?\"normal\":\"nowrap\"},p=function(e){return e.dirty!==r||e.dirty===r&&e.element.parentNode.clientWidth!==e.availableWidth},m=function(t){var n=e.getComputedStyle(t.element,null);return t.currentFontSize=parseFloat(n.getPropertyValue(\"font-size\")),t.display=n.getPropertyValue(\"display\"),t.whiteSpace=n.getPropertyValue(\"white-space\"),!0},y=function(e){var t=!1;return!e.preStyleTestCompleted&&(/inline-/.test(e.display)||(t=!0,e.display=\"inline-block\"),\"nowrap\"!==e.whiteSpace&&(t=!0,e.whiteSpace=\"nowrap\"),e.preStyleTestCompleted=!0,t)},v=function(e){e.element.style.whiteSpace=e.whiteSpace,e.element.style.display=e.display,e.element.style.fontSize=e.currentFontSize+\"px\"},S=function(e){e.element.dispatchEvent(new CustomEvent(\"fit\",{detail:{oldValue:e.previousFontSize,newValue:e.currentFontSize,scaleFactor:e.currentFontSize/e.previousFontSize}}))},h=function(e,t){return function(){e.dirty=t,e.active&&u()}},w=function(e){return function(){a=a.filter((function(t){return t.element!==e.element})),e.observeMutations&&e.observer.disconnect(),e.element.style.whiteSpace=e.originalStyle.whiteSpace,e.element.style.display=e.originalStyle.display,e.element.style.fontSize=e.originalStyle.fontSize}},b=function(e){return function(){e.active||(e.active=!0,u())}},z=function(e){return function(){return e.active=!1}},F=function(e){e.observeMutations&&(e.observer=new MutationObserver(h(e,i)),e.observer.observe(e.element,e.observeMutations))},g={minSize:16,maxSize:512,multiLine:!0,observeMutations:\"MutationObserver\"in e&&{subtree:!0,childList:!0,characterData:!0}},W=null,E=function(){e.clearTimeout(W),W=e.setTimeout(c(r),x.observeWindowDelay)},M=[\"resize\",\"orientationchange\"];return Object.defineProperty(x,\"observeWindow\",{set:function(t){var n=\"\".concat(t?\"add\":\"remove\",\"EventListener\");M.forEach((function(t){e[n](t,E)}))}}),x.observeWindow=!0,x.observeWindowDelay=100,x.fitAll=c(o),x}function C(e,t){var n=Object.assign({},g,t),i=e.map((function(e){var t=Object.assign({},n,{element:e,active:!0});return function(e){e.originalStyle={whiteSpace:e.element.style.whiteSpace,display:e.element.style.display,fontSize:e.element.style.fontSize},F(e),e.newbie=!0,e.dirty=!0,a.push(e)}(t),{element:e,fit:h(t,o),unfreeze:b(t),freeze:z(t),unsubscribe:w(t)}}));return u(),i}function x(e){var n=arguments.length>1&&void 0!==arguments[1]?arguments[1]:{};return\"string\"==typeof e?C(t(document.querySelectorAll(e)),n):C([e],n)[0]}}(\"undefined\"==typeof window?null:window);export default e;\n","import { extend, queryAll, closest, getMimeTypeFromFile, encodeRFC3986URI } from '../utils/util.js'\nimport { isMobile } from '../utils/device.js'\n\nimport fitty from 'fitty';\n\n/**\n * Handles loading, unloading and playback of slide\n * content such as images, videos and iframes.\n */\nexport default class SlideContent {\n\n\tconstructor( Reveal ) {\n\n\t\tthis.Reveal = Reveal;\n\n\t\tthis.startEmbeddedIframe = this.startEmbeddedIframe.bind( this );\n\n\t}\n\n\t/**\n\t * Should the given element be preloaded?\n\t * Decides based on local element attributes and global config.\n\t *\n\t * @param {HTMLElement} element\n\t */\n\tshouldPreload( element ) {\n\n\t\tif( this.Reveal.isScrollView() ) {\n\t\t\treturn true;\n\t\t}\n\n\t\t// Prefer an explicit global preload setting\n\t\tlet preload = this.Reveal.getConfig().preloadIframes;\n\n\t\t// If no global setting is available, fall back on the element's\n\t\t// own preload setting\n\t\tif( typeof preload !== 'boolean' ) {\n\t\t\tpreload = element.hasAttribute( 'data-preload' );\n\t\t}\n\n\t\treturn preload;\n\t}\n\n\t/**\n\t * Called when the given slide is within the configured view\n\t * distance. Shows the slide element and loads any content\n\t * that is set to load lazily (data-src).\n\t *\n\t * @param {HTMLElement} slide Slide to show\n\t */\n\tload( slide, options = {} ) {\n\n\t\t// Show the slide element\n\t\tslide.style.display = this.Reveal.getConfig().display;\n\n\t\t// Media elements with data-src attributes\n\t\tqueryAll( slide, 'img[data-src], video[data-src], audio[data-src], iframe[data-src]' ).forEach( element => {\n\t\t\tif( element.tagName !== 'IFRAME' || this.shouldPreload( element ) ) {\n\t\t\t\telement.setAttribute( 'src', element.getAttribute( 'data-src' ) );\n\t\t\t\telement.setAttribute( 'data-lazy-loaded', '' );\n\t\t\t\telement.removeAttribute( 'data-src' );\n\t\t\t}\n\t\t} );\n\n\t\t// Media elements with children\n\t\tqueryAll( slide, 'video, audio' ).forEach( media => {\n\t\t\tlet sources = 0;\n\n\t\t\tqueryAll( media, 'source[data-src]' ).forEach( source => {\n\t\t\t\tsource.setAttribute( 'src', source.getAttribute( 'data-src' ) );\n\t\t\t\tsource.removeAttribute( 'data-src' );\n\t\t\t\tsource.setAttribute( 'data-lazy-loaded', '' );\n\t\t\t\tsources += 1;\n\t\t\t} );\n\n\t\t\t// Enable inline video playback in mobile Safari\n\t\t\tif( isMobile && media.tagName === 'VIDEO' ) {\n\t\t\t\tmedia.setAttribute( 'playsinline', '' );\n\t\t\t}\n\n\t\t\t// If we rewrote sources for this video/audio element, we need\n\t\t\t// to manually tell it to load from its new origin\n\t\t\tif( sources > 0 ) {\n\t\t\t\tmedia.load();\n\t\t\t}\n\t\t} );\n\n\n\t\t// Show the corresponding background element\n\t\tlet background = slide.slideBackgroundElement;\n\t\tif( background ) {\n\t\t\tbackground.style.display = 'block';\n\n\t\t\tlet backgroundContent = slide.slideBackgroundContentElement;\n\t\t\tlet backgroundIframe = slide.getAttribute( 'data-background-iframe' );\n\n\t\t\t// If the background contains media, load it\n\t\t\tif( background.hasAttribute( 'data-loaded' ) === false ) {\n\t\t\t\tbackground.setAttribute( 'data-loaded', 'true' );\n\n\t\t\t\tlet backgroundImage = slide.getAttribute( 'data-background-image' ),\n\t\t\t\t\tbackgroundVideo = slide.getAttribute( 'data-background-video' ),\n\t\t\t\t\tbackgroundVideoLoop = slide.hasAttribute( 'data-background-video-loop' ),\n\t\t\t\t\tbackgroundVideoMuted = slide.hasAttribute( 'data-background-video-muted' );\n\n\t\t\t\t// Images\n\t\t\t\tif( backgroundImage ) {\n\t\t\t\t\t// base64\n\t\t\t\t\tif( /^data:/.test( backgroundImage.trim() ) ) {\n\t\t\t\t\t\tbackgroundContent.style.backgroundImage = `url(${backgroundImage.trim()})`;\n\t\t\t\t\t}\n\t\t\t\t\t// URL(s)\n\t\t\t\t\telse {\n\t\t\t\t\t\tbackgroundContent.style.backgroundImage = backgroundImage.split( ',' ).map( background => {\n\t\t\t\t\t\t\t// Decode URL(s) that are already encoded first\n\t\t\t\t\t\t\tlet decoded = decodeURI(background.trim());\n\t\t\t\t\t\t\treturn `url(${encodeRFC3986URI(decoded)})`;\n\t\t\t\t\t\t}).join( ',' );\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Videos\n\t\t\t\telse if ( backgroundVideo && !this.Reveal.isSpeakerNotes() ) {\n\t\t\t\t\tlet video = document.createElement( 'video' );\n\n\t\t\t\t\tif( backgroundVideoLoop ) {\n\t\t\t\t\t\tvideo.setAttribute( 'loop', '' );\n\t\t\t\t\t}\n\n\t\t\t\t\tif( backgroundVideoMuted ) {\n\t\t\t\t\t\tvideo.muted = true;\n\t\t\t\t\t}\n\n\t\t\t\t\t// Enable inline playback in mobile Safari\n\t\t\t\t\t//\n\t\t\t\t\t// Mute is required for video to play when using\n\t\t\t\t\t// swipe gestures to navigate since they don't\n\t\t\t\t\t// count as direct user actions :'(\n\t\t\t\t\tif( isMobile ) {\n\t\t\t\t\t\tvideo.muted = true;\n\t\t\t\t\t\tvideo.setAttribute( 'playsinline', '' );\n\t\t\t\t\t}\n\n\t\t\t\t\t// Support comma separated lists of video sources\n\t\t\t\t\tbackgroundVideo.split( ',' ).forEach( source => {\n\t\t\t\t\t\tconst sourceElement = document.createElement( 'source' );\n\t\t\t\t\t\tsourceElement.setAttribute( 'src', source );\n\n\t\t\t\t\t\tlet type = getMimeTypeFromFile( source );\n\t\t\t\t\t\tif( type ) {\n\t\t\t\t\t\t\tsourceElement.setAttribute( 'type', type );\n\t\t\t\t\t\t}\n\n\t\t\t\t\t\tvideo.appendChild( sourceElement );\n\t\t\t\t\t} );\n\n\t\t\t\t\tbackgroundContent.appendChild( video );\n\t\t\t\t}\n\t\t\t\t// Iframes\n\t\t\t\telse if( backgroundIframe && options.excludeIframes !== true ) {\n\t\t\t\t\tlet iframe = document.createElement( 'iframe' );\n\t\t\t\t\tiframe.setAttribute( 'allowfullscreen', '' );\n\t\t\t\t\tiframe.setAttribute( 'mozallowfullscreen', '' );\n\t\t\t\t\tiframe.setAttribute( 'webkitallowfullscreen', '' );\n\t\t\t\t\tiframe.setAttribute( 'allow', 'autoplay' );\n\n\t\t\t\t\tiframe.setAttribute( 'data-src', backgroundIframe );\n\n\t\t\t\t\tiframe.style.width = '100%';\n\t\t\t\t\tiframe.style.height = '100%';\n\t\t\t\t\tiframe.style.maxHeight = '100%';\n\t\t\t\t\tiframe.style.maxWidth = '100%';\n\n\t\t\t\t\tbackgroundContent.appendChild( iframe );\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t// Start loading preloadable iframes\n\t\t\tlet backgroundIframeElement = backgroundContent.querySelector( 'iframe[data-src]' );\n\t\t\tif( backgroundIframeElement ) {\n\n\t\t\t\t// Check if this iframe is eligible to be preloaded\n\t\t\t\tif( this.shouldPreload( background ) && !/autoplay=(1|true|yes)/gi.test( backgroundIframe ) ) {\n\t\t\t\t\tif( backgroundIframeElement.getAttribute( 'src' ) !== backgroundIframe ) {\n\t\t\t\t\t\tbackgroundIframeElement.setAttribute( 'src', backgroundIframe );\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\t\t}\n\n\t\t}\n\n\t\tthis.layout( slide );\n\n\t}\n\n\t/**\n\t * Applies JS-dependent layout helpers for the scope.\n\t */\n\tlayout( scopeElement ) {\n\n\t\t// Autosize text with the r-fit-text class based on the\n\t\t// size of its container. This needs to happen after the\n\t\t// slide is visible in order to measure the text.\n\t\tArray.from( scopeElement.querySelectorAll( '.r-fit-text' ) ).forEach( element => {\n\t\t\tfitty( element, {\n\t\t\t\tminSize: 24,\n\t\t\t\tmaxSize: this.Reveal.getConfig().height * 0.8,\n\t\t\t\tobserveMutations: false,\n\t\t\t\tobserveWindow: false\n\t\t\t} );\n\t\t} );\n\n\t}\n\n\t/**\n\t * Unloads and hides the given slide. This is called when the\n\t * slide is moved outside of the configured view distance.\n\t *\n\t * @param {HTMLElement} slide\n\t */\n\tunload( slide ) {\n\n\t\t// Hide the slide element\n\t\tslide.style.display = 'none';\n\n\t\t// Hide the corresponding background element\n\t\tlet background = this.Reveal.getSlideBackground( slide );\n\t\tif( background ) {\n\t\t\tbackground.style.display = 'none';\n\n\t\t\t// Unload any background iframes\n\t\t\tqueryAll( background, 'iframe[src]' ).forEach( element => {\n\t\t\t\telement.removeAttribute( 'src' );\n\t\t\t} );\n\t\t}\n\n\t\t// Reset lazy-loaded media elements with src attributes\n\t\tqueryAll( slide, 'video[data-lazy-loaded][src], audio[data-lazy-loaded][src], iframe[data-lazy-loaded][src]' ).forEach( element => {\n\t\t\telement.setAttribute( 'data-src', element.getAttribute( 'src' ) );\n\t\t\telement.removeAttribute( 'src' );\n\t\t} );\n\n\t\t// Reset lazy-loaded media elements with children\n\t\tqueryAll( slide, 'video[data-lazy-loaded] source[src], audio source[src]' ).forEach( source => {\n\t\t\tsource.setAttribute( 'data-src', source.getAttribute( 'src' ) );\n\t\t\tsource.removeAttribute( 'src' );\n\t\t} );\n\n\t}\n\n\t/**\n\t * Enforces origin-specific format rules for embedded media.\n\t */\n\tformatEmbeddedContent() {\n\n\t\tlet _appendParamToIframeSource = ( sourceAttribute, sourceURL, param ) => {\n\t\t\tqueryAll( this.Reveal.getSlidesElement(), 'iframe['+ sourceAttribute +'*=\"'+ sourceURL +'\"]' ).forEach( el => {\n\t\t\t\tlet src = el.getAttribute( sourceAttribute );\n\t\t\t\tif( src && src.indexOf( param ) === -1 ) {\n\t\t\t\t\tel.setAttribute( sourceAttribute, src + ( !/\\?/.test( src ) ? '?' : '&' ) + param );\n\t\t\t\t}\n\t\t\t});\n\t\t};\n\n\t\t// YouTube frames must include \"?enablejsapi=1\"\n\t\t_appendParamToIframeSource( 'src', 'youtube.com/embed/', 'enablejsapi=1' );\n\t\t_appendParamToIframeSource( 'data-src', 'youtube.com/embed/', 'enablejsapi=1' );\n\n\t\t// Vimeo frames must include \"?api=1\"\n\t\t_appendParamToIframeSource( 'src', 'player.vimeo.com/', 'api=1' );\n\t\t_appendParamToIframeSource( 'data-src', 'player.vimeo.com/', 'api=1' );\n\n\t}\n\n\t/**\n\t * Start playback of any embedded content inside of\n\t * the given element.\n\t *\n\t * @param {HTMLElement} element\n\t */\n\tstartEmbeddedContent( element ) {\n\n\t\tif( element && !this.Reveal.isSpeakerNotes() ) {\n\n\t\t\t// Restart GIFs\n\t\t\tqueryAll( element, 'img[src$=\".gif\"]' ).forEach( el => {\n\t\t\t\t// Setting the same unchanged source like this was confirmed\n\t\t\t\t// to work in Chrome, FF & Safari\n\t\t\t\tel.setAttribute( 'src', el.getAttribute( 'src' ) );\n\t\t\t} );\n\n\t\t\t// HTML5 media elements\n\t\t\tqueryAll( element, 'video, audio' ).forEach( el => {\n\t\t\t\tif( closest( el, '.fragment' ) && !closest( el, '.fragment.visible' ) ) {\n\t\t\t\t\treturn;\n\t\t\t\t}\n\n\t\t\t\t// Prefer an explicit global autoplay setting\n\t\t\t\tlet autoplay = this.Reveal.getConfig().autoPlayMedia;\n\n\t\t\t\t// If no global setting is available, fall back on the element's\n\t\t\t\t// own autoplay setting\n\t\t\t\tif( typeof autoplay !== 'boolean' ) {\n\t\t\t\t\tautoplay = el.hasAttribute( 'data-autoplay' ) || !!closest( el, '.slide-background' );\n\t\t\t\t}\n\n\t\t\t\tif( autoplay && typeof el.play === 'function' ) {\n\n\t\t\t\t\t// If the media is ready, start playback\n\t\t\t\t\tif( el.readyState > 1 ) {\n\t\t\t\t\t\tthis.startEmbeddedMedia( { target: el } );\n\t\t\t\t\t}\n\t\t\t\t\t// Mobile devices never fire a loaded event so instead\n\t\t\t\t\t// of waiting, we initiate playback\n\t\t\t\t\telse if( isMobile ) {\n\t\t\t\t\t\tlet promise = el.play();\n\n\t\t\t\t\t\t// If autoplay does not work, ensure that the controls are visible so\n\t\t\t\t\t\t// that the viewer can start the media on their own\n\t\t\t\t\t\tif( promise && typeof promise.catch === 'function' && el.controls === false ) {\n\t\t\t\t\t\t\tpromise.catch( () => {\n\t\t\t\t\t\t\t\tel.controls = true;\n\n\t\t\t\t\t\t\t\t// Once the video does start playing, hide the controls again\n\t\t\t\t\t\t\t\tel.addEventListener( 'play', () => {\n\t\t\t\t\t\t\t\t\tel.controls = false;\n\t\t\t\t\t\t\t\t} );\n\t\t\t\t\t\t\t} );\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\t// If the media isn't loaded, wait before playing\n\t\t\t\t\telse {\n\t\t\t\t\t\tel.removeEventListener( 'loadeddata', this.startEmbeddedMedia ); // remove first to avoid dupes\n\t\t\t\t\t\tel.addEventListener( 'loadeddata', this.startEmbeddedMedia );\n\t\t\t\t\t}\n\n\t\t\t\t}\n\t\t\t} );\n\n\t\t\t// Normal iframes\n\t\t\tqueryAll( element, 'iframe[src]' ).forEach( el => {\n\t\t\t\tif( closest( el, '.fragment' ) && !closest( el, '.fragment.visible' ) ) {\n\t\t\t\t\treturn;\n\t\t\t\t}\n\n\t\t\t\tthis.startEmbeddedIframe( { target: el } );\n\t\t\t} );\n\n\t\t\t// Lazy loading iframes\n\t\t\tqueryAll( element, 'iframe[data-src]' ).forEach( el => {\n\t\t\t\tif( closest( el, '.fragment' ) && !closest( el, '.fragment.visible' ) ) {\n\t\t\t\t\treturn;\n\t\t\t\t}\n\n\t\t\t\tif( el.getAttribute( 'src' ) !== el.getAttribute( 'data-src' ) ) {\n\t\t\t\t\tel.removeEventListener( 'load', this.startEmbeddedIframe ); // remove first to avoid dupes\n\t\t\t\t\tel.addEventListener( 'load', this.startEmbeddedIframe );\n\t\t\t\t\tel.setAttribute( 'src', el.getAttribute( 'data-src' ) );\n\t\t\t\t}\n\t\t\t} );\n\n\t\t}\n\n\t}\n\n\t/**\n\t * Starts playing an embedded video/audio element after\n\t * it has finished loading.\n\t *\n\t * @param {object} event\n\t */\n\tstartEmbeddedMedia( event ) {\n\n\t\tlet isAttachedToDOM = !!closest( event.target, 'html' ),\n\t\t\tisVisible \t\t= !!closest( event.target, '.present' );\n\n\t\tif( isAttachedToDOM && isVisible ) {\n\t\t\t// Don't restart if media is already playing\n\t\t\tif( event.target.paused || event.target.ended ) {\n\t\t\t\tevent.target.currentTime = 0;\n\t\t\t\tevent.target.play();\n\t\t\t}\n\t\t}\n\n\t\tevent.target.removeEventListener( 'loadeddata', this.startEmbeddedMedia );\n\n\t}\n\n\t/**\n\t * \"Starts\" the content of an embedded iframe using the\n\t * postMessage API.\n\t *\n\t * @param {object} event\n\t */\n\tstartEmbeddedIframe( event ) {\n\n\t\tlet iframe = event.target;\n\n\t\tif( iframe && iframe.contentWindow ) {\n\n\t\t\tlet isAttachedToDOM = !!closest( event.target, 'html' ),\n\t\t\t\tisVisible \t\t= !!closest( event.target, '.present' );\n\n\t\t\tif( isAttachedToDOM && isVisible ) {\n\n\t\t\t\t// Prefer an explicit global autoplay setting\n\t\t\t\tlet autoplay = this.Reveal.getConfig().autoPlayMedia;\n\n\t\t\t\t// If no global setting is available, fall back on the element's\n\t\t\t\t// own autoplay setting\n\t\t\t\tif( typeof autoplay !== 'boolean' ) {\n\t\t\t\t\tautoplay = iframe.hasAttribute( 'data-autoplay' ) || !!closest( iframe, '.slide-background' );\n\t\t\t\t}\n\n\t\t\t\t// YouTube postMessage API\n\t\t\t\tif( /youtube\\.com\\/embed\\//.test( iframe.getAttribute( 'src' ) ) && autoplay ) {\n\t\t\t\t\tiframe.contentWindow.postMessage( '{\"event\":\"command\",\"func\":\"playVideo\",\"args\":\"\"}', '*' );\n\t\t\t\t}\n\t\t\t\t// Vimeo postMessage API\n\t\t\t\telse if( /player\\.vimeo\\.com\\//.test( iframe.getAttribute( 'src' ) ) && autoplay ) {\n\t\t\t\t\tiframe.contentWindow.postMessage( '{\"method\":\"play\"}', '*' );\n\t\t\t\t}\n\t\t\t\t// Generic postMessage API\n\t\t\t\telse {\n\t\t\t\t\tiframe.contentWindow.postMessage( 'slide:start', '*' );\n\t\t\t\t}\n\n\t\t\t}\n\n\t\t}\n\n\t}\n\n\t/**\n\t * Stop playback of any embedded content inside of\n\t * the targeted slide.\n\t *\n\t * @param {HTMLElement} element\n\t */\n\tstopEmbeddedContent( element, options = {} ) {\n\n\t\toptions = extend( {\n\t\t\t// Defaults\n\t\t\tunloadIframes: true\n\t\t}, options );\n\n\t\tif( element && element.parentNode ) {\n\t\t\t// HTML5 media elements\n\t\t\tqueryAll( element, 'video, audio' ).forEach( el => {\n\t\t\t\tif( !el.hasAttribute( 'data-ignore' ) && typeof el.pause === 'function' ) {\n\t\t\t\t\tel.setAttribute('data-paused-by-reveal', '');\n\t\t\t\t\tel.pause();\n\t\t\t\t}\n\t\t\t} );\n\n\t\t\t// Generic postMessage API for non-lazy loaded iframes\n\t\t\tqueryAll( element, 'iframe' ).forEach( el => {\n\t\t\t\tif( el.contentWindow ) el.contentWindow.postMessage( 'slide:stop', '*' );\n\t\t\t\tel.removeEventListener( 'load', this.startEmbeddedIframe );\n\t\t\t});\n\n\t\t\t// YouTube postMessage API\n\t\t\tqueryAll( element, 'iframe[src*=\"youtube.com/embed/\"]' ).forEach( el => {\n\t\t\t\tif( !el.hasAttribute( 'data-ignore' ) && el.contentWindow && typeof el.contentWindow.postMessage === 'function' ) {\n\t\t\t\t\tel.contentWindow.postMessage( '{\"event\":\"command\",\"func\":\"pauseVideo\",\"args\":\"\"}', '*' );\n\t\t\t\t}\n\t\t\t});\n\n\t\t\t// Vimeo postMessage API\n\t\t\tqueryAll( element, 'iframe[src*=\"player.vimeo.com/\"]' ).forEach( el => {\n\t\t\t\tif( !el.hasAttribute( 'data-ignore' ) && el.contentWindow && typeof el.contentWindow.postMessage === 'function' ) {\n\t\t\t\t\tel.contentWindow.postMessage( '{\"method\":\"pause\"}', '*' );\n\t\t\t\t}\n\t\t\t});\n\n\t\t\tif( options.unloadIframes === true ) {\n\t\t\t\t// Unload lazy-loaded iframes\n\t\t\t\tqueryAll( element, 'iframe[data-src]' ).forEach( el => {\n\t\t\t\t\t// Only removing the src doesn't actually unload the frame\n\t\t\t\t\t// in all browsers (Firefox) so we set it to blank first\n\t\t\t\t\tel.setAttribute( 'src', 'about:blank' );\n\t\t\t\t\tel.removeAttribute( 'src' );\n\t\t\t\t} );\n\t\t\t}\n\t\t}\n\n\t}\n\n}\n","\nexport const SLIDES_SELECTOR = '.slides section';\nexport const HORIZONTAL_SLIDES_SELECTOR = '.slides>section';\nexport const VERTICAL_SLIDES_SELECTOR = '.slides>section.present>section';\nexport const HORIZONTAL_BACKGROUNDS_SELECTOR = '.backgrounds>.slide-background';\n\n// Methods that may not be invoked via the postMessage API\nexport const POST_MESSAGE_METHOD_BLACKLIST = /registerPlugin|registerKeyboardShortcut|addKeyBinding|addEventListener|showPreview/;\n\n// Regex for retrieving the fragment style from a class attribute\nexport const FRAGMENT_STYLE_REGEX = /fade-(down|up|right|left|out|in-then-out|in-then-semi-out)|semi-fade-out|current-visible|shrink|grow/;\n\n// Slide number formats\nexport const SLIDE_NUMBER_FORMAT_HORIZONTAL_DOT_VERTICAL = 'h.v';\nexport const SLIDE_NUMBER_FORMAT_HORIZONTAL_SLASH_VERTICAL = 'h/v';\nexport const SLIDE_NUMBER_FORMAT_CURRENT = 'c';\nexport const SLIDE_NUMBER_FORMAT_CURRENT_SLASH_TOTAL = 'c/t';","import {\n\tSLIDE_NUMBER_FORMAT_CURRENT,\n\tSLIDE_NUMBER_FORMAT_CURRENT_SLASH_TOTAL,\n\tSLIDE_NUMBER_FORMAT_HORIZONTAL_DOT_VERTICAL,\n\tSLIDE_NUMBER_FORMAT_HORIZONTAL_SLASH_VERTICAL\n} from \"../utils/constants\";\n\n/**\n * Handles the display of reveal.js' optional slide number.\n */\nexport default class SlideNumber {\n\n\tconstructor( Reveal ) {\n\n\t\tthis.Reveal = Reveal;\n\n\t}\n\n\trender() {\n\n\t\tthis.element = document.createElement( 'div' );\n\t\tthis.element.className = 'slide-number';\n\t\tthis.Reveal.getRevealElement().appendChild( this.element );\n\n\t}\n\n\t/**\n\t * Called when the reveal.js config is updated.\n\t */\n\tconfigure( config, oldConfig ) {\n\n\t\tlet slideNumberDisplay = 'none';\n\t\tif( config.slideNumber && !this.Reveal.isPrintView() ) {\n\t\t\tif( config.showSlideNumber === 'all' ) {\n\t\t\t\tslideNumberDisplay = 'block';\n\t\t\t}\n\t\t\telse if( config.showSlideNumber === 'speaker' && this.Reveal.isSpeakerNotes() ) {\n\t\t\t\tslideNumberDisplay = 'block';\n\t\t\t}\n\t\t}\n\n\t\tthis.element.style.display = slideNumberDisplay;\n\n\t}\n\n\t/**\n\t * Updates the slide number to match the current slide.\n\t */\n\tupdate() {\n\n\t\t// Update slide number if enabled\n\t\tif( this.Reveal.getConfig().slideNumber && this.element ) {\n\t\t\tthis.element.innerHTML = this.getSlideNumber();\n\t\t}\n\n\t}\n\n\t/**\n\t * Returns the HTML string corresponding to the current slide\n\t * number, including formatting.\n\t */\n\tgetSlideNumber( slide = this.Reveal.getCurrentSlide() ) {\n\n\t\tlet config = this.Reveal.getConfig();\n\t\tlet value;\n\t\tlet format = SLIDE_NUMBER_FORMAT_HORIZONTAL_DOT_VERTICAL;\n\n\t\tif ( typeof config.slideNumber === 'function' ) {\n\t\t\tvalue = config.slideNumber( slide );\n\t\t} else {\n\t\t\t// Check if a custom number format is available\n\t\t\tif( typeof config.slideNumber === 'string' ) {\n\t\t\t\tformat = config.slideNumber;\n\t\t\t}\n\n\t\t\t// If there are ONLY vertical slides in this deck, always use\n\t\t\t// a flattened slide number\n\t\t\tif( !/c/.test( format ) && this.Reveal.getHorizontalSlides().length === 1 ) {\n\t\t\t\tformat = SLIDE_NUMBER_FORMAT_CURRENT;\n\t\t\t}\n\n\t\t\t// Offset the current slide number by 1 to make it 1-indexed\n\t\t\tlet horizontalOffset = slide && slide.dataset.visibility === 'uncounted' ? 0 : 1;\n\n\t\t\tvalue = [];\n\t\t\tswitch( format ) {\n\t\t\t\tcase SLIDE_NUMBER_FORMAT_CURRENT:\n\t\t\t\t\tvalue.push( this.Reveal.getSlidePastCount( slide ) + horizontalOffset );\n\t\t\t\t\tbreak;\n\t\t\t\tcase SLIDE_NUMBER_FORMAT_CURRENT_SLASH_TOTAL:\n\t\t\t\t\tvalue.push( this.Reveal.getSlidePastCount( slide ) + horizontalOffset, '/', this.Reveal.getTotalSlides() );\n\t\t\t\t\tbreak;\n\t\t\t\tdefault:\n\t\t\t\t\tlet indices = this.Reveal.getIndices( slide );\n\t\t\t\t\tvalue.push( indices.h + horizontalOffset );\n\t\t\t\t\tlet sep = format === SLIDE_NUMBER_FORMAT_HORIZONTAL_SLASH_VERTICAL ? '/' : '.';\n\t\t\t\t\tif( this.Reveal.isVerticalSlide( slide ) ) value.push( sep, indices.v + 1 );\n\t\t\t}\n\t\t}\n\n\t\tlet url = '#' + this.Reveal.location.getHash( slide );\n\t\treturn this.formatNumber( value[0], value[1], value[2], url );\n\n\t}\n\n\t/**\n\t * Applies HTML formatting to a slide number before it's\n\t * written to the DOM.\n\t *\n\t * @param {number} a Current slide\n\t * @param {string} delimiter Character to separate slide numbers\n\t * @param {(number|*)} b Total slides\n\t * @param {HTMLElement} [url='#'+locationHash()] The url to link to\n\t * @return {string} HTML string fragment\n\t */\n\tformatNumber( a, delimiter, b, url = '#' + this.Reveal.location.getHash() ) {\n\n\t\tif( typeof b === 'number' && !isNaN( b ) ) {\n\t\t\treturn `\n\t\t\t\t\t${a}\n\t\t\t\t\t${delimiter}\n\t\t\t\t\t${b}\n\t\t\t\t\t`;\n\t\t}\n\t\telse {\n\t\t\treturn `\n\t\t\t\t\t${a}\n\t\t\t\t\t`;\n\t\t}\n\n\t}\n\n\tdestroy() {\n\n\t\tthis.element.remove();\n\n\t}\n\n}","import {\n\tSLIDE_NUMBER_FORMAT_CURRENT,\n\tSLIDE_NUMBER_FORMAT_CURRENT_SLASH_TOTAL\n} from \"../utils/constants\";\n\n/**\n * Makes it possible to jump to a slide by entering its\n * slide number or id.\n */\nexport default class JumpToSlide {\n\n\tconstructor( Reveal ) {\n\n\t\tthis.Reveal = Reveal;\n\n\t\tthis.onInput = this.onInput.bind( this );\n\t\tthis.onBlur = this.onBlur.bind( this );\n\t\tthis.onKeyDown = this.onKeyDown.bind( this );\n\n\t}\n\n\trender() {\n\n\t\tthis.element = document.createElement( 'div' );\n\t\tthis.element.className = 'jump-to-slide';\n\n this.jumpInput = document.createElement( 'input' );\n this.jumpInput.type = 'text';\n this.jumpInput.className = 'jump-to-slide-input';\n this.jumpInput.placeholder = 'Jump to slide';\n\t\tthis.jumpInput.addEventListener( 'input', this.onInput );\n\t\tthis.jumpInput.addEventListener( 'keydown', this.onKeyDown );\n\t\tthis.jumpInput.addEventListener( 'blur', this.onBlur );\n\n this.element.appendChild( this.jumpInput );\n\n\t}\n\n\tshow() {\n\n\t\tthis.indicesOnShow = this.Reveal.getIndices();\n\n\t\tthis.Reveal.getRevealElement().appendChild( this.element );\n\t\tthis.jumpInput.focus();\n\n\t}\n\n\thide() {\n\n\t\tif( this.isVisible() ) {\n\t\t\tthis.element.remove();\n\t\t\tthis.jumpInput.value = '';\n\n\t\t\tclearTimeout( this.jumpTimeout );\n\t\t\tdelete this.jumpTimeout;\n\t\t}\n\n\t}\n\n\tisVisible() {\n\n\t\treturn !!this.element.parentNode;\n\n\t}\n\n\t/**\n\t * Parses the current input and jumps to the given slide.\n\t */\n\tjump() {\n\n\t\tclearTimeout( this.jumpTimeout );\n\t\tdelete this.jumpTimeout;\n\n\t\tlet query = this.jumpInput.value.trim( '' );\n\t\tlet indices;\n\n\t\t// When slide numbers are formatted to be a single linear mumber\n\t\t// (instead of showing a separate horizontal/vertical index) we\n\t\t// use the same format for slide jumps\n\t\tif( /^\\d+$/.test( query ) ) {\n\t\t\tconst slideNumberFormat = this.Reveal.getConfig().slideNumber;\n\t\t\tif( slideNumberFormat === SLIDE_NUMBER_FORMAT_CURRENT || slideNumberFormat === SLIDE_NUMBER_FORMAT_CURRENT_SLASH_TOTAL ) {\n\t\t\t\tconst slide = this.Reveal.getSlides()[ parseInt( query, 10 ) - 1 ];\n\t\t\t\tif( slide ) {\n\t\t\t\t\tindices = this.Reveal.getIndices( slide );\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\tif( !indices ) {\n\t\t\t// If the query uses \"horizontal.vertical\" format, convert to\n\t\t\t// \"horizontal/vertical\" so that our URL parser can understand\n\t\t\tif( /^\\d+\\.\\d+$/.test( query ) ) {\n\t\t\t\tquery = query.replace( '.', '/' );\n\t\t\t}\n\n\t\t\tindices = this.Reveal.location.getIndicesFromHash( query, { oneBasedIndex: true } );\n\t\t}\n\n\t\t// Still no valid index? Fall back on a text search\n\t\tif( !indices && /\\S+/i.test( query ) && query.length > 1 ) {\n\t\t\tindices = this.search( query );\n\t\t}\n\n\t\tif( indices && query !== '' ) {\n\t\t\tthis.Reveal.slide( indices.h, indices.v, indices.f );\n\t\t\treturn true;\n\t\t}\n\t\telse {\n\t\t\tthis.Reveal.slide( this.indicesOnShow.h, this.indicesOnShow.v, this.indicesOnShow.f );\n\t\t\treturn false;\n\t\t}\n\n\t}\n\n\tjumpAfter( delay ) {\n\n\t\tclearTimeout( this.jumpTimeout );\n\t\tthis.jumpTimeout = setTimeout( () => this.jump(), delay );\n\n\t}\n\n\t/**\n\t * A lofi search that looks for the given query in all\n\t * of our slides and returns the first match.\n\t */\n\tsearch( query ) {\n\n\t\tconst regex = new RegExp( '\\\\b' + query.trim() + '\\\\b', 'i' );\n\n\t\tconst slide = this.Reveal.getSlides().find( ( slide ) => {\n\t\t\treturn regex.test( slide.innerText );\n\t\t} );\n\n\t\tif( slide ) {\n\t\t\treturn this.Reveal.getIndices( slide );\n\t\t}\n\t\telse {\n\t\t\treturn null;\n\t\t}\n\n\t}\n\n\t/**\n\t * Reverts back to the slide we were on when jump to slide was\n\t * invoked.\n\t */\n\tcancel() {\n\n\t\tthis.Reveal.slide( this.indicesOnShow.h, this.indicesOnShow.v, this.indicesOnShow.f );\n\t\tthis.hide();\n\n\t}\n\n\tconfirm() {\n\n\t\tthis.jump();\n\t\tthis.hide();\n\n\t}\n\n\tdestroy() {\n\n\t\tthis.jumpInput.removeEventListener( 'input', this.onInput );\n\t\tthis.jumpInput.removeEventListener( 'keydown', this.onKeyDown );\n\t\tthis.jumpInput.removeEventListener( 'blur', this.onBlur );\n\n\t\tthis.element.remove();\n\n\t}\n\n\tonKeyDown( event ) {\n\n\t\tif( event.keyCode === 13 ) {\n\t\t\tthis.confirm();\n\t\t}\n\t\telse if( event.keyCode === 27 ) {\n\t\t\tthis.cancel();\n\n\t\t\tevent.stopImmediatePropagation();\n\t\t}\n\n\t}\n\n\tonInput( event ) {\n\n\t\tthis.jumpAfter( 200 );\n\n\t}\n\n\tonBlur() {\n\n\t\tsetTimeout( () => this.hide(), 1 );\n\n\t}\n\n}","/**\n * Converts various color input formats to an {r:0,g:0,b:0} object.\n *\n * @param {string} color The string representation of a color\n * @example\n * colorToRgb('#000');\n * @example\n * colorToRgb('#000000');\n * @example\n * colorToRgb('rgb(0,0,0)');\n * @example\n * colorToRgb('rgba(0,0,0)');\n *\n * @return {{r: number, g: number, b: number, [a]: number}|null}\n */\nexport const colorToRgb = ( color ) => {\n\n\tlet hex3 = color.match( /^#([0-9a-f]{3})$/i );\n\tif( hex3 && hex3[1] ) {\n\t\thex3 = hex3[1];\n\t\treturn {\n\t\t\tr: parseInt( hex3.charAt( 0 ), 16 ) * 0x11,\n\t\t\tg: parseInt( hex3.charAt( 1 ), 16 ) * 0x11,\n\t\t\tb: parseInt( hex3.charAt( 2 ), 16 ) * 0x11\n\t\t};\n\t}\n\n\tlet hex6 = color.match( /^#([0-9a-f]{6})$/i );\n\tif( hex6 && hex6[1] ) {\n\t\thex6 = hex6[1];\n\t\treturn {\n\t\t\tr: parseInt( hex6.slice( 0, 2 ), 16 ),\n\t\t\tg: parseInt( hex6.slice( 2, 4 ), 16 ),\n\t\t\tb: parseInt( hex6.slice( 4, 6 ), 16 )\n\t\t};\n\t}\n\n\tlet rgb = color.match( /^rgb\\s*\\(\\s*(\\d+)\\s*,\\s*(\\d+)\\s*,\\s*(\\d+)\\s*\\)$/i );\n\tif( rgb ) {\n\t\treturn {\n\t\t\tr: parseInt( rgb[1], 10 ),\n\t\t\tg: parseInt( rgb[2], 10 ),\n\t\t\tb: parseInt( rgb[3], 10 )\n\t\t};\n\t}\n\n\tlet rgba = color.match( /^rgba\\s*\\(\\s*(\\d+)\\s*,\\s*(\\d+)\\s*,\\s*(\\d+)\\s*\\,\\s*([\\d]+|[\\d]*.[\\d]+)\\s*\\)$/i );\n\tif( rgba ) {\n\t\treturn {\n\t\t\tr: parseInt( rgba[1], 10 ),\n\t\t\tg: parseInt( rgba[2], 10 ),\n\t\t\tb: parseInt( rgba[3], 10 ),\n\t\t\ta: parseFloat( rgba[4] )\n\t\t};\n\t}\n\n\treturn null;\n\n}\n\n/**\n * Calculates brightness on a scale of 0-255.\n *\n * @param {string} color See colorToRgb for supported formats.\n * @see {@link colorToRgb}\n */\nexport const colorBrightness = ( color ) => {\n\n\tif( typeof color === 'string' ) color = colorToRgb( color );\n\n\tif( color ) {\n\t\treturn ( color.r * 299 + color.g * 587 + color.b * 114 ) / 1000;\n\t}\n\n\treturn null;\n\n}","import { queryAll } from '../utils/util.js'\nimport { colorToRgb, colorBrightness } from '../utils/color.js'\n\n/**\n * Creates and updates slide backgrounds.\n */\nexport default class Backgrounds {\n\n\tconstructor( Reveal ) {\n\n\t\tthis.Reveal = Reveal;\n\n\t}\n\n\trender() {\n\n\t\tthis.element = document.createElement( 'div' );\n\t\tthis.element.className = 'backgrounds';\n\t\tthis.Reveal.getRevealElement().appendChild( this.element );\n\n\t}\n\n\t/**\n\t * Creates the slide background elements and appends them\n\t * to the background container. One element is created per\n\t * slide no matter if the given slide has visible background.\n\t */\n\tcreate() {\n\n\t\t// Clear prior backgrounds\n\t\tthis.element.innerHTML = '';\n\t\tthis.element.classList.add( 'no-transition' );\n\n\t\t// Iterate over all horizontal slides\n\t\tthis.Reveal.getHorizontalSlides().forEach( slideh => {\n\n\t\t\tlet backgroundStack = this.createBackground( slideh, this.element );\n\n\t\t\t// Iterate over all vertical slides\n\t\t\tqueryAll( slideh, 'section' ).forEach( slidev => {\n\n\t\t\t\tthis.createBackground( slidev, backgroundStack );\n\n\t\t\t\tbackgroundStack.classList.add( 'stack' );\n\n\t\t\t} );\n\n\t\t} );\n\n\t\t// Add parallax background if specified\n\t\tif( this.Reveal.getConfig().parallaxBackgroundImage ) {\n\n\t\t\tthis.element.style.backgroundImage = 'url(\"' + this.Reveal.getConfig().parallaxBackgroundImage + '\")';\n\t\t\tthis.element.style.backgroundSize = this.Reveal.getConfig().parallaxBackgroundSize;\n\t\t\tthis.element.style.backgroundRepeat = this.Reveal.getConfig().parallaxBackgroundRepeat;\n\t\t\tthis.element.style.backgroundPosition = this.Reveal.getConfig().parallaxBackgroundPosition;\n\n\t\t\t// Make sure the below properties are set on the element - these properties are\n\t\t\t// needed for proper transitions to be set on the element via CSS. To remove\n\t\t\t// annoying background slide-in effect when the presentation starts, apply\n\t\t\t// these properties after short time delay\n\t\t\tsetTimeout( () => {\n\t\t\t\tthis.Reveal.getRevealElement().classList.add( 'has-parallax-background' );\n\t\t\t}, 1 );\n\n\t\t}\n\t\telse {\n\n\t\t\tthis.element.style.backgroundImage = '';\n\t\t\tthis.Reveal.getRevealElement().classList.remove( 'has-parallax-background' );\n\n\t\t}\n\n\t}\n\n\t/**\n\t * Creates a background for the given slide.\n\t *\n\t * @param {HTMLElement} slide\n\t * @param {HTMLElement} container The element that the background\n\t * should be appended to\n\t * @return {HTMLElement} New background div\n\t */\n\tcreateBackground( slide, container ) {\n\n\t\t// Main slide background element\n\t\tlet element = document.createElement( 'div' );\n\t\telement.className = 'slide-background ' + slide.className.replace( /present|past|future/, '' );\n\n\t\t// Inner background element that wraps images/videos/iframes\n\t\tlet contentElement = document.createElement( 'div' );\n\t\tcontentElement.className = 'slide-background-content';\n\n\t\telement.appendChild( contentElement );\n\t\tcontainer.appendChild( element );\n\n\t\tslide.slideBackgroundElement = element;\n\t\tslide.slideBackgroundContentElement = contentElement;\n\n\t\t// Syncs the background to reflect all current background settings\n\t\tthis.sync( slide );\n\n\t\treturn element;\n\n\t}\n\n\t/**\n\t * Renders all of the visual properties of a slide background\n\t * based on the various background attributes.\n\t *\n\t * @param {HTMLElement} slide\n\t */\n\tsync( slide ) {\n\n\t\tconst element = slide.slideBackgroundElement,\n\t\t\tcontentElement = slide.slideBackgroundContentElement;\n\n\t\tconst data = {\n\t\t\tbackground: slide.getAttribute( 'data-background' ),\n\t\t\tbackgroundSize: slide.getAttribute( 'data-background-size' ),\n\t\t\tbackgroundImage: slide.getAttribute( 'data-background-image' ),\n\t\t\tbackgroundVideo: slide.getAttribute( 'data-background-video' ),\n\t\t\tbackgroundIframe: slide.getAttribute( 'data-background-iframe' ),\n\t\t\tbackgroundColor: slide.getAttribute( 'data-background-color' ),\n\t\t\tbackgroundGradient: slide.getAttribute( 'data-background-gradient' ),\n\t\t\tbackgroundRepeat: slide.getAttribute( 'data-background-repeat' ),\n\t\t\tbackgroundPosition: slide.getAttribute( 'data-background-position' ),\n\t\t\tbackgroundTransition: slide.getAttribute( 'data-background-transition' ),\n\t\t\tbackgroundOpacity: slide.getAttribute( 'data-background-opacity' ),\n\t\t};\n\n\t\tconst dataPreload = slide.hasAttribute( 'data-preload' );\n\n\t\t// Reset the prior background state in case this is not the\n\t\t// initial sync\n\t\tslide.classList.remove( 'has-dark-background' );\n\t\tslide.classList.remove( 'has-light-background' );\n\n\t\telement.removeAttribute( 'data-loaded' );\n\t\telement.removeAttribute( 'data-background-hash' );\n\t\telement.removeAttribute( 'data-background-size' );\n\t\telement.removeAttribute( 'data-background-transition' );\n\t\telement.style.backgroundColor = '';\n\n\t\tcontentElement.style.backgroundSize = '';\n\t\tcontentElement.style.backgroundRepeat = '';\n\t\tcontentElement.style.backgroundPosition = '';\n\t\tcontentElement.style.backgroundImage = '';\n\t\tcontentElement.style.opacity = '';\n\t\tcontentElement.innerHTML = '';\n\n\t\tif( data.background ) {\n\t\t\t// Auto-wrap image urls in url(...)\n\t\t\tif( /^(http|file|\\/\\/)/gi.test( data.background ) || /\\.(svg|png|jpg|jpeg|gif|bmp|webp)([?#\\s]|$)/gi.test( data.background ) ) {\n\t\t\t\tslide.setAttribute( 'data-background-image', data.background );\n\t\t\t}\n\t\t\telse {\n\t\t\t\telement.style.background = data.background;\n\t\t\t}\n\t\t}\n\n\t\t// Create a hash for this combination of background settings.\n\t\t// This is used to determine when two slide backgrounds are\n\t\t// the same.\n\t\tif( data.background || data.backgroundColor || data.backgroundGradient || data.backgroundImage || data.backgroundVideo || data.backgroundIframe ) {\n\t\t\telement.setAttribute( 'data-background-hash', data.background +\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\tdata.backgroundSize +\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\tdata.backgroundImage +\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\tdata.backgroundVideo +\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\tdata.backgroundIframe +\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\tdata.backgroundColor +\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\tdata.backgroundGradient +\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\tdata.backgroundRepeat +\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\tdata.backgroundPosition +\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\tdata.backgroundTransition +\n\t\t\t\t\t\t\t\t\t\t\t\t\t\t\tdata.backgroundOpacity );\n\t\t}\n\n\t\t// Additional and optional background properties\n\t\tif( data.backgroundSize ) element.setAttribute( 'data-background-size', data.backgroundSize );\n\t\tif( data.backgroundColor ) element.style.backgroundColor = data.backgroundColor;\n\t\tif( data.backgroundGradient ) element.style.backgroundImage = data.backgroundGradient;\n\t\tif( data.backgroundTransition ) element.setAttribute( 'data-background-transition', data.backgroundTransition );\n\n\t\tif( dataPreload ) element.setAttribute( 'data-preload', '' );\n\n\t\t// Background image options are set on the content wrapper\n\t\tif( data.backgroundSize ) contentElement.style.backgroundSize = data.backgroundSize;\n\t\tif( data.backgroundRepeat ) contentElement.style.backgroundRepeat = data.backgroundRepeat;\n\t\tif( data.backgroundPosition ) contentElement.style.backgroundPosition = data.backgroundPosition;\n\t\tif( data.backgroundOpacity ) contentElement.style.opacity = data.backgroundOpacity;\n\n\t\tconst contrastClass = this.getContrastClass( slide );\n\n\t\tif( typeof contrastClass === 'string' ) {\n\t\t\tslide.classList.add( contrastClass );\n\t\t}\n\n\t}\n\n\t/**\n\t * Returns a class name that can be applied to a slide to indicate\n\t * if it has a light or dark background.\n\t *\n\t * @param {*} slide\n\t *\n\t * @returns {string|null}\n\t */\n\tgetContrastClass( slide ) {\n\n\t\tconst element = slide.slideBackgroundElement;\n\n\t\t// If this slide has a background color, we add a class that\n\t\t// signals if it is light or dark. If the slide has no background\n\t\t// color, no class will be added\n\t\tlet contrastColor = slide.getAttribute( 'data-background-color' );\n\n\t\t// If no bg color was found, or it cannot be converted by colorToRgb, check the computed background\n\t\tif( !contrastColor || !colorToRgb( contrastColor ) ) {\n\t\t\tlet computedBackgroundStyle = window.getComputedStyle( element );\n\t\t\tif( computedBackgroundStyle && computedBackgroundStyle.backgroundColor ) {\n\t\t\t\tcontrastColor = computedBackgroundStyle.backgroundColor;\n\t\t\t}\n\t\t}\n\n\t\tif( contrastColor ) {\n\t\t\tconst rgb = colorToRgb( contrastColor );\n\n\t\t\t// Ignore fully transparent backgrounds. Some browsers return\n\t\t\t// rgba(0,0,0,0) when reading the computed background color of\n\t\t\t// an element with no background\n\t\t\tif( rgb && rgb.a !== 0 ) {\n\t\t\t\tif( colorBrightness( contrastColor ) < 128 ) {\n\t\t\t\t\treturn 'has-dark-background';\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\treturn 'has-light-background';\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\treturn null;\n\n\t}\n\n\t/**\n\t * Bubble the 'has-light-background'/'has-dark-background' classes.\n\t */\n\tbubbleSlideContrastClassToElement( slide, target ) {\n\n\t\t[ 'has-light-background', 'has-dark-background' ].forEach( classToBubble => {\n\t\t\tif( slide.classList.contains( classToBubble ) ) {\n\t\t\t\ttarget.classList.add( classToBubble );\n\t\t\t}\n\t\t\telse {\n\t\t\t\ttarget.classList.remove( classToBubble );\n\t\t\t}\n\t\t}, this );\n\n\t}\n\n\t/**\n\t * Updates the background elements to reflect the current\n\t * slide.\n\t *\n\t * @param {boolean} includeAll If true, the backgrounds of\n\t * all vertical slides (not just the present) will be updated.\n\t */\n\tupdate( includeAll = false ) {\n\n\t\tlet config = this.Reveal.getConfig();\n\t\tlet currentSlide = this.Reveal.getCurrentSlide();\n\t\tlet indices = this.Reveal.getIndices();\n\n\t\tlet currentBackground = null;\n\n\t\t// Reverse past/future classes when in RTL mode\n\t\tlet horizontalPast = config.rtl ? 'future' : 'past',\n\t\t\thorizontalFuture = config.rtl ? 'past' : 'future';\n\n\t\t// Update the classes of all backgrounds to match the\n\t\t// states of their slides (past/present/future)\n\t\tArray.from( this.element.childNodes ).forEach( ( backgroundh, h ) => {\n\n\t\t\tbackgroundh.classList.remove( 'past', 'present', 'future' );\n\n\t\t\tif( h < indices.h ) {\n\t\t\t\tbackgroundh.classList.add( horizontalPast );\n\t\t\t}\n\t\t\telse if ( h > indices.h ) {\n\t\t\t\tbackgroundh.classList.add( horizontalFuture );\n\t\t\t}\n\t\t\telse {\n\t\t\t\tbackgroundh.classList.add( 'present' );\n\n\t\t\t\t// Store a reference to the current background element\n\t\t\t\tcurrentBackground = backgroundh;\n\t\t\t}\n\n\t\t\tif( includeAll || h === indices.h ) {\n\t\t\t\tqueryAll( backgroundh, '.slide-background' ).forEach( ( backgroundv, v ) => {\n\n\t\t\t\t\tbackgroundv.classList.remove( 'past', 'present', 'future' );\n\n\t\t\t\t\tconst indexv = typeof indices.v === 'number' ? indices.v : 0;\n\n\t\t\t\t\tif( v < indexv ) {\n\t\t\t\t\t\tbackgroundv.classList.add( 'past' );\n\t\t\t\t\t}\n\t\t\t\t\telse if ( v > indexv ) {\n\t\t\t\t\t\tbackgroundv.classList.add( 'future' );\n\t\t\t\t\t}\n\t\t\t\t\telse {\n\t\t\t\t\t\tbackgroundv.classList.add( 'present' );\n\n\t\t\t\t\t\t// Only if this is the present horizontal and vertical slide\n\t\t\t\t\t\tif( h === indices.h ) currentBackground = backgroundv;\n\t\t\t\t\t}\n\n\t\t\t\t} );\n\t\t\t}\n\n\t\t} );\n\n\t\t// The previous background may refer to a DOM element that has\n\t\t// been removed after a presentation is synced & bgs are recreated\n\t\tif( this.previousBackground && !this.previousBackground.closest( 'body' ) ) {\n\t\t\tthis.previousBackground = null;\n\t\t}\n\n\t\tif( currentBackground && this.previousBackground ) {\n\n\t\t\t// Don't transition between identical backgrounds. This\n\t\t\t// prevents unwanted flicker.\n\t\t\tlet previousBackgroundHash = this.previousBackground.getAttribute( 'data-background-hash' );\n\t\t\tlet currentBackgroundHash = currentBackground.getAttribute( 'data-background-hash' );\n\n\t\t\tif( currentBackgroundHash && currentBackgroundHash === previousBackgroundHash && currentBackground !== this.previousBackground ) {\n\t\t\t\tthis.element.classList.add( 'no-transition' );\n\n\t\t\t\t// If multiple slides have the same background video, carry\n\t\t\t\t// the